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X406199-10ml
6X Sample Buffer (2-Mercaptoethanol free) [for Electrophoresis]
Price: $257.64List Price: $286.276X Sample Buffer (2-Mercaptoethanol free) [for Electrophoresis]. -
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21420006-1
A.C.E. MES Buffer 50mM, pH 6.0, 100 mL
Price: $117.75List Price: $130.83These convenient 50 mM premixed and ready-to-use A.C. -
21420006-2
A.C.E. MES Buffer 50mM, pH 6.0, 250 mL
Price: $182.93List Price: $203.25These convenient 50 mM premixed and ready-to-use A.C. -
50844
AccuGENETM 10X TAE Buffer, 1 L
Price: $224.50List Price: $249.44AccuGENE&trade TBE (Tris hydroxymethyl aminomethane) is made from Tris, EDTA and Boric acid. The addition of borate makes TBA a better conductive medium than TAE so it less prone to overheating and better for longer runs. -
50841
AccuGENETM 10X TAE Buffer, 4 L
Price: $624.22List Price: $693.58AccuGENE&trade TBE (Tris hydroxymethyl aminomethane) is made from Tris, EDTA and Boric acid. The addition of borate makes TBA a better conductive medium than TAE so it less prone to overheating and better for longer runs. -
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B32070-100.0
BES, 100g (C003B-413191)
Price: $276.91List Price: $307.68For use in preparing electrophoresis buffers. pKa (25° C) 7.1 The working pH Range in aqueous solution is 6.4-7.8 -
B32070-250.0
BES, 250g (C003B-413345)
Price: $435.87List Price: $484.30For use in preparing electrophoresis buffers. pKa (25° C) 7.1 The working pH Range in aqueous solution is 6.4-7.8 -
B32070-25.0
BES, 25g (C003B-412920)
Price: $100.40List Price: $111.55For use in preparing electrophoresis buffers. pKa (25° C) 7.1 The working pH Range in aqueous solution is 6.4-7.8 -
B32070-500.0
BES, 500g
Price: $769.29List Price: $854.77For use in preparing electrophoresis buffers. pKa (25° C) 7.1 The working pH Range in aqueous solution is 6.4-7.8 -
B6185-10L
BIONIC BUFFER 10X CONCENTRATE 10X SODIUM BORATE ELECTROPHORESIS BUFFER (C005B-100667)
Price: $771.32List Price: $857.03Bionic Buffer is a unique alternative to traditional TBE (TRIS borate-EDTA) and TAE (TRIS acetate-EDTA) electrophoresis buffers. Bionic Buffer allows for higher voltage runs, extremely rapid running times, and high-resolution band separation.