25 Precipitant 1 0.1 4 Buffer 2 25 Precipitant 1 0.1 5 Buffer 3 25 Precipitant 1 0.1 6 Buffer 4 25 Precipitant 1 0.1 7 Buffer 5 25 Precipitant 1 0.1 8 Buffer 6 25 Precipitant 1 0.1 9 Buffer 7 20 Precipitant 8 0.1 5 Buffer 9 0.2 Additive 10 20 Precipitant 8 0.1 5 Buffer 9 0.2 Additive 11 20 Precipitant 8 0.1 5 Buffer 9 0.2 Additive 12 20 Precipitant 8 0.1 5 Buffer 9 0.2 Additive 13 20 Precipitant 8 0.1 5 Buffer 9 0.2 Additive 14 20 Precipitant 8 0.1 5 Buffer 9 0.01 Additive 15 25 Precipitant 1 0.1 4 Buffer 16 25 Precipitant 1 0.1 5 Buffer 17 25 Precipitant 1 0.1 6 Buffer 18 25 Precipitant 1 0.1 7 Buffer 19 25 Precipitant 1 0.1 8 Buffer 20 25 Precipitant 1 0.1 9 Buffer 21 20 Precipitant 8 0.1 6 Buffer 22 0.2 Additive 10 20 Precipitant 8 0.1 6 Buffer 22 0.2 Additive 11 20 Precipitant 8 0.1 6 Buffer 22 0.2 Additive 12 20 Precipitant 8 0.1 6 Buffer 22 0.2 Additive 13 20 Precipitant 8 0.1 6 Buffer 22 0.2 Additive 14 20 Precipitant 8 0.1 6 Buffer 22 0.01 Additive 15 1 50 0 50 w/v false CSS-244 Jena Bioscience Precipitant 25322-68-3 Polyethylene glycol 1,500 PEG 1500 2 1 0 1 M 4 true Jena Bioscience 2 1 0 1 M 4 true Jena Bioscience 3 1 0 1 M 5 true Jena Bioscience 3 1 0 1 M 5 true Jena Bioscience 4 1 0 1 M 6 true Jena Bioscience SPG buffer is produced by mixing succinic acid, sodium dihydrogen phosphate, and glycine in the molar ratios 2:7:7 – succinic acid:sodium dihydrogen phosphate:glycine.* The three chemicals have three different buffering curves and their ratios have been selected to keep pH variation almost linear. The desired pH is obtained by mixing high- and low-pH stock solutions 4 1 0 1 M 6 true Jena Bioscience SPG buffer is produced by mixing succinic acid, sodium dihydrogen phosphate, and glycine in the molar ratios 2:7:7 – succinic acid:sodium dihydrogen phosphate:glycine.* The three chemicals have three different buffering curves and their ratios have been selected to keep pH variation almost linear. The desired pH is obtained by mixing high- and low-pH stock solutions 5 1 0 1 M 7 true Jena Bioscience SPG buffer is produced by mixing succinic acid, sodium dihydrogen phosphate, and glycine in the molar ratios 2:7:7 – succinic acid:sodium dihydrogen phosphate:glycine.* The three chemicals have three different buffering curves and their ratios have been selected to keep pH variation almost linear. The desired pH is obtained by mixing high- and low-pH stock solutions 5 1 0 1 M 7 true Jena Bioscience SPG buffer is produced by mixing succinic acid, sodium dihydrogen phosphate, and glycine in the molar ratios 2:7:7 – succinic acid:sodium dihydrogen phosphate:glycine.* The three chemicals have three different buffering curves and their ratios have been selected to keep pH variation almost linear. The desired pH is obtained by mixing high- and low-pH stock solutions 6 1 0 1 M 8 true Jena Bioscience SPG buffer is produced by mixing succinic acid, sodium dihydrogen phosphate, and glycine in the molar ratios 2:7:7 – succinic acid:sodium dihydrogen phosphate:glycine.* The three chemicals have three different buffering curves and their ratios have been selected to keep pH variation almost linear. The desired pH is obtained by mixing high- and low-pH stock solutions 6 1 0 1 M 8 true Jena Bioscience SPG buffer is produced by mixing succinic acid, sodium dihydrogen phosphate, and glycine in the molar ratios 2:7:7 – succinic acid:sodium dihydrogen phosphate:glycine.* The three chemicals have three different buffering curves and their ratios have been selected to keep pH variation almost linear. The desired pH is obtained by mixing high- and low-pH stock solutions 7 1 0 1 M 9 true Jena Bioscience SPG buffer is produced by mixing succinic acid, sodium dihydrogen phosphate, and glycine in the molar ratios 2:7:7 – succinic acid:sodium dihydrogen phosphate:glycine.* The three chemicals have three different buffering curves and their ratios have been selected to keep pH variation almost linear. The desired pH is obtained by mixing high- and low-pH stock solutions 7 1 0 1 M 9 true Jena Bioscience SPG buffer is produced by mixing succinic acid, sodium dihydrogen phosphate, and glycine in the molar ratios 2:7:7 – succinic acid:sodium dihydrogen phosphate:glycine.* The three chemicals have three different buffering curves and their ratios have been selected to keep pH variation almost linear. The desired pH is obtained by mixing high- and low-pH stock solutions Buffer 10 0.0196078 4 0.909091 110-15-6 56-40-6 7558-80-7 SPG buffer SPG 8 50 0 50 w/v false CSS-255 Jena Bioscience PEG 6000 BCC ~PEG 6,000 ~PEG 6000 ~PEG-6000 ~PEG6K ~polyethylene glycol 6K ~~PEG 6K ~~polyethylene glycol 6,000 Precipitant 25322-68-3 Polyethylene glycol 6,000 PEG 6K 9 3 0 3 M 5 true Jena Bioscience 9 3 0 3 M 5 true Jena Bioscience sodium acetate buffer BCC ~acetic acid-sodium acetate ~NaAc/acetic acid ~Sodium Acetate / Acetic Acid ~Sodium Acetate-Acetic Acid Buffer 4.8 127-09-3 Sodium acetate Na Acet 10 5 0 5 M false Jena Bioscience ~Na chloride ~na-chloride ~salt ~~nacl ~~Sodium Chloride Additive 7647-14-5 Sodium chloride NaCl 11 5 0 5 M false Jena Bioscience Additive 12125-02-9 Ammonium chloride NH4Cl 12 5 0 5 M false CSS-202 Jena Bioscience ~Li Chloride ~~licl Additive 7447-41-8 Lithium chloride LiCl 13 2.5 0 2.5 M false Jena Bioscience ~Magnesium Chloride ~Mg Chloride ~mg-chloride ~~Magnesium Chloride ~~Magnesium chloride hexahydrate ~~MgCl2 Additive 7786-30-3 Magnesium chloride MgCl2 14 5 0 5 M false CSS-155 Jena Bioscience Additive 10043-52-4 Calcium chloride CaCl2 15 1 0 1 M false CSS-325 Jena Bioscience Additive 7646-85-7 Zinc chloride ZnCl2 16 1 0 1 M 4 true Jena Bioscience MIB buffer is produced by mixing sodium malonate, imidazole, and boric acid in the molar ratios 2:3:3 – sodium malonate:imidazole:boric acid.* The three chemicals have three different buffering curves and their ratios have been selected to keep pH variation almost linear. The desired pH is obtained by mixing high- and low-pH stock solutions 16 1 0 1 M 4 true Jena Bioscience MIB buffer is produced by mixing sodium malonate, imidazole, and boric acid in the molar ratios 2:3:3 – sodium malonate:imidazole:boric acid.* The three chemicals have three different buffering curves and their ratios have been selected to keep pH variation almost linear. The desired pH is obtained by mixing high- and low-pH stock solutions 17 1 0 1 M 5 true Jena Bioscience MIB buffer is produced by mixing sodium malonate, imidazole, and boric acid in the molar ratios 2:3:3 – sodium malonate:imidazole:boric acid.* The three chemicals have three different buffering curves and their ratios have been selected to keep pH variation almost linear. The desired pH is obtained by mixing high- and low-pH stock solutions 17 1 0 1 M 5 true Jena Bioscience MIB buffer is produced by mixing sodium malonate, imidazole, and boric acid in the molar ratios 2:3:3 – sodium malonate:imidazole:boric acid.* The three chemicals have three different buffering curves and their ratios have been selected to keep pH variation almost linear. The desired pH is obtained by mixing high- and low-pH stock solutions 18 1 0 1 M 6 true Jena Bioscience MIB buffer is produced by mixing sodium malonate, imidazole, and boric acid in the molar ratios 2:3:3 – sodium malonate:imidazole:boric acid.* The three chemicals have three different buffering curves and their ratios have been selected to keep pH variation almost linear. The desired pH is obtained by mixing high- and low-pH stock solutions 18 1 0 1 M 6 true Jena Bioscience MIB buffer is produced by mixing sodium malonate, imidazole, and boric acid in the molar ratios 2:3:3 – sodium malonate:imidazole:boric acid.* The three chemicals have three different buffering curves and their ratios have been selected to keep pH variation almost linear. The desired pH is obtained by mixing high- and low-pH stock solutions 19 1 0 1 M 7 true Jena Bioscience MIB buffer is produced by mixing sodium malonate, imidazole, and boric acid in the molar ratios 2:3:3 – sodium malonate:imidazole:boric acid.* The three chemicals have three different buffering curves and their ratios have been selected to keep pH variation almost linear. The desired pH is obtained by mixing high- and low-pH stock solutions 19 1 0 1 M 7 true Jena Bioscience MIB buffer is produced by mixing sodium malonate, imidazole, and boric acid in the molar ratios 2:3:3 – sodium malonate:imidazole:boric acid.* The three chemicals have three different buffering curves and their ratios have been selected to keep pH variation almost linear. The desired pH is obtained by mixing high- and low-pH stock solutions 20 1 0 1 M 8 true Jena Bioscience MIB buffer is produced by mixing sodium malonate, imidazole, and boric acid in the molar ratios 2:3:3 – sodium malonate:imidazole:boric acid.* The three chemicals have three different buffering curves and their ratios have been selected to keep pH variation almost linear. The desired pH is obtained by mixing high- and low-pH stock solutions 20 1 0 1 M 8 true Jena Bioscience MIB buffer is produced by mixing sodium malonate, imidazole, and boric acid in the molar ratios 2:3:3 – sodium malonate:imidazole:boric acid.* The three chemicals have three different buffering curves and their ratios have been selected to keep pH variation almost linear. The desired pH is obtained by mixing high- and low-pH stock solutions 21 1 0 1 M 9 true Jena Bioscience MIB buffer is produced by mixing sodium malonate, imidazole, and boric acid in the molar ratios 2:3:3 – sodium malonate:imidazole:boric acid.* The three chemicals have three different buffering curves and their ratios have been selected to keep pH variation almost linear. The desired pH is obtained by mixing high- and low-pH stock solutions 21 1 0 1 M 9 true Jena Bioscience MIB buffer is produced by mixing sodium malonate, imidazole, and boric acid in the molar ratios 2:3:3 – sodium malonate:imidazole:boric acid.* The three chemicals have three different buffering curves and their ratios have been selected to keep pH variation almost linear. The desired pH is obtained by mixing high- and low-pH stock solutions Buffer 10 0.0196078 4 0.909091 10043-35-3 141-82-2 288-32-4 MIB buffer MIB 22 3 0 3 M 6 true Jena Bioscience 22 3 0 3 M 6 true Jena Bioscience MES BCC ~MES sodium salt ~MES-NaOH ~MES/NaOH ~Na MES ~NaMES ~sodium MES Buffer 6.1 71119-23-8 MES MES