Center for Structural Genomics of Infectious Diseases

Experiment Date	Person	Lab	Protocol	Status	Method	Drop Precipitant Contents	Plate Type
Nov 24, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	calcium acetate conc=0.2 units=M imidazole conc=0.1 units=M ph=8 polyethylene glycol 8000 conc=10 units=w/v	Costar_96_well
Nov 24, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	di-ammonium hydrogen citrate conc=0.2 units=M polyethylene glycol 3350 conc=20 units=w/v	Costar_96_well
Nov 27, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	1.0 M NaCl, 15% EtOH.	Hampton_24_well
Nov 27, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	1.7 M NaCl, 10% EtOH and 0.1M Phenol to well as additive.	Hampton_24_well
Nov 24, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	sodium acetate conc=0.2 units=M polyethylene glycol 3350 conc=20 units=w/v	Costar_96_well
Nov 24, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	ammonium sulfate conc=0.5 units=M MES conc=0.1 units=M ph=6	Costar_96_well
Nov 24, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	ammonium sulfate conc=2 units=M sodium acetate conc=0.1 units=M ph=4.5 2-propanol conc=5 units=v/v	Costar_96_well
Nov 24, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	sodium acetate conc=0.08 units=M ph=4.6 polyethylene glycol 300 conc=20 units=v/v glycerol conc=10 units=v/v	Costar_96_well
Nov 27, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	1.7M Nacl, 10% EtOH, and 0.1 M Cupric Chloride as additive to drop.	Hampton_24_well
Nov 27, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	1.7M Nacl, 10% EtOH, and 2.0 M Sodium Thiocyanate as additive to drop.	Hampton_24_well
Nov 24, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	sodium chloride conc=0.2 units=M phosphate-citrate conc=0.1 units=M ph=4.2 polyethylene glycol 200 conc=50 units=v/v	Costar_96_well
Nov 27, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	crystal	hanging drop	1.7 M Nacl, 10% EtoH and 0.1 M hexmine cobalt (III) chloride to well as additive.	Hampton_24_well
Nov 24, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	HEPES conc=0.1 units=M ph=6.5 polyethylene glycol 6000 conc=10 units=w/v 2-methyl-2,4-pentanediol conc=5 units=v/v	Costar_96_well
Nov 24, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	ammonium nitrate conc=0.2 units=M polyethylene glycol 3350 conc=20 units=w/v	Costar_96_well
Nov 24, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	MES conc=0.1 units=M ph=6 polyethylene glycol 6000 conc=20 units=w/v	Costar_96_well
Nov 24, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	sodium dihydrogen phosphate conc=0.2 units=M polyethylene glycol 3350 conc=20 units=w/v	Costar_96_well
Nov 24, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	sodium chloride conc=0.2 units=M ammonium sulfate conc=1.26 units=M CHES conc=0.1 units=M ph=9.5	Costar_96_well
Nov 24, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	bicine conc=0.1 units=M ph=9 polyethylene glycol 20000 conc=10 units=w/v dioxane conc=2 units=v/v	Costar_96_well
Nov 24, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	ammonium sulfate conc=2 units=M tris conc=0.1 units=M ph=8.5	Costar_96_well
Nov 24, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	lithium chloride conc=1 units=M tris conc=0.1 units=M ph=8 polyethylene glycol 6000 conc=20 units=w/v	Costar_96_well
Nov 24, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	magnesium chloride conc=0.2 units=M imidazole conc=0.1 units=M ph=8 2-methyl-2,4-pentanediol conc=40 units=v/v	Costar_96_well
Nov 24, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	di-sodium hydrogen phosphate conc=0.6 units=M potassium dihydrogen phosphate conc=0.6 units=M HEPES conc=0.075 units=M ph=7.5 glycerol conc=25 units=v/v	Costar_96_well
Nov 24, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	magnesium chloride conc=0.2 units=M HEPES conc=0.1 units=M ph=7.5 polyethylene glycol 400 conc=30 units=v/v	Costar_96_well
Nov 24, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	calcium acetate conc=0.2 units=M sodium cacodylate conc=0.1 units=M ph=6.5 polyethylene glycol 300 conc=40 units=v/v	Costar_96_well
Nov 24, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	Na/K phosphate conc=0.1 units=M ph=6.2 1,2-propanediol conc=25 units=v/v glycerol conc=10 units=v/v	Costar_96_well
Nov 24, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	potassium sulfate conc=0.2 units=M polyethylene glycol 3350 conc=20 units=w/v	Costar_96_well
Nov 24, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	lithium chloride conc=1 units=M polyethylene glycol 3350 conc=20 units=w/v	Costar_96_well
Nov 24, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	ammonium sulfate conc=1.6 units=M sodium citrate conc=0.1 units=M ph=5 glycerol conc=20 units=v/v	Costar_96_well
Nov 24, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	ammonium sulfate conc=0.2 units=M phosphate-citrate conc=0.1 units=M ph=4.2 polyethylene glycol 4000 conc=25.5 units=w/v glycerol conc=15 units=v/v	Costar_96_well
Nov 27, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	1.7M Nacl, 10% EtOH, and 0.1 M Nickel (II) Chloride as additive to drop.	Hampton_24_well
Nov 27, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	1.7 M NaCl, 10% EtOH and 0.1 M betaine hydrochloride to well as additive.	Hampton_24_well
Nov 27, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	1.7 M NaCl, 10% EtOH and 0.1 M Truethylamine-HCL to well as additive.	Hampton_24_well
Nov 27, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	1.7 M NaCl, 10% EtOH and 0.1 M adenosine-5-triphosphate disodium salt to well as additive.	Hampton_24_well
Nov 27, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	2.0 M NaCl, 10% EtOH.	Hampton_24_well
Nov 27, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	1.7 M NaCl, 10% EtOH.	Hampton_24_well
Nov 27, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	1.2 M NaCl, 12% EtOH.	Hampton_24_well
Nov 24, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	sodium citrate conc=0.1 units=M ph=5 polyethylene glycol 6000 conc=5 units=w/v	Costar_96_well
Nov 23, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	potassium sodium tartrate conc=0.4 units=M	Hampton_24_well
Nov 23, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	calcium chloride conc=0.02 units=M sodium acetate conc=0.1 units=M ph=4.6 2-methyl-2,4-pentanediol conc=30 units=v/v	Hampton_24_well
Nov 23, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	tri-sodium citrate conc=0.2 units=M sodium cacodylate conc=0.1 units=M ph=6.5 2-propanol conc=30 units=v/v	Hampton_24_well
Nov 23, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	ammonium acetate conc=0.2 units=M sodium citrate conc=0.1 units=M ph=5.6 polyethylene glycol 4000 conc=30 units=w/v	Hampton_24_well
Nov 23, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	ammonium acetate conc=0.2 units=M polyethylene glycol 4000 conc=30 units=w/v sodium acetate conc=0.1 units=M ph=4.6	Hampton_24_well
Nov 23, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	sodium citrate conc=0.1 units=M ph=5.6 ammonium dihydrogen phosphate conc=1 units=M	Hampton_24_well
Nov 23, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	magnesium chloride conc=0.2 units=M sodium HEPES conc=0.1 units=M ph=7.5 2-propanol conc=30 units=v/v	Hampton_24_well
Nov 23, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	tri-sodium citrate conc=0.2 units=M polyethylene glycol 400 conc=30 units=v/v tris hydrochloride conc=0.1 units=M ph=8.5	Hampton_24_well
Nov 23, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	calcium chloride conc=0.2 units=M polyethylene glycol 400 conc=28 units=v/v sodium HEPES conc=0.1 units=M ph=7.5	Hampton_24_well
Nov 23, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	ammonium sulfate conc=0.2 units=M polyethylene glycol 8000 conc=30 units=w/v sodium cacodylate conc=0.1 units=M ph=6.5	Hampton_24_well
Nov 23, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	sodium HEPES conc=0.1 units=M ph=7.5 lithium sulfate conc=1.5 units=M	Hampton_24_well
Nov 23, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	lithium sulfate conc=0.2 units=M tris hydrochloride conc=0.1 units=M ph=8.5 polyethylene glycol 4000 conc=30 units=w/v	Hampton_24_well
Nov 23, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	magnesium acetate conc=0.2 units=M polyethylene glycol 8000 conc=20 units=w/v sodium cacodylate conc=0.1 units=M ph=6.5	Hampton_24_well
Nov 23, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	ammonium acetate conc=0.2 units=M 2-propanol conc=30 units=v/v tris hydrochloride conc=0.1 units=M ph=8.5	Hampton_24_well
Nov 23, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	ammonium sulfate conc=0.2 units=M sodium acetate conc=0.1 units=M ph=4.6 polyethylene glycol 4000 conc=25 units=w/v	Hampton_24_well
Nov 23, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	magnesium acetate conc=0.2 units=M 2-methyl-2,4-pentanediol conc=30 units=v/v sodium cacodylate conc=0.1 units=M ph=6.5	Hampton_24_well
Nov 23, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	sodium acetate conc=0.2 units=M polyethylene glycol 4000 conc=30 units=w/v tris hydrochloride conc=0.1 units=M ph=8.5	Hampton_24_well
Nov 23, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	magnesium chloride conc=0.2 units=M sodium HEPES conc=0.1 units=M ph=7.5 polyethylene glycol 400 conc=30 units=v/v	Hampton_24_well
Nov 23, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	calcium chloride conc=0.2 units=M sodium acetate conc=0.1 units=M ph=4.6 2-propanol conc=20 units=v/v	Hampton_24_well
Nov 23, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	calcium chloride conc=0.2 units=M sodium acetate conc=0.1 units=M ph=4.6 2-propanol conc=20 units=v/v	Hampton_24_well
Nov 23, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	imidazole conc=0.1 units=M ph=6.5 sodium acetate conc=1 units=M	Hampton_24_well
Nov 23, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	ammonium acetate conc=0.2 units=M sodium citrate conc=0.1 units=M ph=5.6 2-methyl-2,4-pentanediol conc=30 units=v/v	Hampton_24_well
Nov 23, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	tri-sodium citrate conc=0.2 units=M sodium HEPES conc=0.1 units=M ph=7.5 2-propanol conc=20 units=v/v	Hampton_24_well
Nov 23, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	sodium acetate conc=0.2 units=M polyethylene glycol 8000 conc=30 units=w/v sodium cacodylate conc=0.1 units=M ph=6.5	Hampton_24_well
Nov 23, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	sodium HEPES conc=0.1 units=M ph=7.5 potassium sodium tartrate conc=0.8 units=M	Hampton_24_well
Nov 23, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	ammonium sulfate conc=0.2 units=M polyethylene glycol 8000 conc=30 units=w/v	Hampton_24_well
Nov 23, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	ammonium sulfate conc=0.2 units=M polyethylene glycol 4000 conc=30 units=w/v	Hampton_24_well
Nov 23, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	ammonium sulfate conc=2 units=M	Hampton_24_well
Nov 23, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	sodium formate conc=4 units=M	Hampton_24_well
Nov 23, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	sodium acetate conc=0.1 units=M ph=4.6 sodium formate conc=2 units=M	Hampton_24_well
Nov 23, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	sodium HEPES conc=0.1 units=M ph=7.5 sodium dihydrogen phosphate conc=0.8 units=M potassium dihydrogen phosphate conc=0.8 units=M	Hampton_24_well
Nov 23, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	tris hydrochloride conc=0.1 units=M ph=8.5 polyethylene glycol 8000 conc=8 units=w/v	Hampton_24_well
Nov 23, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	sodium acetate conc=0.1 units=M ph=4.6 polyethylene glycol 4000 conc=8 units=w/v	Hampton_24_well
Nov 23, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	sodium HEPES conc=0.1 units=M ph=7.5 tri-sodium citrate conc=1.4 units=M	Hampton_24_well
Nov 23, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	sodium HEPES conc=0.1 units=M ph=7.5 polyethylene glycol 400 conc=2 units=v/v ammonium sulfate conc=2 units=M	Hampton_24_well
Nov 23, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	sodium citrate conc=0.1 units=M ph=5.6 2-propanol conc=20 units=v/v polyethylene glycol 4000 conc=20 units=w/v	Hampton_24_well
Nov 23, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	sodium HEPES conc=0.1 units=M ph=7.5 2-propanol conc=10 units=v/v polyethylene glycol 4000 conc=20 units=w/v	Hampton_24_well
Nov 23, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	potassium dihydrogen phosphate conc=0.05 units=M polyethylene glycol 8000 conc=20 units=w/v	Hampton_24_well
Nov 23, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	polyethylene glycol 1500 conc=30 units=w/v	Hampton_24_well
Nov 23, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	magnesium formate conc=0.2 units=M	Hampton_24_well
Nov 23, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	zinc acetate conc=0.2 units=M sodium cacodylate conc=0.1 units=M ph=6.5 polyethylene glycol 8000 conc=18 units=w/v	Hampton_24_well
Nov 23, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	calcium acetate conc=0.2 units=M sodium cacodylate conc=0.1 units=M ph=6.5 polyethylene glycol 8000 conc=18 units=w/v	Hampton_24_well
Nov 23, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	sodium acetate conc=0.1 units=M ph=4.6 ammonium sulfate conc=2 units=M	Hampton_24_well
Nov 23, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	tris hydrochloride conc=0.1 units=M ph=8.5 ammonium dihydrogen phosphate conc=2 units=M	Hampton_24_well
Nov 23, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	Sodium chloride conc=2 units=M polyethylene glycol 6000 conc=10 units=w/v	Hampton_24_well
Nov 23, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	Sodium chloride conc=0.5 units=M hexadecyltrimethylammonium bromide conc=0.01 units=M magnesium chloride conc=0.01 units=M	Hampton_24_well
Nov 23, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	Ethylene glycol conc=25 units=v/v	Hampton_24_well
Nov 23, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	Dioxane conc=35 units=v/v	Hampton_24_well
Nov 23, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	Ammonium sulfate conc=2 units=M 2-propanol conc=5 units=v/v	Hampton_24_well
Nov 23, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	Imidazole conc=1 units=M ph=7	Hampton_24_well
Nov 23, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	Polyethylene glycol 1000 conc=10 units=w/v polyethylene glycol 8000 conc=10 units=w/v	Hampton_24_well
Nov 23, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	Sodium chloride conc=1.5 units=M ethanol conc=10 units=v/v	Hampton_24_well
Nov 23, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	Sodium acetate conc=0.1 units=M ph=4.6 sodium chloride conc=2 units=M	Hampton_24_well
Nov 23, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	Sodium chloride conc=0.2 units=M 2-methyl-2,4-pentanediol conc=30 units=v/v sodium acetate conc=0.1 units=M ph=4.6	Hampton_24_well
Nov 23, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	Cobalt chloride conc=0.01 units=M sodium acetate conc=0.1 units=M ph=4.6 1,6-hexanediol conc=1 units=M	Hampton_24_well
Nov 23, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	Cadmium chloride conc=0.1 units=M polyethylene glycol 400 conc=30 units=v/v sodium acetate conc=0.1 units=M ph=4.6	Hampton_24_well
Nov 23, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	Ammonium sulfate conc=0.2 units=M sodium acetate conc=0.1 units=M ph=4.6 polyethylene glycol monomethyl ether 2000 con=30 units=v/v	Hampton_24_well
Nov 23, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	Potassium sodium tartrate conc=0.2 units=M sodium citrate-citric acid conc=0.1 units=M ph=5.6 ammonium sulfate conc=2 units=M	Hampton_24_well
Nov 23, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	Ammonium sulfate conc=0.5 units=M lithium sulfate conc=1 units=M sodium citrate-citric acid conc=0.1 units=M ph=5.6	Hampton_24_well
Nov 23, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	Sodium chloride conc=0.5 units=M sodium citrate-citric acid conc=0.1 units=M ph=5.6 ethylene imine polymer conc=2 units=w/v	Hampton_24_well
Nov 23, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	Sodium citrate-citric acid conc=0.1 units=M ph=5.6 tert-butanol conc=35 units=v/v	Hampton_24_well
Nov 23, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	Ferric chloride conc=0.01 units=M jeffamine M-600 conc=10 units=v/v sodium citrate-citric acid conc=0.1 units=M ph=5.6	Hampton_24_well
Nov 23, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	Sodium citrate - citric acid conc=0.1 units=M ph=5.6 1,6-hexanediol conc=2.5 units=M	Hampton_24_well
Nov 23, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	MES conc=0.1 units=M ph=6.5 magnesium sulfate conc=1.6 units=M	Hampton_24_well
Nov 23, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	Sodium dihydrogen phosphate conc=0.1 M sodium chloride conc=2 units=M potassium dihydrogen phosphate conc=0.1 M MES conc=0.1 M ph=6.5	Hampton_24_well
Nov 23, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	MES conc=0.1 units=M ph=6.5 polyethylene glycol 20000 conc=12 units=w/v	Hampton_24_well
Nov 23, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	Ammonium sulfate conc=1.6 units=M MES conc=0.1 units=M ph=6.5 dioxane conc=10 units=v/v	Hampton_24_well
Nov 23, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	Cesium chloride conc=0.05 units=M jeffamine M-600 conc=30 units=v/v MES conc=0.1 units=M ph=6.5	Hampton_24_well
Nov 23, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	Cesium chloride conc=0.05 units=M jeffamine M-600 conc=30 units=v/v MES conc=0.1 units=M ph=6.5	Hampton_24_well
Nov 23, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	Cobalt chloride conc=0.01 units=M MES conc=0.1 units=M ph=6.5 ammonium sulfate conc=1.8 units=M	Hampton_24_well
Nov 23, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	Ammonium sulfate conc=0.2 units=M polyethylene glycol monomethyl ether 5000 conc=30 units=w/v MES conc=0.1 units=M ph=6.5	Hampton_24_well
Nov 23, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	zinc sulfate conc=0.01 units=M polyethylene glycol monomethyl ether 550 conc=25 units=v/v MES conc=0.1 units=M ph=6.5	Hampton_24_well
Nov 23, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	Sodium citrate - citric acid conc=1.6 units=M ph=6.5	Hampton_24_well
Nov 23, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	Ammonium sulfate conc=0.5 units=M HEPES conc=0.1 units=M ph=7.5 2-methyl-2,4-pentanediol conc=30 units=v/v	Hampton_24_well
Nov 23, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	HEPES conc=0.1 units=M ph=7.5 2-methyl-2,4-pentanediol conc=5 units=v/v polyethylene glycol 6000 conc=10 units=w/v	Hampton_24_well
Nov 23, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	HEPES conc=0.1 units=M ph=7.5 jeffamine M-600 conc=20 units=v/v	Hampton_24_well
Nov 23, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	Sodium chloride conc=0.1 units=M HEPES conc=0.1 units=M ph=7.5 ammonium sulfate conc=1.6 units=M	Hampton_24_well
Nov 23, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	HEPES conc=0.1 units=M ph=7.5 ammonium formate conc=2 units=M	Hampton_24_well
Nov 23, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	Cadmium sulfate conc=0.05 units=M HEPES conc=0.1 units=M ph=7.5 sodium acetate conc=1 units=M	Hampton_24_well
Nov 23, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	HEPES conc=0.1 units=M ph=7.5 2-methyl-2,4-pentanediol conc=70 units=v/v	Hampton_24_well
Nov 23, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	HEPES conc=0.1 units=M ph=7.5 sodium chloride conc=4.3 units=M	Hampton_24_well
Nov 23, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	HEPES conc=0.1 units=M ph=7.5 polyethylene glycol 8000 conc=10 units=w/v ethylene glycol conc=8 units=v/v	Hampton_24_well
Nov 23, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	HEPES conc=0.1 units=M ph=7.5 polyethylene glycol 10000 conc=20 units=w/v	Hampton_24_well
Nov 23, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	Magnesium chloride conc=0.2 units=M 1,6-hexanediol conc=3.4 units=M tris hydrochloride conc=0.1 units=M ph=8.5	Hampton_24_well
Nov 23, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	Tris hydrochloride conc=0.1 units=M ph=8.5 tert-butanol conc=25 units=v/v	Hampton_24_well
Nov 23, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	Nickel (II) chloride conc=0.01 units=M tris hydrochloride conc=0.1 units=M ph=8.5 lithium sulfate conc=1 units=M	Hampton_24_well
Nov 23, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	Ammonium sulfate conc=1.5 units=M glycerol conc=12 units=v/v tris hydrochloride conc=0.1 units=M ph=8.5	Hampton_24_well
Nov 23, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	Ammonium dihydrogen phosphate conc=0.2 units=M 2-methyl-2,4-pentanediol conc=50 units=v/v tris hydrochloride 0.1 M ph=8.5	Hampton_24_well
Nov 23, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	Tris hydrochloride conc=0.1 units=M ph=8.5 ethanol conc=20 units=v/v	Hampton_24_well
Nov 23, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	Tris hydrochloride conc=0.1 units=M ph=8.5 nickel (II) chloride 0.01 M polyethylene glycol monomethyl ether 2000 conc=20 units=w/v	Hampton_24_well
Nov 23, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	Sodium chloride conc=0.1 units=M polyethylene glycol monomethyl ether 550 conc=20 units=w/v bicine conc=0.1 units=M ph=9	Hampton_24_well
Nov 23, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	Bicine conc=0.1 units=M ph=9 magnesium chloride conc=2 units=M	Hampton_24_well
Nov 23, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	Bicine conc=0.1 units=M ph=9 polyethylene glycol 20000 conc=10 units=w/v dioxane conc=2 units=v/v	Hampton_24_well
Nov 24, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	CHES conc=0.1 units=M ph=9.5 polyethylene glycol 8000 conc=20 units=w/v	Costar_96_well
Nov 24, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	bicine conc=0.1 units=M ph=9 polyethylene glycol 6000 conc=20 units=w/v	Costar_96_well
Nov 24, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	lithium sulfate conc=0.05 units=M sodium sulfate conc=0.05 units=M tris hydrochloride conc=0.05 units=M ph=8.5 polyethylene glycol 400 conc=30 units=v/v	Costar_96_well
Nov 24, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	ammonium dihydrogen phosphate conc=0.2 units=M tris conc=0.1 units=M ph=8.5 2-methyl-2,4-pentanediol conc=50 units=v/v	Costar_96_well
Nov 24, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	magnesium chloride conc=0.2 units=M 1,6-hexanediol conc=3.4 units=M tris conc=0.1 units=M ph=8.5	Costar_96_well
Nov 24, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	magnesium chloride conc=0.05 units=M tris conc=0.1 units=M ph=8.5 ethanol conc=40 units=v/v	Costar_96_well
Nov 24, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	potassium citrate conc=0.2 units=M polyethylene glycol 3350 conc=20 units=w/v	Costar_96_well
Nov 24, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	tri-sodium citrate conc=0.2 units=M polyethylene glycol 3350 conc=20 units=w/v	Costar_96_well
Nov 24, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	lithium citrate conc=0.2 units=M polyethylene glycol 3350 conc=20 units=w/v	Costar_96_well
Nov 24, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	calcium acetate conc=0.2 units=M imidazole conc=0.1 units=M ph=8 polyethylene glycol 1000 conc=20 units=w/v	Costar_96_well
Nov 24, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	potassium acetate conc=0.2 units=M polyethylene glycol 3350 conc=20 units=w/v	Costar_96_well
Nov 24, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	magnesium acetate conc=0.2 units=M polyethylene glycol 3350 conc=20 units=w/v	Costar_96_well
Nov 24, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	sodium chloride conc=0.2 units=M HEPES conc=0.1 units=M ph=7.5 polyethylene glycol 3000 conc=20 units=w/v	Costar_96_well
Nov 24, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	HEPES conc=0.1 units=M ph=7.5 polyethylene glycol 8000 conc=20 units=w/v	Costar_96_well
Nov 24, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	HEPES conc=0.1 units=M ph=7.5 polyethylene glycol 8000 conc=10 units=w/v ethylene glycol conc=8 units=v/v	Costar_96_well
Nov 24, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	calcium chloride conc=0.19 units=M HEPES conc=0.095 units=M ph=7.5 polyethylene glycol 400 conc=26.6 units=v/v glycerol conc=5 units=v/v	Costar_96_well
Nov 24, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	HEPES conc=0.1 units=M ph=7.5 polyethylene glycol 4000 conc=20 units=w/v 2-propanol conc=10 units=v/v	Costar_96_well
Nov 24, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	di-sodium hydrogen phosphate conc=0.8 units=M potassium dihydrogen phosphate conc=0.8 units=M HEPES conc=0.1 units=M ph=7.5	Costar_96_well
Nov 24, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	di-sodium tartrate conc=0.2 units=M polyethylene glycol 3350 conc=20 units=w/v	Costar_96_well
Nov 24, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	calcium acetate conc=0.2 units=M polyethylene glycol 3350 conc=20 units=w/v	Costar_96_well
Nov 24, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	potassium formate conc=0.2 units=M polyethylene glycol 3350 conc=20 units=w/v	Costar_96_well
Nov 24, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	potassium sodium tartrate conc=0.2 units=M polyethylene glycol 3350 conc=20 units=w/v	Costar_96_well
Nov 24, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	sodium formate conc=0.2 units=M polyethylene glycol 3350 conc=20 units=w/v	Costar_96_well
Nov 24, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	potassium fluoride conc=0.2 units=M polyethylene glycol 3350 conc=20 units=w/v	Costar_96_well
Nov 24, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	ammonium acetate conc=0.2 units=M polyethylene glycol 3350 conc=20 units=w/v	Costar_96_well
Nov 24, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	lithium nitrate conc=0.2 units=M polyethylene glycol 3350 conc=20 units=w/v	Costar_96_well
Nov 24, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	sodium cacodylate conc=0.1 units=M ph=6.5 2-methyl-2,4-pentanediol conc=40 units=v/v polyethylene glycol 8000 conc=5 units=w/v	Costar_96_well
Nov 24, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	magnesium chloride conc=0.2 units=M tris conc=0.1 units=M ph=7 polyethylene glycol 8000 conc=10 units=w/v	Costar_96_well
Nov 24, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	calcium acetate conc=0.2 units=M tris conc=0.1 units=M ph=7 polyethylene glycol 3000 conc=20 units=w/v	Costar_96_well
Nov 24, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	sodium chloride conc=2.5 units=M magnesium chloride conc=0.2 units=M tris conc=0.1 units=M ph=7	Costar_96_well
Nov 24, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	tris conc=0.1 units=M ph=7 polyethylene glycol 2000 conc=20 units=w/v	Costar_96_well
Nov 24, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	potassium thiocyanate conc=0.2 units=M polyethylene glycol 3350 conc=20 units=w/v	Costar_96_well
Nov 24, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	HEPES conc=0.1 units=M ph=7 polyethylene glycol 6000 conc=20 units=w/v	Costar_96_well
Nov 24, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	potassium nitrate conc=0.2 units=M polyethylene glycol 3350 conc=20 units=w/v	Costar_96_well
Nov 24, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	sodium thiocyanate conc=0.2 units=M polyethylene glycol 3350 conc=20 units=w/v	Costar_96_well
Nov 24, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	sodium iodide conc=0.2 units=M polyethylene glycol 3350 conc=20 units=w/v	Costar_96_well
Nov 24, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	potassium chloride conc=0.2 units=M polyethylene glycol 3350 conc=20 units=w/v	Costar_96_well
Nov 24, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	sodium chloride conc=0.2 units=M polyethylene glycol 3350 conc=20 units=w/v	Costar_96_well
Nov 24, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	potassium iodide conc=0.2 units=M polyethylene glycol 3350 conc=20 units=w/v	Costar_96_well
Nov 24, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	lithium chloride conc=0.2 units=M polyethylene glycol 3350 conc=20 units=w/v	Costar_96_well
Nov 24, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	magnesium chloride conc=0.2 units=M sodium cacodylate conc=0.1 units=M ph=6.5 polyethylene glycol 200 conc=50 units=v/v	Costar_96_well
Nov 24, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	di-ammonium tartrate conc=0.2 units=M polyethylene glycol 3350 conc=20 units=w/v	Costar_96_well
Nov 24, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	sodium sulfate conc=0.2 units=M polyethylene glycol 3350 conc=20 units=w/v	Costar_96_well
Nov 24, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	ammonium formate conc=0.2 units=M polyethylene glycol 3350 conc=20 units=w/v	Costar_96_well
Nov 24, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	sodium citrate conc=1.6 units=M ph=6.5	Costar_96_well
Nov 24, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	magnesium acetate conc=0.2 units=M sodium cacodylate conc=0.1 units=M ph=6.5 polyethylene glycol 8000 conc=20 units=w/v	Costar_96_well
Nov 24, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	ammonium chloride conc=0.2 units=M polyethylene glycol 3350 conc=20 units=w/v	Costar_96_well
Nov 24, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	sodium chloride conc=0.2 units=M Na/K phosphate conc=0.1 units=M ph=6.2 polyethylene glycol 8000 conc=10 units=w/v	Costar_96_well
Nov 24, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	ammonium iodide conc=0.2 units=M polyethylene glycol 3350 conc=20 units=w/v	Costar_96_well
Nov 24, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	ammonium fluoride conc=0.2 units=M polyethylene glycol 3350 conc=20 units=w/v	Costar_96_well
Nov 24, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	MES conc=0.1 units=M ph=6 polyethylene glycol 200 conc=30 units=v/v polyethylene glycol 3000 conc=5 units=w/v	Costar_96_well
Nov 24, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	calcium acetate conc=0.2 units=M MES conc=0.1 units=M ph=6 polyethylene glycol 8000 conc=20 units=w/v	Costar_96_well
Nov 24, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	lithium sulfate conc=0.2 units=M MES conc=0.1 units=M ph=6 2-methyl-2,4-pentanediol conc=35 units=v/v	Costar_96_well
Nov 24, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	ammonium sulfate conc=0.2 units=M polyethylene glycol 3350 conc=20 units=w/v	Costar_96_well
Nov 24, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	MES conc=0.1 units=M ph=6 2-methyl-2,4-pentanediol conc=40 units=v/v	Costar_96_well
Nov 24, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	MES conc=0.1 units=M ph=6 2-methyl-2,4-pentanediol conc=20 units=v/v	Costar_96_well
Nov 24, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	MES conc=0.1 units=M ph=6 polyethylene glycol 6000 conc=10 units=w/v	Costar_96_well
Nov 24, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	magnesium sulfate conc=0.2 units=M polyethylene glycol 3350 conc=20 units=w/v	Costar_96_well
Nov 24, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	magnesium formate conc=0.2 units=M polyethylene glycol 3350 conc=20 units=w/v	Costar_96_well
Nov 24, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	magnesium nitrate conc=0.2 units=M polyethylene glycol 3350 conc=20 units=w/v	Costar_96_well
Nov 24, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	magnesium chloride conc=0.2 units=M polyethylene glycol 3350 conc=20 units=w/v	Costar_96_well
Nov 24, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	sodium citrate conc=0.095 units=M ph=5.6 2-propanol conc=19 units=v/v polyethylene glycol 4000 conc=19 units=w/v glycerol conc=5 units=v/v	Costar_96_well
Nov 24, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	sodium citrate conc=0.1 units=M ph=5.6 2-propanol conc=20 units=v/v polyethylene glycol 4000 conc=20 units=w/v	Costar_96_well
Nov 24, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	sodium citrate conc=0.1 units=M ph=5.5 polyethylene glycol 3000 conc=20 units=w/v	Costar_96_well
Nov 24, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	phosphate-citrate conc=0.1 units=M ph=4.2 polyethylene glycol 1000 conc=5 units=w/v ethanol conc=40 units=v/v	Costar_96_well
Nov 24, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	lithium sulfate conc=0.2 units=M sodium acetate conc=0.1 units=M ph=4.5 polyethylene glycol 400 conc=50 units=v/v	Costar_96_well
Nov 24, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	phosphate-citrate conc=0.1 units=M ph=4.2 2-methyl-2,4-pentanediol conc=40 units=v/v	Costar_96_well
Nov 24, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	sodium acetate conc=0.1 units=M ph=5 2-methyl-2,4-pentanediol conc=20 units=v/v	Costar_96_well
Nov 24, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	ammonium sulfate conc=2 units=M phosphate-citrate conc=0.1 units=M ph=4.2	Costar_96_well
Nov 24, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	lithium chloride conc=1 units=M sodium citrate conc=0.1 units=M ph=5 polyethylene glycol 6000 conc=10 units=w/v	Costar_96_well
Nov 24, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	sodium citrate conc=0.1 units=M ph=5 polyethylene glycol 6000 conc=20 units=w/v	Costar_96_well
Nov 24, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	sodium citrate conc=0.1 units=M ph=5 polyethylene glycol 6000 conc=10 units=w/v	Costar_96_well
Nov 24, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	potassium dihydrogen phosphate conc=0.2 units=M polyethylene glycol 3350 conc=20 units=w/v	Costar_96_well
Nov 24, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	ammonium dihydrogen phosphate conc=0.2 units=M polyethylene glycol 3350 conc=20 units=w/v	Costar_96_well
Nov 24, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	ammonium sulfate conc=0.2 units=M sodium acetate conc=0.1 units=M ph=4.6 polyethylene glycol 2000 conc=30 units=w/v	Costar_96_well
Nov 24, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	sodium acetate conc=0.1 units=M ph=4.6 polyethylene glycol 4000 conc=8 units=w/v	Costar_96_well
Nov 24, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	ammonium sulfate conc=0.2 units=M sodium acetate conc=0.1 units=M ph=4.6 polyethylene glycol 4000 conc=25 units=w/v	Costar_96_well
Nov 24, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	calcium chloride conc=0.02 units=M sodium acetate conc=0.1 units=M ph=4.6 2-methyl-2,4-pentanediol conc=30 units=v/v	Costar_96_well
Nov 24, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	sodium acetate conc=0.1 units=M ph=4.5 2-methyl-2,4-pentanediol conc=35 units=v/v	Costar_96_well
Nov 24, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	sodium acetate conc=0.1 units=M ph=4.5 polyethylene glycol 3000 conc=20 units=w/v	Costar_96_well
Nov 24, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	potassium dihydrogen phosphate conc=0.05 units=M polyethylene glycol 8000 conc=20 units=w/v	Costar_96_well
Nov 24, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	sodium chloride conc=0.2 units=M phosphate-citrate conc=0.1 units=M ph=4.2 polyethylene glycol 3000 conc=10 units=w/v	Costar_96_well
Nov 24, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	lithium sulfate conc=0.2 units=M phosphate-citrate conc=0.1 units=M ph=4.2 polyethylene glycol 1000 conc=20 units=w/v	Costar_96_well
Nov 24, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	sodium citrate conc=0.1 units=M ph=4 2-methyl-2,4-pentanediol conc=20 units=v/v	Costar_96_well
Nov 24, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	ammonium sulfate conc=0.8 units=M sodium citrate conc=0.1 units=M ph=4	Costar_96_well
Nov 24, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	lithium chloride conc=1 units=M sodium citrate conc=0.1 units=M ph=4 polyethylene glycol 6000 conc=20 units=w/v	Costar_96_well
Nov 24, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	lithium chloride conc=1 units=M sodium citrate conc=0.1 units=M ph=4 polyethylene glycol 6000 conc=10 units=w/v	Costar_96_well
Nov 24, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	sodium citrate conc=0.1 units=M ph=4 polyethylene glycol 6000 conc=5 units=w/v	Costar_96_well
Nov 24, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	sodium chloride conc=0.1 units=M CAPS conc=0.1 units=M ph=10.5 polyethylene glycol 8000 conc=20 units=w/v	Costar_96_well
Nov 24, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	sodium citrate conc=1 units=M CHES conc=0.1 units=M ph=9.5	Costar_96_well
Nov 24, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	sodium chloride conc=0.2 units=M CHES conc=0.1 units=M ph=9.5 polyethylene glycol 8000 conc=10 units=w/v	Costar_96_well
Nov 24, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	sodium chloride conc=0.1 units=M bicine conc=0.1 units=M ph=9 polyethylene glycol monomethyl ether 550 conc=20 units=v/v	Costar_96_well
Nov 24, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	lithium chloride conc=1 units=M bicine conc=0.1 units=M ph=9 polyethylene glycol 6000 conc=10 units=w/v	Costar_96_well
Nov 24, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	tris conc=0.1 units=M ph=8.5 polyethylene glycol 300 conc=20 units=v/v polyethylene glycol 8000 conc=5 units=w/v glycerol conc=10 units=v/v	Costar_96_well
Nov 24, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	nickel (II) chloride conc=0.01 units=M tris conc=0.1 units=M ph=8.5 polyethylene glycol 2000 conc=20 units=w/v	Costar_96_well
Nov 24, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	tris conc=0.1 units=M ph=8.5 ethanol conc=20 units=v/v	Costar_96_well
Nov 24, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	ammonium dihydrogen phosphate conc=2 units=M tris conc=0.1 units=M ph=8.5	Costar_96_well
Nov 24, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	tris conc=0.1 units=M ph=8.5 polyethylene glycol 8000 conc=8 units=w/v	Costar_96_well
Nov 24, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	lithium sulfate conc=0.2 units=M tris conc=0.1 units=M ph=8.5 polyethylene glycol 400 conc=40 units=v/v	Costar_96_well
Nov 24, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	magnesium chloride conc=0.2 units=M imidazole conc=0.1 units=M ph=8 2-methyl-2,4-pentanediol conc=35 units=v/v	Costar_96_well
Nov 24, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	tris conc=0.1 units=M ph=8 polyethylene glycol 6000 conc=20 units=w/v	Costar_96_well
Nov 24, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	lithium acetate conc=0.2 units=M polyethylene glycol 3350 conc=20 units=w/v	Costar_96_well
Nov 24, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	magnesium chloride conc=0.2 units=M HEPES conc=0.1 units=M ph=7.5 ethanol conc=15 units=v/v	Costar_96_well
Nov 24, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	HEPES conc=0.1 units=M ph=7.5 2-methyl-2,4-pentanediol conc=70 units=v/v	Costar_96_well
Nov 24, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	HEPES conc=0.085 units=M ph=7.5 polyethylene glycol 4000 conc=17 units=w/v glycerol conc=15 units=v/v 2-propanol conc=8.5 units=v/v	Costar_96_well
Nov 24, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	magnesium chloride conc=0.2 units=M HEPES conc=0.1 units=M ph=7.5 polyethylene glycol 400 conc=30 units=v/v	Costar_96_well
Nov 24, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	ammonium sulfate conc=2 units=M HEPES conc=0.1 units=M ph=7.5 polyethylene glycol 400 conc=2 units=v/v	Costar_96_well
Nov 24, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	sodium chloride conc=0.2 units=M Na/K phosphate conc=0.1 units=M ph=6.2 polyethylene glycol 200 conc=50 units=v/v	Costar_96_well
Nov 24, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	sodium fluoride conc=0.2 units=M polyethylene glycol 3350 conc=20 units=w/v	Costar_96_well
Nov 24, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	lithium sulfate conc=0.2 units=M ammonium sulfate conc=2 units=M tris conc=0.1 units=M ph=7	Costar_96_well
Nov 24, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	tris conc=0.1 units=M ph=7 polyethylene glycol 1000 conc=20 units=w/v	Costar_96_well
Nov 24, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	lithium chloride conc=1 units=M HEPES conc=0.1 units=M ph=7 polyethylene glycol 6000 conc=10 units=w/v	Costar_96_well
Nov 24, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	HEPES conc=0.1 units=M ph=7 polyethylene glycol 6000 conc=10 units=w/v	Costar_96_well
Nov 24, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	sodium chloride conc=0.2 units=M Na/K phosphate conc=0.1 units=M ph=6.2 polyethylene glycol 400 conc=40 units=v/v	Costar_96_well
Nov 24, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	sodium citrate conc=0.1 units=M ph=5.5 polyethylene glycol 200 conc=50 units=v/v	Costar_96_well
Nov 24, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	sodium nitrate conc=0.2 units=M polyethylene glycol 3350 conc=20 units=w/v	Costar_96_well
Nov 24, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	lithium sulfate conc=0.05 units=M tris conc=0.1 units=M ph=7 polyethylene glycol 200 conc=50 units=v/v	Costar_96_well
Nov 24, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	magnesium formate conc=0.2 units=M	Costar_96_well
Nov 24, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	sodium chloride conc=0.1 units=M sodium citrate conc=0.1 units=M ph=5.5 polyethylene glycol 600 conc=40 units=v/v	Costar_96_well
Nov 24, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	sodium chloride conc=0.2 units=M sodium cacodylate conc=0.1 units=M ph=6.5 polyethylene glycol 1000 conc=20 units=w/v	Costar_96_well
Nov 24, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	sodium citrate conc=1 units=M sodium cacodylate conc=0.1 units=M ph=6.5 polyethylene glycol 3000 conc=10 units=w/v	Costar_96_well
Nov 24, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	sodium cacodylate conc=0.1 units=M ph=6.5 polyethylene glycol 400 conc=30 units=v/v sodium chloride conc=0.2 units=M	Costar_96_well
Nov 24, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	ammonium sulfate conc=2 units=M sodium cacodylate conc=0.1 units=M ph=6.5	Costar_96_well
Nov 24, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	sodium chloride conc=0.1 units=M MES conc=0.1 units=M ph=6.5 polyethylene glycol 20000 conc=12 units=w/v	Costar_96_well
Nov 24, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	sodium citrate conc=0.1 units=M ph=5.5 polyethylene glycol 1000 conc=20 units=w/v	Costar_96_well
Nov 24, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	magnesium chloride conc=0.2 units=M sodium cacodylate conc=0.1 units=M ph=6.5 2-methyl-2,4-pentanediol conc=10 units=v/v	Costar_96_well
Nov 24, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	magnesium chloride conc=0.2 units=M sodium cacodylate conc=0.1 units=M ph=6.5 polyethylene glycol 6000 conc=20 units=w/v	Costar_96_well
Nov 24, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	lithium sulfate conc=0.2 units=M sodium cacodylate conc=0.1 units=M ph=6.5 polyethylene glycol 6000 conc=10 units=w/v	Costar_96_well
Nov 24, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	sodium chloride conc=0.2 units=M sodium cacodylate conc=0.1 units=M ph=6.5 polyethylene glycol 6000 conc=5 units=w/v	Costar_96_well
Nov 24, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	MES conc=0.1 units=M ph=6.5 1,2-propanediol conc=25 units=v/v glycerol conc=10 units=v/v	Costar_96_well
Nov 24, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	lithium sulfate conc=0.2 units=M polyethylene glycol 600 conc=40 units=v/v	Costar_96_well
Nov 24, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	sodium chloride conc=0.2 units=M Na/K phosphate conc=0.1 units=M ph=6.2 polyethylene glycol 600 conc=30 units=v/v glycerol conc=10 units=v/v	Costar_96_well
Nov 24, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	lithium chloride conc=1 units=M ammonium acetate conc=0.2 units=M MES conc=0.1 units=M ph=6 polyethylene glycol 4000 conc=30 units=w/v	Costar_96_well
Nov 24, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	lithium chloride conc=1 units=M MES conc=0.1 units=M ph=6 polyethylene glycol 1500 conc=24 units=w/v glycerol conc=20 units=v/v	Costar_96_well
Nov 24, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	MES conc=0.1 units=M ph=6 polyethylene glycol 300 conc=40 units=v/v	Costar_96_well
Nov 24, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	zinc acetate conc=0.2 units=M imidazole conc=0.1 units=M ph=8 2-methyl-2,4-pentanediol conc=35 units=v/v glycerol conc=10 units=v/v	Costar_96_well
Nov 24, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	zinc acetate conc=0.2 units=M imidazole conc=0.1 units=M ph=8 polyethylene glycol 300 conc=40 units=v/v	Costar_96_well
Nov 24, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	ammonium sulfate conc=0.5 units=M tris conc=0.1 units=M ph=7 polyethylene glycol 1000 conc=5 units=w/v ethylene glycol conc=50 units=v/v	Costar_96_well
Nov 24, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	lithium sulfate conc=1 units=M sodium citrate conc=0.1 units=M ph=5.6 polyethylene glycol 200 conc=30 units=v/v	Costar_96_well
Nov 24, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	sodium citrate conc=0.1 units=M ph=5.6 1,2-propanediol conc=40 units=v/v	Costar_96_well
Nov 24, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	ethylene glycol conc=40 units=v/v	Costar_96_well
Nov 24, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	sodium chloride conc=0.2 units=M sodium acetate conc=0.1 units=M ph=4.5 2-methyl-2,4-pentanediol conc=10 units=v/v	Costar_96_well
Nov 24, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	ammonium sulfate conc=2.4 units=M sodium acetate conc=0.1 units=M ph=4.5	Costar_96_well
Nov 24, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	ammonium sulfate conc=1.6 units=M phosphate-citrate conc=0.1 units=M ph=4.2	Costar_96_well
Nov 24, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	ammonium sulfate conc=0.8 units=M sodium acetate conc=0.1 units=M ph=4.5	Costar_96_well
Nov 24, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	sodium chloride conc=0.1 units=M sodium acetate conc=0.1 units=M ph=4.5 polyethylene glycol 6000 conc=20 units=w/v	Costar_96_well
Nov 24, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	sodium acetate conc=0.1 units=M ph=4.5 polyethylene glycol 3000 conc=5 units=w/v 1,2-propanediol conc=25 units=v/v glycerol conc=10 units=v/v	Costar_96_well
Nov 24, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	ammonium sulfate conc=2 units=M sodium acetate conc=0.1 units=M ph=5	Costar_96_well
Nov 24, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	sodium citrate conc=0.1 units=M ph=5 polyethylene glycol 400 conc=40 units=v/v	Costar_96_well
Nov 24, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	1,6-hexanediol conc=1 units=M sodium citrate conc=0.1 units=M ph=5	Costar_96_well
Nov 24, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	lithium chloride conc=1 units=M sodium citrate conc=0.1 units=M ph=5 polyethylene glycol 4000 conc=5.6 units=w/v glycerol conc=30 units=v/v	Costar_96_well
Nov 24, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	phosphate-citrate conc=0.1 units=M ph=4.2 glycerol conc=30 units=v/v 2-propanol conc=14 units=v/v	Costar_96_well
Nov 24, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	polyethylene glycol 4000 conc=20 units=w/v glycerol conc=20 units=v/v	Costar_96_well
Nov 24, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	2-methyl-2,4-pentanediol conc=30 units=v/v	Costar_96_well
Nov 24, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	magnesium chloride conc=0.2 units=M ammonium sulfate conc=2 units=M sodium citrate conc=0.1 units=M ph=5.5	Costar_96_well
Nov 24, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	cobalt chloride conc=0.01 units=M sodium acetate conc=0.1 units=M ph=4.6 polyethylene glycol 3000 conc=10 units=w/v	Costar_96_well
Nov 24, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	sodium acetate conc=0.07 units=M ph=4.6 polyethylene glycol 400 conc=30 units=v/v	Costar_96_well
Nov 24, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	calcium chloride conc=0.14 units=M sodium acetate conc=0.07 units=M ph=4.6 polyethylene glycol 8000 conc=30 units=w/v	Costar_96_well
Nov 24, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	ammonium sulfate conc=0.16 units=M sodium acetate conc=0.08 units=M ph=4.6 ethylene glycol conc=25 units=v/v	Costar_96_well
Nov 24, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	calcium chloride conc=0.02 units=M sodium acetate conc=0.1 units=M ph=4.6 2-propanol conc=10 units=v/v	Costar_96_well
Nov 24, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	sodium acetate conc=0.1 units=M ph=4.6 polyethylene glycol 8000 conc=20 units=w/v	Costar_96_well
Nov 24, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	zinc acetate conc=0.2 units=M sodium acetate conc=0.1 units=M ph=4.5 polyethylene glycol 1000 conc=10 units=w/v polyethylene glycol 8000 conc=10 units=w/v	Costar_96_well
Nov 24, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	calcium acetate conc=0.2 units=M sodium acetate conc=0.1 units=M ph=4.5 polyethylene glycol 1500 conc=30 units=w/v	Costar_96_well
Nov 24, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	lithium sulfate conc=0.2 units=M ammonium dihydrogen phosphate conc=0.4 units=M sodium acetate conc=0.1 units=M ph=4.5	Costar_96_well
Nov 24, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	dioxane conc=35 units=v/v	Costar_96_well
Nov 24, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	lithium sulfate conc=0.2 units=M phosphate-citrate conc=0.1 units=M ph=4.2 2-methyl-2,4-pentanediol conc=10 units=v/v	Costar_96_well
Nov 24, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	sodium chloride conc=0.2 units=M phosphate-citrate conc=0.1 units=M ph=4.2 polyethylene glycol 6000 conc=20 units=w/v	Costar_96_well
Nov 27, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	1.7M Nacl, 10% EtOH, and 0.1 M Barium Chloride as additive to drop.	Hampton_24_well
Nov 27, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	1.7M Nacl, 10% EtOH, and 0.1 M Cadmium Chloridei as additive to drop.	Hampton_24_well
Nov 27, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	1.7M Nacl, 10% EtOH, and 0.1 M Cobaltous Chloride as additive to drop.	Hampton_24_well
Nov 27, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	1.7M Nacl, 10% EtOH, and 0.1 M Cupric Chloride as additive to drop.	Hampton_24_well
Nov 27, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	1.7M Nacl, 10% EtOH, and 0.1 M Magnesium Chloride as additive to drop.	Hampton_24_well
Nov 27, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	1.7M Nacl, 10% EtOH, and 0.1 M Magnamese (II) Chloride as additive to drop.	Hampton_24_well
Nov 27, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	1.7M Nacl, 10% EtOH, and 0.1 M Strontium Chloride as additive to drop.	Hampton_24_well
Nov 27, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	1.7M Nacl, 10% EtOH, and 0.1 M Yttrium Chloride as additive to drop.	Hampton_24_well
Nov 27, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	1.7M Nacl, 10% EtOH, and 0.1 M Zinc Chloride as additive to drop.	Hampton_24_well
Nov 27, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	1.7M Nacl, 10% EtOH, and 0.1 M Ferric (III) Chloride as additive to drop.	Hampton_24_well
Nov 27, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	1.7M Nacl, 10% EtOH, and 0.1 M Chromium (III) Chloride as additive to drop.	Hampton_24_well
Nov 27, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	1.7M Nacl, 10% EtOH, and 0.1 M Praseodymium (III) Acetate as additive to drop.	Hampton_24_well
Nov 27, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	1.7M Nacl, 10% EtOH, and 1.0 M Ammonium Sulfate as additive to drop.	Hampton_24_well
Nov 27, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	1.7M Nacl, 10% EtOH, and 1.0 M Potassium Chloride as additive to drop.	Hampton_24_well
Nov 27, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	1.7M Nacl, 10% EtOH, and 1.0 M Lithium Chloride as additive to drop.	Hampton_24_well
Nov 27, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	1.7M Nacl, 10% EtOH, and 2.0 M Sodium Chloride as additive to drop.	Hampton_24_well
Nov 27, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	1.7M Nacl, 10% EtOH, and 0.5 M Sodium Fluoride as additive to drop.	Hampton_24_well
Nov 27, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	1.7M Nacl, 10% EtOH, and 1.0 M Sodium Iodide as additive to drop.	Hampton_24_well
Nov 27, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	1.7M Nacl, 10% EtOH, and 1.0 M Potassium Sodium Tartrate as additive to drop.	Hampton_24_well
Nov 27, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	1.7M Nacl, 10% EtOH, and 1.0 M Tri-Sodium Citrate as additive to drop.	Hampton_24_well
Nov 27, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	1.7M Nacl, 10% EtOH, and 2.0 M Cesium Chloride as additive to drop.	Hampton_24_well
Nov 27, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	1.7 M NaCl, 10% EtOH and 0.1M Sodium Malonate pH7.0 to well as additive.	Hampton_24_well
Nov 27, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	1.7 M NaCl, 10% EtOH and 0.1M Proline to well as additive.	Hampton_24_well
Nov 27, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	1.7 M NaCl, 10% EtOH and 30% DMSO to well as additive.	Hampton_24_well
Nov 27, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	1.7 M NaCl, 10% EtOH and 0.1M Sodium Bromide to well as additive.	Hampton_24_well
Nov 27, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	1.7 M NaCl, 10% EtOH and 30% w/v 6-aminocaproic acid to well as additive.	Hampton_24_well
Nov 27, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	1.7 M NaCl, 10% EtOH and 30% w/v 1,5 diaminopentane di-HCL to well as additive.	Hampton_24_well
Nov 27, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	1.7 M NaCl, 10% EtOH and 30% w/v 1,6 diaminhexane di-HCL to well as additive.	Hampton_24_well
Nov 27, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	1.7 M NaCl, 10% EtOH and 30% w/v 1,8 diaminooctane to well as additive.	Hampton_24_well
Nov 27, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	1.7 M NaCl, 10% EtOH and 1.0 M glycine to well as additive.	Hampton_24_well
Nov 27, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	1.7 M NaCl, 10% EtOH and 0.3 M glycyl-glycyl-glycine to well as additive.	Hampton_24_well
Nov 27, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	1.7 M NaCl, 10% EtOH and 0.1 M taurine to well as additive.	Hampton_24_well
Nov 27, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	1.7 M NaCl, 10% EtOH and 0.1 M spermidine to well as additive.	Hampton_24_well
Nov 27, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	1.7 M NaCl, 10% EtOH and 0.1 M spermidine tetra-HCL to well as additive.	Hampton_24_well
Nov 27, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	1.7 M NaCl, 10% EtOH and 0.1 M Sarcosine to well as additive.	Hampton_24_well
Nov 27, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	1.7 M NaCl, 10% EtOH and 1.0 M guanidine-HCL to well as additive.	Hampton_24_well
Nov 27, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	1.7 M NaCl, 10% EtOH and 0.1 M urea to well as additive.	Hampton_24_well
Nov 27, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	1.7 M NaCl, 10% EtOH and 0.1 M nicotinamide adenine dinucloetide to well as additive.	Hampton_24_well
Nov 27, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	1.7 M NaCl, 10% EtOH and 0.1 M TCEP HCL to well as additive.	Hampton_24_well
Nov 27, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	1.7 M NaCl, 10% EtOH with 0.01M GSH and GSSG to well as additive.	Hampton_24_well
Nov 27, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	1.72M NaCl, 10% EtOH.	Hampton_24_well
Nov 27, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	1.74 M NaCl, 10% EtOH.	Hampton_24_well
Nov 27, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	1.76 M NaCl, 10% EtOH.	Hampton_24_well
Nov 27, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	1.78 M NaCl, 10% EtOH.	Hampton_24_well
Nov 27, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	1.80 M NaCl, 10% EtOH.	Hampton_24_well
Nov 27, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	1.85 M NaCl, 10% EtOH.	Hampton_24_well
Nov 27, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	1.90 M NaCl, 10% EtOH.	Hampton_24_well
Nov 27, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	2.1 M NaCl, 10% EtOH.	Hampton_24_well
Nov 27, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	2.1 M NaCl, 10% EtOH.	Hampton_24_well
Nov 27, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	2.1 M NaCl, 10% EtOH.	Hampton_24_well
Nov 27, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	2.1 M NaCl, 10% EtOH.	Hampton_24_well
Nov 27, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	1.7 M NaCl, 8% EtOH.	Hampton_24_well
Nov 27, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	1.7 M NaCl, 9% EtOH.	Hampton_24_well
Nov 27, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	1.7 M NaCl, 11% EtOH.	Hampton_24_well
Nov 27, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	1.7 M NaCl, 12% EtOH.	Hampton_24_well
Nov 27, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	1.7 M NaCl, 12% EtOH.	Hampton_24_well
Nov 27, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	1.1 M NaCl, 14% EtOH.	Hampton_24_well
Nov 27, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	1.2 M NaCl, 13% EtOH.	Hampton_24_well
Nov 27, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	1.4 M NaCl, 11% EtOH.	Hampton_24_well
Nov 27, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	1.5 M NaCl, 10% EtOH.	Hampton_24_well
Nov 23, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	ammonium dihydrogen phosphate conc=0.4 units=M	Hampton_24_well
Nov 23, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	tris hydrochloride conc=0.1 units=M ph=8.5 ammonium sulfate conc=2 units=M	Hampton_24_well
Nov 23, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	tri-sodium citrate conc=0.2 units=M sodium HEPES conc=0.1 units=M ph=7.5 2-methyl-2,4-pentanediol conc=30 units=v/v	Hampton_24_well
Nov 23, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	magnesium chloride conc=0.2 units=M tris hydrochloride conc=0.1 units=M ph=8.5 polyethylene glycol 4000 conc=30 units=w/v	Hampton_24_well
Nov 23, 2009	Chris Nelson	Washington University	WU_crystallization_protocol_1	nothing	hanging drop	sodium cacodylate conc=0.1 units=M ph=6.5 sodium acetate conc=1.4 units=M	Hampton_24_well

Nov 24, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

calcium acetate conc=0.2 units=M imidazole conc=0.1 units=M ph=8 polyethylene glycol 8000 conc=10 units=w/v

Costar_96_well

Nov 24, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

di-ammonium hydrogen citrate conc=0.2 units=M polyethylene glycol 3350 conc=20 units=w/v

Costar_96_well

Nov 27, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

1.0 M NaCl, 15% EtOH.

Hampton_24_well

Nov 27, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

1.7 M NaCl, 10% EtOH and 0.1M Phenol to well as additive.

Hampton_24_well

Nov 24, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

sodium acetate conc=0.2 units=M polyethylene glycol 3350 conc=20 units=w/v

Costar_96_well

Nov 24, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

ammonium sulfate conc=0.5 units=M MES conc=0.1 units=M ph=6

Costar_96_well

Nov 24, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

ammonium sulfate conc=2 units=M sodium acetate conc=0.1 units=M ph=4.5 2-propanol conc=5 units=v/v

Costar_96_well

Nov 24, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

sodium acetate conc=0.08 units=M ph=4.6 polyethylene glycol 300 conc=20 units=v/v glycerol conc=10 units=v/v

Costar_96_well

Nov 27, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

1.7M Nacl, 10% EtOH, and 0.1 M Cupric Chloride as additive to drop.

Hampton_24_well

Nov 27, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

1.7M Nacl, 10% EtOH, and 2.0 M Sodium Thiocyanate as additive to drop.

Hampton_24_well

Nov 24, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

sodium chloride conc=0.2 units=M phosphate-citrate conc=0.1 units=M ph=4.2 polyethylene glycol 200 conc=50 units=v/v

Costar_96_well

Nov 27, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

crystal

hanging drop

1.7 M Nacl, 10% EtoH and 0.1 M hexmine cobalt (III) chloride to well as additive.

Hampton_24_well

Nov 24, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

HEPES conc=0.1 units=M ph=6.5 polyethylene glycol 6000 conc=10 units=w/v 2-methyl-2,4-pentanediol conc=5 units=v/v

Costar_96_well

Nov 24, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

ammonium nitrate conc=0.2 units=M polyethylene glycol 3350 conc=20 units=w/v

Costar_96_well

Nov 24, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

MES conc=0.1 units=M ph=6 polyethylene glycol 6000 conc=20 units=w/v

Costar_96_well

Nov 24, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

sodium dihydrogen phosphate conc=0.2 units=M polyethylene glycol 3350 conc=20 units=w/v

Costar_96_well

Nov 24, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

sodium chloride conc=0.2 units=M ammonium sulfate conc=1.26 units=M CHES conc=0.1 units=M ph=9.5

Costar_96_well

Nov 24, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

bicine conc=0.1 units=M ph=9 polyethylene glycol 20000 conc=10 units=w/v dioxane conc=2 units=v/v

Costar_96_well

Nov 24, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

ammonium sulfate conc=2 units=M tris conc=0.1 units=M ph=8.5

Costar_96_well

Nov 24, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

lithium chloride conc=1 units=M tris conc=0.1 units=M ph=8 polyethylene glycol 6000 conc=20 units=w/v

Costar_96_well

Nov 24, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

magnesium chloride conc=0.2 units=M imidazole conc=0.1 units=M ph=8 2-methyl-2,4-pentanediol conc=40 units=v/v

Costar_96_well

Nov 24, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

di-sodium hydrogen phosphate conc=0.6 units=M potassium dihydrogen phosphate conc=0.6 units=M HEPES conc=0.075 units=M ph=7.5 glycerol conc=25 units=v/v

Costar_96_well

Nov 24, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

magnesium chloride conc=0.2 units=M HEPES conc=0.1 units=M ph=7.5 polyethylene glycol 400 conc=30 units=v/v

Costar_96_well

Nov 24, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

calcium acetate conc=0.2 units=M sodium cacodylate conc=0.1 units=M ph=6.5 polyethylene glycol 300 conc=40 units=v/v

Costar_96_well

Nov 24, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

Na/K phosphate conc=0.1 units=M ph=6.2 1,2-propanediol conc=25 units=v/v glycerol conc=10 units=v/v

Costar_96_well

Nov 24, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

potassium sulfate conc=0.2 units=M polyethylene glycol 3350 conc=20 units=w/v

Costar_96_well

Nov 24, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

lithium chloride conc=1 units=M polyethylene glycol 3350 conc=20 units=w/v

Costar_96_well

Nov 24, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

ammonium sulfate conc=1.6 units=M sodium citrate conc=0.1 units=M ph=5 glycerol conc=20 units=v/v

Costar_96_well

Nov 24, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

ammonium sulfate conc=0.2 units=M phosphate-citrate conc=0.1 units=M ph=4.2 polyethylene glycol 4000 conc=25.5 units=w/v glycerol conc=15 units=v/v

Costar_96_well

Nov 27, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

1.7M Nacl, 10% EtOH, and 0.1 M Nickel (II) Chloride as additive to drop.

Hampton_24_well

Nov 27, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

1.7 M NaCl, 10% EtOH and 0.1 M betaine hydrochloride to well as additive.

Hampton_24_well

Nov 27, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

1.7 M NaCl, 10% EtOH and 0.1 M Truethylamine-HCL to well as additive.

Hampton_24_well

Nov 27, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

1.7 M NaCl, 10% EtOH and 0.1 M adenosine-5-triphosphate disodium salt to well as additive.

Hampton_24_well

Nov 27, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

2.0 M NaCl, 10% EtOH.

Hampton_24_well

Nov 27, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

1.7 M NaCl, 10% EtOH.

Hampton_24_well

Nov 27, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

1.2 M NaCl, 12% EtOH.

Hampton_24_well

Nov 24, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

sodium citrate conc=0.1 units=M ph=5 polyethylene glycol 6000 conc=5 units=w/v

Costar_96_well

Nov 23, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

potassium sodium tartrate conc=0.4 units=M

Hampton_24_well

Nov 23, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

calcium chloride conc=0.02 units=M sodium acetate conc=0.1 units=M ph=4.6 2-methyl-2,4-pentanediol conc=30 units=v/v

Hampton_24_well

Nov 23, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

tri-sodium citrate conc=0.2 units=M sodium cacodylate conc=0.1 units=M ph=6.5 2-propanol conc=30 units=v/v

Hampton_24_well

Nov 23, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

ammonium acetate conc=0.2 units=M sodium citrate conc=0.1 units=M ph=5.6 polyethylene glycol 4000 conc=30 units=w/v

Hampton_24_well

Nov 23, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

ammonium acetate conc=0.2 units=M polyethylene glycol 4000 conc=30 units=w/v sodium acetate conc=0.1 units=M ph=4.6

Hampton_24_well

Nov 23, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

sodium citrate conc=0.1 units=M ph=5.6 ammonium dihydrogen phosphate conc=1 units=M

Hampton_24_well

Nov 23, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

magnesium chloride conc=0.2 units=M sodium HEPES conc=0.1 units=M ph=7.5 2-propanol conc=30 units=v/v

Hampton_24_well

Nov 23, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

tri-sodium citrate conc=0.2 units=M polyethylene glycol 400 conc=30 units=v/v tris hydrochloride conc=0.1 units=M ph=8.5

Hampton_24_well

Nov 23, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

calcium chloride conc=0.2 units=M polyethylene glycol 400 conc=28 units=v/v sodium HEPES conc=0.1 units=M ph=7.5

Hampton_24_well

Nov 23, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

ammonium sulfate conc=0.2 units=M polyethylene glycol 8000 conc=30 units=w/v sodium cacodylate conc=0.1 units=M ph=6.5

Hampton_24_well

Nov 23, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

sodium HEPES conc=0.1 units=M ph=7.5 lithium sulfate conc=1.5 units=M

Hampton_24_well

Nov 23, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

lithium sulfate conc=0.2 units=M tris hydrochloride conc=0.1 units=M ph=8.5 polyethylene glycol 4000 conc=30 units=w/v

Hampton_24_well

Nov 23, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

magnesium acetate conc=0.2 units=M polyethylene glycol 8000 conc=20 units=w/v sodium cacodylate conc=0.1 units=M ph=6.5

Hampton_24_well

Nov 23, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

ammonium acetate conc=0.2 units=M 2-propanol conc=30 units=v/v tris hydrochloride conc=0.1 units=M ph=8.5

Hampton_24_well

Nov 23, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

ammonium sulfate conc=0.2 units=M sodium acetate conc=0.1 units=M ph=4.6 polyethylene glycol 4000 conc=25 units=w/v

Hampton_24_well

Nov 23, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

magnesium acetate conc=0.2 units=M 2-methyl-2,4-pentanediol conc=30 units=v/v sodium cacodylate conc=0.1 units=M ph=6.5

Hampton_24_well

Nov 23, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

sodium acetate conc=0.2 units=M polyethylene glycol 4000 conc=30 units=w/v tris hydrochloride conc=0.1 units=M ph=8.5

Hampton_24_well

Nov 23, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

magnesium chloride conc=0.2 units=M sodium HEPES conc=0.1 units=M ph=7.5 polyethylene glycol 400 conc=30 units=v/v

Hampton_24_well

Nov 23, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

calcium chloride conc=0.2 units=M sodium acetate conc=0.1 units=M ph=4.6 2-propanol conc=20 units=v/v

Hampton_24_well

Nov 23, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

calcium chloride conc=0.2 units=M sodium acetate conc=0.1 units=M ph=4.6 2-propanol conc=20 units=v/v

Hampton_24_well

Nov 23, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

imidazole conc=0.1 units=M ph=6.5 sodium acetate conc=1 units=M

Hampton_24_well

Nov 23, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

ammonium acetate conc=0.2 units=M sodium citrate conc=0.1 units=M ph=5.6 2-methyl-2,4-pentanediol conc=30 units=v/v

Hampton_24_well

Nov 23, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

tri-sodium citrate conc=0.2 units=M sodium HEPES conc=0.1 units=M ph=7.5 2-propanol conc=20 units=v/v

Hampton_24_well

Nov 23, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

sodium acetate conc=0.2 units=M polyethylene glycol 8000 conc=30 units=w/v sodium cacodylate conc=0.1 units=M ph=6.5

Hampton_24_well

Nov 23, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

sodium HEPES conc=0.1 units=M ph=7.5 potassium sodium tartrate conc=0.8 units=M

Hampton_24_well

Nov 23, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

ammonium sulfate conc=0.2 units=M polyethylene glycol 8000 conc=30 units=w/v

Hampton_24_well

Nov 23, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

ammonium sulfate conc=0.2 units=M polyethylene glycol 4000 conc=30 units=w/v

Hampton_24_well

Nov 23, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

ammonium sulfate conc=2 units=M

Hampton_24_well

Nov 23, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

sodium formate conc=4 units=M

Hampton_24_well

Nov 23, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

sodium acetate conc=0.1 units=M ph=4.6 sodium formate conc=2 units=M

Hampton_24_well

Nov 23, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

sodium HEPES conc=0.1 units=M ph=7.5 sodium dihydrogen phosphate conc=0.8 units=M potassium dihydrogen phosphate conc=0.8 units=M

Hampton_24_well

Nov 23, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

tris hydrochloride conc=0.1 units=M ph=8.5 polyethylene glycol 8000 conc=8 units=w/v

Hampton_24_well

Nov 23, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

sodium acetate conc=0.1 units=M ph=4.6 polyethylene glycol 4000 conc=8 units=w/v

Hampton_24_well

Nov 23, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

sodium HEPES conc=0.1 units=M ph=7.5 tri-sodium citrate conc=1.4 units=M

Hampton_24_well

Nov 23, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

sodium HEPES conc=0.1 units=M ph=7.5 polyethylene glycol 400 conc=2 units=v/v ammonium sulfate conc=2 units=M

Hampton_24_well

Nov 23, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

sodium citrate conc=0.1 units=M ph=5.6 2-propanol conc=20 units=v/v polyethylene glycol 4000 conc=20 units=w/v

Hampton_24_well

Nov 23, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

sodium HEPES conc=0.1 units=M ph=7.5 2-propanol conc=10 units=v/v polyethylene glycol 4000 conc=20 units=w/v

Hampton_24_well

Nov 23, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

potassium dihydrogen phosphate conc=0.05 units=M polyethylene glycol 8000 conc=20 units=w/v

Hampton_24_well

Nov 23, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

polyethylene glycol 1500 conc=30 units=w/v

Hampton_24_well

Nov 23, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

magnesium formate conc=0.2 units=M

Hampton_24_well

Nov 23, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

zinc acetate conc=0.2 units=M sodium cacodylate conc=0.1 units=M ph=6.5 polyethylene glycol 8000 conc=18 units=w/v

Hampton_24_well

Nov 23, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

calcium acetate conc=0.2 units=M sodium cacodylate conc=0.1 units=M ph=6.5 polyethylene glycol 8000 conc=18 units=w/v

Hampton_24_well

Nov 23, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

sodium acetate conc=0.1 units=M ph=4.6 ammonium sulfate conc=2 units=M

Hampton_24_well

Nov 23, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

tris hydrochloride conc=0.1 units=M ph=8.5 ammonium dihydrogen phosphate conc=2 units=M

Hampton_24_well

Nov 23, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

Sodium chloride conc=2 units=M polyethylene glycol 6000 conc=10 units=w/v

Hampton_24_well

Nov 23, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

Sodium chloride conc=0.5 units=M hexadecyltrimethylammonium bromide conc=0.01 units=M magnesium chloride conc=0.01 units=M

Hampton_24_well

Nov 23, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

Ethylene glycol conc=25 units=v/v

Hampton_24_well

Nov 23, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

Dioxane conc=35 units=v/v

Hampton_24_well

Nov 23, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

Ammonium sulfate conc=2 units=M 2-propanol conc=5 units=v/v

Hampton_24_well

Nov 23, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

Imidazole conc=1 units=M ph=7

Hampton_24_well

Nov 23, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

Polyethylene glycol 1000 conc=10 units=w/v polyethylene glycol 8000 conc=10 units=w/v

Hampton_24_well

Nov 23, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

Sodium chloride conc=1.5 units=M ethanol conc=10 units=v/v

Hampton_24_well

Nov 23, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

Sodium acetate conc=0.1 units=M ph=4.6 sodium chloride conc=2 units=M

Hampton_24_well

Nov 23, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

Sodium chloride conc=0.2 units=M 2-methyl-2,4-pentanediol conc=30 units=v/v sodium acetate conc=0.1 units=M ph=4.6

Hampton_24_well

Nov 23, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

Cobalt chloride conc=0.01 units=M sodium acetate conc=0.1 units=M ph=4.6 1,6-hexanediol conc=1 units=M

Hampton_24_well

Nov 23, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

Cadmium chloride conc=0.1 units=M polyethylene glycol 400 conc=30 units=v/v sodium acetate conc=0.1 units=M ph=4.6

Hampton_24_well

Nov 23, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

Ammonium sulfate conc=0.2 units=M sodium acetate conc=0.1 units=M ph=4.6 polyethylene glycol monomethyl ether 2000 con=30 units=v/v

Hampton_24_well

Nov 23, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

Potassium sodium tartrate conc=0.2 units=M sodium citrate-citric acid conc=0.1 units=M ph=5.6 ammonium sulfate conc=2 units=M

Hampton_24_well

Nov 23, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

Ammonium sulfate conc=0.5 units=M lithium sulfate conc=1 units=M sodium citrate-citric acid conc=0.1 units=M ph=5.6

Hampton_24_well

Nov 23, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

Sodium chloride conc=0.5 units=M sodium citrate-citric acid conc=0.1 units=M ph=5.6 ethylene imine polymer conc=2 units=w/v

Hampton_24_well

Nov 23, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

Sodium citrate-citric acid conc=0.1 units=M ph=5.6 tert-butanol conc=35 units=v/v

Hampton_24_well

Nov 23, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

Ferric chloride conc=0.01 units=M jeffamine M-600 conc=10 units=v/v sodium citrate-citric acid conc=0.1 units=M ph=5.6

Hampton_24_well

Nov 23, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

Sodium citrate - citric acid conc=0.1 units=M ph=5.6 1,6-hexanediol conc=2.5 units=M

Hampton_24_well

Nov 23, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

MES conc=0.1 units=M ph=6.5 magnesium sulfate conc=1.6 units=M

Hampton_24_well

Nov 23, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

Sodium dihydrogen phosphate conc=0.1 M sodium chloride conc=2 units=M potassium dihydrogen phosphate conc=0.1 M MES conc=0.1 M ph=6.5

Hampton_24_well

Nov 23, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

MES conc=0.1 units=M ph=6.5 polyethylene glycol 20000 conc=12 units=w/v

Hampton_24_well

Nov 23, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

Ammonium sulfate conc=1.6 units=M MES conc=0.1 units=M ph=6.5 dioxane conc=10 units=v/v

Hampton_24_well

Nov 23, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

Cesium chloride conc=0.05 units=M jeffamine M-600 conc=30 units=v/v MES conc=0.1 units=M ph=6.5

Hampton_24_well

Nov 23, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

Cesium chloride conc=0.05 units=M jeffamine M-600 conc=30 units=v/v MES conc=0.1 units=M ph=6.5

Hampton_24_well

Nov 23, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

Cobalt chloride conc=0.01 units=M MES conc=0.1 units=M ph=6.5 ammonium sulfate conc=1.8 units=M

Hampton_24_well

Nov 23, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

Ammonium sulfate conc=0.2 units=M polyethylene glycol monomethyl ether 5000 conc=30 units=w/v MES conc=0.1 units=M ph=6.5

Hampton_24_well

Nov 23, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

zinc sulfate conc=0.01 units=M polyethylene glycol monomethyl ether 550 conc=25 units=v/v MES conc=0.1 units=M ph=6.5

Hampton_24_well

Nov 23, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

Sodium citrate - citric acid conc=1.6 units=M ph=6.5

Hampton_24_well

Nov 23, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

Ammonium sulfate conc=0.5 units=M HEPES conc=0.1 units=M ph=7.5 2-methyl-2,4-pentanediol conc=30 units=v/v

Hampton_24_well

Nov 23, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

HEPES conc=0.1 units=M ph=7.5 2-methyl-2,4-pentanediol conc=5 units=v/v polyethylene glycol 6000 conc=10 units=w/v

Hampton_24_well

Nov 23, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

HEPES conc=0.1 units=M ph=7.5 jeffamine M-600 conc=20 units=v/v

Hampton_24_well

Nov 23, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

Sodium chloride conc=0.1 units=M HEPES conc=0.1 units=M ph=7.5 ammonium sulfate conc=1.6 units=M

Hampton_24_well

Nov 23, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

HEPES conc=0.1 units=M ph=7.5 ammonium formate conc=2 units=M

Hampton_24_well

Nov 23, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

Cadmium sulfate conc=0.05 units=M HEPES conc=0.1 units=M ph=7.5 sodium acetate conc=1 units=M

Hampton_24_well

Nov 23, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

HEPES conc=0.1 units=M ph=7.5 2-methyl-2,4-pentanediol conc=70 units=v/v

Hampton_24_well

Nov 23, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

HEPES conc=0.1 units=M ph=7.5 sodium chloride conc=4.3 units=M

Hampton_24_well

Nov 23, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

HEPES conc=0.1 units=M ph=7.5 polyethylene glycol 8000 conc=10 units=w/v ethylene glycol conc=8 units=v/v

Hampton_24_well

Nov 23, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

HEPES conc=0.1 units=M ph=7.5 polyethylene glycol 10000 conc=20 units=w/v

Hampton_24_well

Nov 23, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

Magnesium chloride conc=0.2 units=M 1,6-hexanediol conc=3.4 units=M tris hydrochloride conc=0.1 units=M ph=8.5

Hampton_24_well

Nov 23, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

Tris hydrochloride conc=0.1 units=M ph=8.5 tert-butanol conc=25 units=v/v

Hampton_24_well

Nov 23, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

Nickel (II) chloride conc=0.01 units=M tris hydrochloride conc=0.1 units=M ph=8.5 lithium sulfate conc=1 units=M

Hampton_24_well

Nov 23, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

Ammonium sulfate conc=1.5 units=M glycerol conc=12 units=v/v tris hydrochloride conc=0.1 units=M ph=8.5

Hampton_24_well

Nov 23, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

Ammonium dihydrogen phosphate conc=0.2 units=M 2-methyl-2,4-pentanediol conc=50 units=v/v tris hydrochloride 0.1 M ph=8.5

Hampton_24_well

Nov 23, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

Tris hydrochloride conc=0.1 units=M ph=8.5 ethanol conc=20 units=v/v

Hampton_24_well

Nov 23, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

Tris hydrochloride conc=0.1 units=M ph=8.5 nickel (II) chloride 0.01 M polyethylene glycol monomethyl ether 2000 conc=20 units=w/v

Hampton_24_well

Nov 23, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

Sodium chloride conc=0.1 units=M polyethylene glycol monomethyl ether 550 conc=20 units=w/v bicine conc=0.1 units=M ph=9

Hampton_24_well

Nov 23, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

Bicine conc=0.1 units=M ph=9 magnesium chloride conc=2 units=M

Hampton_24_well

Nov 23, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

Bicine conc=0.1 units=M ph=9 polyethylene glycol 20000 conc=10 units=w/v dioxane conc=2 units=v/v

Hampton_24_well

Nov 24, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

CHES conc=0.1 units=M ph=9.5 polyethylene glycol 8000 conc=20 units=w/v

Costar_96_well

Nov 24, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

bicine conc=0.1 units=M ph=9 polyethylene glycol 6000 conc=20 units=w/v

Costar_96_well

Nov 24, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

lithium sulfate conc=0.05 units=M sodium sulfate conc=0.05 units=M tris hydrochloride conc=0.05 units=M ph=8.5 polyethylene glycol 400 conc=30 units=v/v

Costar_96_well

Nov 24, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

ammonium dihydrogen phosphate conc=0.2 units=M tris conc=0.1 units=M ph=8.5 2-methyl-2,4-pentanediol conc=50 units=v/v

Costar_96_well

Nov 24, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

magnesium chloride conc=0.2 units=M 1,6-hexanediol conc=3.4 units=M tris conc=0.1 units=M ph=8.5

Costar_96_well

Nov 24, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

magnesium chloride conc=0.05 units=M tris conc=0.1 units=M ph=8.5 ethanol conc=40 units=v/v

Costar_96_well

Nov 24, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

potassium citrate conc=0.2 units=M polyethylene glycol 3350 conc=20 units=w/v

Costar_96_well

Nov 24, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

tri-sodium citrate conc=0.2 units=M polyethylene glycol 3350 conc=20 units=w/v

Costar_96_well

Nov 24, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

lithium citrate conc=0.2 units=M polyethylene glycol 3350 conc=20 units=w/v

Costar_96_well

Nov 24, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

calcium acetate conc=0.2 units=M imidazole conc=0.1 units=M ph=8 polyethylene glycol 1000 conc=20 units=w/v

Costar_96_well

Nov 24, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

potassium acetate conc=0.2 units=M polyethylene glycol 3350 conc=20 units=w/v

Costar_96_well

Nov 24, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

magnesium acetate conc=0.2 units=M polyethylene glycol 3350 conc=20 units=w/v

Costar_96_well

Nov 24, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

sodium chloride conc=0.2 units=M HEPES conc=0.1 units=M ph=7.5 polyethylene glycol 3000 conc=20 units=w/v

Costar_96_well

Nov 24, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

HEPES conc=0.1 units=M ph=7.5 polyethylene glycol 8000 conc=20 units=w/v

Costar_96_well

Nov 24, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

HEPES conc=0.1 units=M ph=7.5 polyethylene glycol 8000 conc=10 units=w/v ethylene glycol conc=8 units=v/v

Costar_96_well

Nov 24, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

calcium chloride conc=0.19 units=M HEPES conc=0.095 units=M ph=7.5 polyethylene glycol 400 conc=26.6 units=v/v glycerol conc=5 units=v/v

Costar_96_well

Nov 24, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

HEPES conc=0.1 units=M ph=7.5 polyethylene glycol 4000 conc=20 units=w/v 2-propanol conc=10 units=v/v

Costar_96_well

Nov 24, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

di-sodium hydrogen phosphate conc=0.8 units=M potassium dihydrogen phosphate conc=0.8 units=M HEPES conc=0.1 units=M ph=7.5

Costar_96_well

Nov 24, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

di-sodium tartrate conc=0.2 units=M polyethylene glycol 3350 conc=20 units=w/v

Costar_96_well

Nov 24, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

calcium acetate conc=0.2 units=M polyethylene glycol 3350 conc=20 units=w/v

Costar_96_well

Nov 24, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

potassium formate conc=0.2 units=M polyethylene glycol 3350 conc=20 units=w/v

Costar_96_well

Nov 24, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

potassium sodium tartrate conc=0.2 units=M polyethylene glycol 3350 conc=20 units=w/v

Costar_96_well

Nov 24, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

sodium formate conc=0.2 units=M polyethylene glycol 3350 conc=20 units=w/v

Costar_96_well

Nov 24, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

potassium fluoride conc=0.2 units=M polyethylene glycol 3350 conc=20 units=w/v

Costar_96_well

Nov 24, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

ammonium acetate conc=0.2 units=M polyethylene glycol 3350 conc=20 units=w/v

Costar_96_well

Nov 24, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

lithium nitrate conc=0.2 units=M polyethylene glycol 3350 conc=20 units=w/v

Costar_96_well

Nov 24, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

sodium cacodylate conc=0.1 units=M ph=6.5 2-methyl-2,4-pentanediol conc=40 units=v/v polyethylene glycol 8000 conc=5 units=w/v

Costar_96_well

Nov 24, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

magnesium chloride conc=0.2 units=M tris conc=0.1 units=M ph=7 polyethylene glycol 8000 conc=10 units=w/v

Costar_96_well

Nov 24, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

calcium acetate conc=0.2 units=M tris conc=0.1 units=M ph=7 polyethylene glycol 3000 conc=20 units=w/v

Costar_96_well

Nov 24, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

sodium chloride conc=2.5 units=M magnesium chloride conc=0.2 units=M tris conc=0.1 units=M ph=7

Costar_96_well

Nov 24, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

tris conc=0.1 units=M ph=7 polyethylene glycol 2000 conc=20 units=w/v

Costar_96_well

Nov 24, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

potassium thiocyanate conc=0.2 units=M polyethylene glycol 3350 conc=20 units=w/v

Costar_96_well

Nov 24, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

HEPES conc=0.1 units=M ph=7 polyethylene glycol 6000 conc=20 units=w/v

Costar_96_well

Nov 24, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

potassium nitrate conc=0.2 units=M polyethylene glycol 3350 conc=20 units=w/v

Costar_96_well

Nov 24, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

sodium thiocyanate conc=0.2 units=M polyethylene glycol 3350 conc=20 units=w/v

Costar_96_well

Nov 24, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

sodium iodide conc=0.2 units=M polyethylene glycol 3350 conc=20 units=w/v

Costar_96_well

Nov 24, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

potassium chloride conc=0.2 units=M polyethylene glycol 3350 conc=20 units=w/v

Costar_96_well

Nov 24, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

sodium chloride conc=0.2 units=M polyethylene glycol 3350 conc=20 units=w/v

Costar_96_well

Nov 24, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

potassium iodide conc=0.2 units=M polyethylene glycol 3350 conc=20 units=w/v

Costar_96_well

Nov 24, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

lithium chloride conc=0.2 units=M polyethylene glycol 3350 conc=20 units=w/v

Costar_96_well

Nov 24, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

magnesium chloride conc=0.2 units=M sodium cacodylate conc=0.1 units=M ph=6.5 polyethylene glycol 200 conc=50 units=v/v

Costar_96_well

Nov 24, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

di-ammonium tartrate conc=0.2 units=M polyethylene glycol 3350 conc=20 units=w/v

Costar_96_well

Nov 24, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

sodium sulfate conc=0.2 units=M polyethylene glycol 3350 conc=20 units=w/v

Costar_96_well

Nov 24, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

ammonium formate conc=0.2 units=M polyethylene glycol 3350 conc=20 units=w/v

Costar_96_well

Nov 24, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

sodium citrate conc=1.6 units=M ph=6.5

Costar_96_well

Nov 24, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

magnesium acetate conc=0.2 units=M sodium cacodylate conc=0.1 units=M ph=6.5 polyethylene glycol 8000 conc=20 units=w/v

Costar_96_well

Nov 24, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

ammonium chloride conc=0.2 units=M polyethylene glycol 3350 conc=20 units=w/v

Costar_96_well

Nov 24, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

sodium chloride conc=0.2 units=M Na/K phosphate conc=0.1 units=M ph=6.2 polyethylene glycol 8000 conc=10 units=w/v

Costar_96_well

Nov 24, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

ammonium iodide conc=0.2 units=M polyethylene glycol 3350 conc=20 units=w/v

Costar_96_well

Nov 24, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

ammonium fluoride conc=0.2 units=M polyethylene glycol 3350 conc=20 units=w/v

Costar_96_well

Nov 24, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

MES conc=0.1 units=M ph=6 polyethylene glycol 200 conc=30 units=v/v polyethylene glycol 3000 conc=5 units=w/v

Costar_96_well

Nov 24, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

calcium acetate conc=0.2 units=M MES conc=0.1 units=M ph=6 polyethylene glycol 8000 conc=20 units=w/v

Costar_96_well

Nov 24, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

lithium sulfate conc=0.2 units=M MES conc=0.1 units=M ph=6 2-methyl-2,4-pentanediol conc=35 units=v/v

Costar_96_well

Nov 24, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

ammonium sulfate conc=0.2 units=M polyethylene glycol 3350 conc=20 units=w/v

Costar_96_well

Nov 24, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

MES conc=0.1 units=M ph=6 2-methyl-2,4-pentanediol conc=40 units=v/v

Costar_96_well

Nov 24, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

MES conc=0.1 units=M ph=6 2-methyl-2,4-pentanediol conc=20 units=v/v

Costar_96_well

Nov 24, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

MES conc=0.1 units=M ph=6 polyethylene glycol 6000 conc=10 units=w/v

Costar_96_well

Nov 24, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

magnesium sulfate conc=0.2 units=M polyethylene glycol 3350 conc=20 units=w/v

Costar_96_well

Nov 24, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

magnesium formate conc=0.2 units=M polyethylene glycol 3350 conc=20 units=w/v

Costar_96_well

Nov 24, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

magnesium nitrate conc=0.2 units=M polyethylene glycol 3350 conc=20 units=w/v

Costar_96_well

Nov 24, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

magnesium chloride conc=0.2 units=M polyethylene glycol 3350 conc=20 units=w/v

Costar_96_well

Nov 24, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

sodium citrate conc=0.095 units=M ph=5.6 2-propanol conc=19 units=v/v polyethylene glycol 4000 conc=19 units=w/v glycerol conc=5 units=v/v

Costar_96_well

Nov 24, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

sodium citrate conc=0.1 units=M ph=5.6 2-propanol conc=20 units=v/v polyethylene glycol 4000 conc=20 units=w/v

Costar_96_well

Nov 24, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

sodium citrate conc=0.1 units=M ph=5.5 polyethylene glycol 3000 conc=20 units=w/v

Costar_96_well

Nov 24, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

phosphate-citrate conc=0.1 units=M ph=4.2 polyethylene glycol 1000 conc=5 units=w/v ethanol conc=40 units=v/v

Costar_96_well

Nov 24, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

lithium sulfate conc=0.2 units=M sodium acetate conc=0.1 units=M ph=4.5 polyethylene glycol 400 conc=50 units=v/v

Costar_96_well

Nov 24, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

phosphate-citrate conc=0.1 units=M ph=4.2 2-methyl-2,4-pentanediol conc=40 units=v/v

Costar_96_well

Nov 24, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

sodium acetate conc=0.1 units=M ph=5 2-methyl-2,4-pentanediol conc=20 units=v/v

Costar_96_well

Nov 24, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

ammonium sulfate conc=2 units=M phosphate-citrate conc=0.1 units=M ph=4.2

Costar_96_well

Nov 24, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

lithium chloride conc=1 units=M sodium citrate conc=0.1 units=M ph=5 polyethylene glycol 6000 conc=10 units=w/v

Costar_96_well

Nov 24, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

sodium citrate conc=0.1 units=M ph=5 polyethylene glycol 6000 conc=20 units=w/v

Costar_96_well

Nov 24, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

sodium citrate conc=0.1 units=M ph=5 polyethylene glycol 6000 conc=10 units=w/v

Costar_96_well

Nov 24, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

potassium dihydrogen phosphate conc=0.2 units=M polyethylene glycol 3350 conc=20 units=w/v

Costar_96_well

Nov 24, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

ammonium dihydrogen phosphate conc=0.2 units=M polyethylene glycol 3350 conc=20 units=w/v

Costar_96_well

Nov 24, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

ammonium sulfate conc=0.2 units=M sodium acetate conc=0.1 units=M ph=4.6 polyethylene glycol 2000 conc=30 units=w/v

Costar_96_well

Nov 24, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

sodium acetate conc=0.1 units=M ph=4.6 polyethylene glycol 4000 conc=8 units=w/v

Costar_96_well

Nov 24, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

ammonium sulfate conc=0.2 units=M sodium acetate conc=0.1 units=M ph=4.6 polyethylene glycol 4000 conc=25 units=w/v

Costar_96_well

Nov 24, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

calcium chloride conc=0.02 units=M sodium acetate conc=0.1 units=M ph=4.6 2-methyl-2,4-pentanediol conc=30 units=v/v

Costar_96_well

Nov 24, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

sodium acetate conc=0.1 units=M ph=4.5 2-methyl-2,4-pentanediol conc=35 units=v/v

Costar_96_well

Nov 24, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

sodium acetate conc=0.1 units=M ph=4.5 polyethylene glycol 3000 conc=20 units=w/v

Costar_96_well

Nov 24, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

potassium dihydrogen phosphate conc=0.05 units=M polyethylene glycol 8000 conc=20 units=w/v

Costar_96_well

Nov 24, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

sodium chloride conc=0.2 units=M phosphate-citrate conc=0.1 units=M ph=4.2 polyethylene glycol 3000 conc=10 units=w/v

Costar_96_well

Nov 24, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

lithium sulfate conc=0.2 units=M phosphate-citrate conc=0.1 units=M ph=4.2 polyethylene glycol 1000 conc=20 units=w/v

Costar_96_well

Nov 24, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

sodium citrate conc=0.1 units=M ph=4 2-methyl-2,4-pentanediol conc=20 units=v/v

Costar_96_well

Nov 24, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

ammonium sulfate conc=0.8 units=M sodium citrate conc=0.1 units=M ph=4

Costar_96_well

Nov 24, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

lithium chloride conc=1 units=M sodium citrate conc=0.1 units=M ph=4 polyethylene glycol 6000 conc=20 units=w/v

Costar_96_well

Nov 24, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

lithium chloride conc=1 units=M sodium citrate conc=0.1 units=M ph=4 polyethylene glycol 6000 conc=10 units=w/v

Costar_96_well

Nov 24, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

sodium citrate conc=0.1 units=M ph=4 polyethylene glycol 6000 conc=5 units=w/v

Costar_96_well

Nov 24, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

sodium chloride conc=0.1 units=M CAPS conc=0.1 units=M ph=10.5 polyethylene glycol 8000 conc=20 units=w/v

Costar_96_well

Nov 24, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

sodium citrate conc=1 units=M CHES conc=0.1 units=M ph=9.5

Costar_96_well

Nov 24, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

sodium chloride conc=0.2 units=M CHES conc=0.1 units=M ph=9.5 polyethylene glycol 8000 conc=10 units=w/v

Costar_96_well

Nov 24, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

sodium chloride conc=0.1 units=M bicine conc=0.1 units=M ph=9 polyethylene glycol monomethyl ether 550 conc=20 units=v/v

Costar_96_well

Nov 24, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

lithium chloride conc=1 units=M bicine conc=0.1 units=M ph=9 polyethylene glycol 6000 conc=10 units=w/v

Costar_96_well

Nov 24, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

tris conc=0.1 units=M ph=8.5 polyethylene glycol 300 conc=20 units=v/v polyethylene glycol 8000 conc=5 units=w/v glycerol conc=10 units=v/v

Costar_96_well

Nov 24, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

nickel (II) chloride conc=0.01 units=M tris conc=0.1 units=M ph=8.5 polyethylene glycol 2000 conc=20 units=w/v

Costar_96_well

Nov 24, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

tris conc=0.1 units=M ph=8.5 ethanol conc=20 units=v/v

Costar_96_well

Nov 24, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

ammonium dihydrogen phosphate conc=2 units=M tris conc=0.1 units=M ph=8.5

Costar_96_well

Nov 24, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

tris conc=0.1 units=M ph=8.5 polyethylene glycol 8000 conc=8 units=w/v

Costar_96_well

Nov 24, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

lithium sulfate conc=0.2 units=M tris conc=0.1 units=M ph=8.5 polyethylene glycol 400 conc=40 units=v/v

Costar_96_well

Nov 24, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

magnesium chloride conc=0.2 units=M imidazole conc=0.1 units=M ph=8 2-methyl-2,4-pentanediol conc=35 units=v/v

Costar_96_well

Nov 24, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

tris conc=0.1 units=M ph=8 polyethylene glycol 6000 conc=20 units=w/v

Costar_96_well

Nov 24, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

lithium acetate conc=0.2 units=M polyethylene glycol 3350 conc=20 units=w/v

Costar_96_well

Nov 24, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

magnesium chloride conc=0.2 units=M HEPES conc=0.1 units=M ph=7.5 ethanol conc=15 units=v/v

Costar_96_well

Nov 24, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

HEPES conc=0.1 units=M ph=7.5 2-methyl-2,4-pentanediol conc=70 units=v/v

Costar_96_well

Nov 24, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

HEPES conc=0.085 units=M ph=7.5 polyethylene glycol 4000 conc=17 units=w/v glycerol conc=15 units=v/v 2-propanol conc=8.5 units=v/v

Costar_96_well

Nov 24, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

magnesium chloride conc=0.2 units=M HEPES conc=0.1 units=M ph=7.5 polyethylene glycol 400 conc=30 units=v/v

Costar_96_well

Nov 24, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

ammonium sulfate conc=2 units=M HEPES conc=0.1 units=M ph=7.5 polyethylene glycol 400 conc=2 units=v/v

Costar_96_well

Nov 24, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

sodium chloride conc=0.2 units=M Na/K phosphate conc=0.1 units=M ph=6.2 polyethylene glycol 200 conc=50 units=v/v

Costar_96_well

Nov 24, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

sodium fluoride conc=0.2 units=M polyethylene glycol 3350 conc=20 units=w/v

Costar_96_well

Nov 24, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

lithium sulfate conc=0.2 units=M ammonium sulfate conc=2 units=M tris conc=0.1 units=M ph=7

Costar_96_well

Nov 24, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

tris conc=0.1 units=M ph=7 polyethylene glycol 1000 conc=20 units=w/v

Costar_96_well

Nov 24, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

lithium chloride conc=1 units=M HEPES conc=0.1 units=M ph=7 polyethylene glycol 6000 conc=10 units=w/v

Costar_96_well

Nov 24, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

HEPES conc=0.1 units=M ph=7 polyethylene glycol 6000 conc=10 units=w/v

Costar_96_well

Nov 24, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

sodium chloride conc=0.2 units=M Na/K phosphate conc=0.1 units=M ph=6.2 polyethylene glycol 400 conc=40 units=v/v

Costar_96_well

Nov 24, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

sodium citrate conc=0.1 units=M ph=5.5 polyethylene glycol 200 conc=50 units=v/v

Costar_96_well

Nov 24, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

sodium nitrate conc=0.2 units=M polyethylene glycol 3350 conc=20 units=w/v

Costar_96_well

Nov 24, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

lithium sulfate conc=0.05 units=M tris conc=0.1 units=M ph=7 polyethylene glycol 200 conc=50 units=v/v

Costar_96_well

Nov 24, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

magnesium formate conc=0.2 units=M

Costar_96_well

Nov 24, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

sodium chloride conc=0.1 units=M sodium citrate conc=0.1 units=M ph=5.5 polyethylene glycol 600 conc=40 units=v/v

Costar_96_well

Nov 24, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

sodium chloride conc=0.2 units=M sodium cacodylate conc=0.1 units=M ph=6.5 polyethylene glycol 1000 conc=20 units=w/v

Costar_96_well

Nov 24, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

sodium citrate conc=1 units=M sodium cacodylate conc=0.1 units=M ph=6.5 polyethylene glycol 3000 conc=10 units=w/v

Costar_96_well

Nov 24, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

sodium cacodylate conc=0.1 units=M ph=6.5 polyethylene glycol 400 conc=30 units=v/v sodium chloride conc=0.2 units=M

Costar_96_well

Nov 24, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

ammonium sulfate conc=2 units=M sodium cacodylate conc=0.1 units=M ph=6.5

Costar_96_well

Nov 24, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

sodium chloride conc=0.1 units=M MES conc=0.1 units=M ph=6.5 polyethylene glycol 20000 conc=12 units=w/v

Costar_96_well

Nov 24, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

sodium citrate conc=0.1 units=M ph=5.5 polyethylene glycol 1000 conc=20 units=w/v

Costar_96_well

Nov 24, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

magnesium chloride conc=0.2 units=M sodium cacodylate conc=0.1 units=M ph=6.5 2-methyl-2,4-pentanediol conc=10 units=v/v

Costar_96_well

Nov 24, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

magnesium chloride conc=0.2 units=M sodium cacodylate conc=0.1 units=M ph=6.5 polyethylene glycol 6000 conc=20 units=w/v

Costar_96_well

Nov 24, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

lithium sulfate conc=0.2 units=M sodium cacodylate conc=0.1 units=M ph=6.5 polyethylene glycol 6000 conc=10 units=w/v

Costar_96_well

Nov 24, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

sodium chloride conc=0.2 units=M sodium cacodylate conc=0.1 units=M ph=6.5 polyethylene glycol 6000 conc=5 units=w/v

Costar_96_well

Nov 24, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

MES conc=0.1 units=M ph=6.5 1,2-propanediol conc=25 units=v/v glycerol conc=10 units=v/v

Costar_96_well

Nov 24, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

lithium sulfate conc=0.2 units=M polyethylene glycol 600 conc=40 units=v/v

Costar_96_well

Nov 24, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

sodium chloride conc=0.2 units=M Na/K phosphate conc=0.1 units=M ph=6.2 polyethylene glycol 600 conc=30 units=v/v glycerol conc=10 units=v/v

Costar_96_well

Nov 24, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

lithium chloride conc=1 units=M ammonium acetate conc=0.2 units=M MES conc=0.1 units=M ph=6 polyethylene glycol 4000 conc=30 units=w/v

Costar_96_well

Nov 24, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

lithium chloride conc=1 units=M MES conc=0.1 units=M ph=6 polyethylene glycol 1500 conc=24 units=w/v glycerol conc=20 units=v/v

Costar_96_well

Nov 24, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

MES conc=0.1 units=M ph=6 polyethylene glycol 300 conc=40 units=v/v

Costar_96_well

Nov 24, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

zinc acetate conc=0.2 units=M imidazole conc=0.1 units=M ph=8 2-methyl-2,4-pentanediol conc=35 units=v/v glycerol conc=10 units=v/v

Costar_96_well

Nov 24, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

zinc acetate conc=0.2 units=M imidazole conc=0.1 units=M ph=8 polyethylene glycol 300 conc=40 units=v/v

Costar_96_well

Nov 24, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

ammonium sulfate conc=0.5 units=M tris conc=0.1 units=M ph=7 polyethylene glycol 1000 conc=5 units=w/v ethylene glycol conc=50 units=v/v

Costar_96_well

Nov 24, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

lithium sulfate conc=1 units=M sodium citrate conc=0.1 units=M ph=5.6 polyethylene glycol 200 conc=30 units=v/v

Costar_96_well

Nov 24, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

sodium citrate conc=0.1 units=M ph=5.6 1,2-propanediol conc=40 units=v/v

Costar_96_well

Nov 24, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

ethylene glycol conc=40 units=v/v

Costar_96_well

Nov 24, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

sodium chloride conc=0.2 units=M sodium acetate conc=0.1 units=M ph=4.5 2-methyl-2,4-pentanediol conc=10 units=v/v

Costar_96_well

Nov 24, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

ammonium sulfate conc=2.4 units=M sodium acetate conc=0.1 units=M ph=4.5

Costar_96_well

Nov 24, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

ammonium sulfate conc=1.6 units=M phosphate-citrate conc=0.1 units=M ph=4.2

Costar_96_well

Nov 24, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

ammonium sulfate conc=0.8 units=M sodium acetate conc=0.1 units=M ph=4.5

Costar_96_well

Nov 24, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

sodium chloride conc=0.1 units=M sodium acetate conc=0.1 units=M ph=4.5 polyethylene glycol 6000 conc=20 units=w/v

Costar_96_well

Nov 24, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

sodium acetate conc=0.1 units=M ph=4.5 polyethylene glycol 3000 conc=5 units=w/v 1,2-propanediol conc=25 units=v/v glycerol conc=10 units=v/v

Costar_96_well

Nov 24, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

ammonium sulfate conc=2 units=M sodium acetate conc=0.1 units=M ph=5

Costar_96_well

Nov 24, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

sodium citrate conc=0.1 units=M ph=5 polyethylene glycol 400 conc=40 units=v/v

Costar_96_well

Nov 24, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

1,6-hexanediol conc=1 units=M sodium citrate conc=0.1 units=M ph=5

Costar_96_well

Nov 24, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

lithium chloride conc=1 units=M sodium citrate conc=0.1 units=M ph=5 polyethylene glycol 4000 conc=5.6 units=w/v glycerol conc=30 units=v/v

Costar_96_well

Nov 24, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

phosphate-citrate conc=0.1 units=M ph=4.2 glycerol conc=30 units=v/v 2-propanol conc=14 units=v/v

Costar_96_well

Nov 24, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

polyethylene glycol 4000 conc=20 units=w/v glycerol conc=20 units=v/v

Costar_96_well

Nov 24, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

2-methyl-2,4-pentanediol conc=30 units=v/v

Costar_96_well

Nov 24, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

magnesium chloride conc=0.2 units=M ammonium sulfate conc=2 units=M sodium citrate conc=0.1 units=M ph=5.5

Costar_96_well

Nov 24, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

cobalt chloride conc=0.01 units=M sodium acetate conc=0.1 units=M ph=4.6 polyethylene glycol 3000 conc=10 units=w/v

Costar_96_well

Nov 24, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

sodium acetate conc=0.07 units=M ph=4.6 polyethylene glycol 400 conc=30 units=v/v

Costar_96_well

Nov 24, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

calcium chloride conc=0.14 units=M sodium acetate conc=0.07 units=M ph=4.6 polyethylene glycol 8000 conc=30 units=w/v

Costar_96_well

Nov 24, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

ammonium sulfate conc=0.16 units=M sodium acetate conc=0.08 units=M ph=4.6 ethylene glycol conc=25 units=v/v

Costar_96_well

Nov 24, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

calcium chloride conc=0.02 units=M sodium acetate conc=0.1 units=M ph=4.6 2-propanol conc=10 units=v/v

Costar_96_well

Nov 24, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

sodium acetate conc=0.1 units=M ph=4.6 polyethylene glycol 8000 conc=20 units=w/v

Costar_96_well

Nov 24, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

zinc acetate conc=0.2 units=M sodium acetate conc=0.1 units=M ph=4.5 polyethylene glycol 1000 conc=10 units=w/v polyethylene glycol 8000 conc=10 units=w/v

Costar_96_well

Nov 24, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

calcium acetate conc=0.2 units=M sodium acetate conc=0.1 units=M ph=4.5 polyethylene glycol 1500 conc=30 units=w/v

Costar_96_well

Nov 24, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

lithium sulfate conc=0.2 units=M ammonium dihydrogen phosphate conc=0.4 units=M sodium acetate conc=0.1 units=M ph=4.5

Costar_96_well

Nov 24, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

dioxane conc=35 units=v/v

Costar_96_well

Nov 24, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

lithium sulfate conc=0.2 units=M phosphate-citrate conc=0.1 units=M ph=4.2 2-methyl-2,4-pentanediol conc=10 units=v/v

Costar_96_well

Nov 24, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

sodium chloride conc=0.2 units=M phosphate-citrate conc=0.1 units=M ph=4.2 polyethylene glycol 6000 conc=20 units=w/v

Costar_96_well

Nov 27, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

1.7M Nacl, 10% EtOH, and 0.1 M Barium Chloride as additive to drop.

Hampton_24_well

Nov 27, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

1.7M Nacl, 10% EtOH, and 0.1 M Cadmium Chloridei as additive to drop.

Hampton_24_well

Nov 27, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

1.7M Nacl, 10% EtOH, and 0.1 M Cobaltous Chloride as additive to drop.

Hampton_24_well

Nov 27, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

1.7M Nacl, 10% EtOH, and 0.1 M Cupric Chloride as additive to drop.

Hampton_24_well

Nov 27, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

1.7M Nacl, 10% EtOH, and 0.1 M Magnesium Chloride as additive to drop.

Hampton_24_well

Nov 27, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

1.7M Nacl, 10% EtOH, and 0.1 M Magnamese (II) Chloride as additive to drop.

Hampton_24_well

Nov 27, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

1.7M Nacl, 10% EtOH, and 0.1 M Strontium Chloride as additive to drop.

Hampton_24_well

Nov 27, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

1.7M Nacl, 10% EtOH, and 0.1 M Yttrium Chloride as additive to drop.

Hampton_24_well

Nov 27, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

1.7M Nacl, 10% EtOH, and 0.1 M Zinc Chloride as additive to drop.

Hampton_24_well

Nov 27, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

1.7M Nacl, 10% EtOH, and 0.1 M Ferric (III) Chloride as additive to drop.

Hampton_24_well

Nov 27, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

1.7M Nacl, 10% EtOH, and 0.1 M Chromium (III) Chloride as additive to drop.

Hampton_24_well

Nov 27, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

1.7M Nacl, 10% EtOH, and 0.1 M Praseodymium (III) Acetate as additive to drop.

Hampton_24_well

Nov 27, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

1.7M Nacl, 10% EtOH, and 1.0 M Ammonium Sulfate as additive to drop.

Hampton_24_well

Nov 27, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

1.7M Nacl, 10% EtOH, and 1.0 M Potassium Chloride as additive to drop.

Hampton_24_well

Nov 27, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

1.7M Nacl, 10% EtOH, and 1.0 M Lithium Chloride as additive to drop.

Hampton_24_well

Nov 27, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

1.7M Nacl, 10% EtOH, and 2.0 M Sodium Chloride as additive to drop.

Hampton_24_well

Nov 27, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

1.7M Nacl, 10% EtOH, and 0.5 M Sodium Fluoride as additive to drop.

Hampton_24_well

Nov 27, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

1.7M Nacl, 10% EtOH, and 1.0 M Sodium Iodide as additive to drop.

Hampton_24_well

Nov 27, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

1.7M Nacl, 10% EtOH, and 1.0 M Potassium Sodium Tartrate as additive to drop.

Hampton_24_well

Nov 27, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

1.7M Nacl, 10% EtOH, and 1.0 M Tri-Sodium Citrate as additive to drop.

Hampton_24_well

Nov 27, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

1.7M Nacl, 10% EtOH, and 2.0 M Cesium Chloride as additive to drop.

Hampton_24_well

Nov 27, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

1.7 M NaCl, 10% EtOH and 0.1M Sodium Malonate pH7.0 to well as additive.

Hampton_24_well

Nov 27, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

1.7 M NaCl, 10% EtOH and 0.1M Proline to well as additive.

Hampton_24_well

Nov 27, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

1.7 M NaCl, 10% EtOH and 30% DMSO to well as additive.

Hampton_24_well

Nov 27, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

1.7 M NaCl, 10% EtOH and 0.1M Sodium Bromide to well as additive.

Hampton_24_well

Nov 27, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

1.7 M NaCl, 10% EtOH and 30% w/v 6-aminocaproic acid to well as additive.

Hampton_24_well

Nov 27, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

1.7 M NaCl, 10% EtOH and 30% w/v 1,5 diaminopentane di-HCL to well as additive.

Hampton_24_well

Nov 27, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

1.7 M NaCl, 10% EtOH and 30% w/v 1,6 diaminhexane di-HCL to well as additive.

Hampton_24_well

Nov 27, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

1.7 M NaCl, 10% EtOH and 30% w/v 1,8 diaminooctane to well as additive.

Hampton_24_well

Nov 27, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

1.7 M NaCl, 10% EtOH and 1.0 M glycine to well as additive.

Hampton_24_well

Nov 27, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

1.7 M NaCl, 10% EtOH and 0.3 M glycyl-glycyl-glycine to well as additive.

Hampton_24_well

Nov 27, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

1.7 M NaCl, 10% EtOH and 0.1 M taurine to well as additive.

Hampton_24_well

Nov 27, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

1.7 M NaCl, 10% EtOH and 0.1 M spermidine to well as additive.

Hampton_24_well

Nov 27, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

1.7 M NaCl, 10% EtOH and 0.1 M spermidine tetra-HCL to well as additive.

Hampton_24_well

Nov 27, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

1.7 M NaCl, 10% EtOH and 0.1 M Sarcosine to well as additive.

Hampton_24_well

Nov 27, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

1.7 M NaCl, 10% EtOH and 1.0 M guanidine-HCL to well as additive.

Hampton_24_well

Nov 27, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

1.7 M NaCl, 10% EtOH and 0.1 M urea to well as additive.

Hampton_24_well

Nov 27, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

1.7 M NaCl, 10% EtOH and 0.1 M nicotinamide adenine dinucloetide to well as additive.

Hampton_24_well

Nov 27, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

1.7 M NaCl, 10% EtOH and 0.1 M TCEP HCL to well as additive.

Hampton_24_well

Nov 27, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

1.7 M NaCl, 10% EtOH with 0.01M GSH and GSSG to well as additive.

Hampton_24_well

Nov 27, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

1.72M NaCl, 10% EtOH.

Hampton_24_well

Nov 27, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

1.74 M NaCl, 10% EtOH.

Hampton_24_well

Nov 27, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

1.76 M NaCl, 10% EtOH.

Hampton_24_well

Nov 27, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

1.78 M NaCl, 10% EtOH.

Hampton_24_well

Nov 27, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

1.80 M NaCl, 10% EtOH.

Hampton_24_well

Nov 27, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

1.85 M NaCl, 10% EtOH.

Hampton_24_well

Nov 27, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

1.90 M NaCl, 10% EtOH.

Hampton_24_well

Nov 27, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

2.1 M NaCl, 10% EtOH.

Hampton_24_well

Nov 27, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

2.1 M NaCl, 10% EtOH.

Hampton_24_well

Nov 27, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

2.1 M NaCl, 10% EtOH.

Hampton_24_well

Nov 27, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

2.1 M NaCl, 10% EtOH.

Hampton_24_well

Nov 27, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

1.7 M NaCl, 8% EtOH.

Hampton_24_well

Nov 27, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

1.7 M NaCl, 9% EtOH.

Hampton_24_well

Nov 27, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

1.7 M NaCl, 11% EtOH.

Hampton_24_well

Nov 27, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

1.7 M NaCl, 12% EtOH.

Hampton_24_well

Nov 27, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

1.7 M NaCl, 12% EtOH.

Hampton_24_well

Nov 27, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

1.1 M NaCl, 14% EtOH.

Hampton_24_well

Nov 27, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

1.2 M NaCl, 13% EtOH.

Hampton_24_well

Nov 27, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

1.4 M NaCl, 11% EtOH.

Hampton_24_well

Nov 27, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

1.5 M NaCl, 10% EtOH.

Hampton_24_well

Nov 23, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

ammonium dihydrogen phosphate conc=0.4 units=M

Hampton_24_well

Nov 23, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

tris hydrochloride conc=0.1 units=M ph=8.5 ammonium sulfate conc=2 units=M

Hampton_24_well

Nov 23, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

tri-sodium citrate conc=0.2 units=M sodium HEPES conc=0.1 units=M ph=7.5 2-methyl-2,4-pentanediol conc=30 units=v/v

Hampton_24_well

Nov 23, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

magnesium chloride conc=0.2 units=M tris hydrochloride conc=0.1 units=M ph=8.5 polyethylene glycol 4000 conc=30 units=w/v

Hampton_24_well

Nov 23, 2009

Chris Nelson

Washington University

WU_crystallization_protocol_1

nothing

hanging drop

sodium cacodylate conc=0.1 units=M ph=6.5 sodium acetate conc=1.4 units=M

Hampton_24_well

Purification

Related Crystallization Drops