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109874
1-1/2 (Maxi) TC x 1/2" Barb
Price: $275.94List Price: $306.60FlowLinX Sanitary Fittings are designed for single use fluid transfer applications where sanitary processing is critical. They are available in 3/4&rdquo and 1-1/2&rdquo flange sizes and can be easily assembled with silicone and TPE tubing. -
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31995-100G
Barbital (C15-1249-595)
Price: $1,013.14List Price: $1,125.71Application Barbital has been used as an assay buffer for determining the carbonic anhydrase activity. It has also been used for rocket immunoelectrophoresis. -
31995-500G
Barbital (C15-1249-596)
Price: $2,983.52List Price: $3,315.02Application Barbital has been used as an assay buffer for determining the carbonic anhydrase activity. It has also been used for rocket immunoelectrophoresis. -
B0375-100G
Barbital (C15-1249-598)
Price: $826.29List Price: $918.10Biochem/physiol Actions Sedative/hypnotic -
B0375-25G
Barbital (C15-1249-599)
Price: $297.86List Price: $330.95Biochem/physiol Actions Sedative/hypnotic -
B0375-500G
Barbital (C15-1249-600)
Price: $2,620.88List Price: $2,912.09Biochem/physiol Actions Sedative/hypnotic -
11709-100G-F
Barbituric acid (C15-1256-896)
Price: $762.72List Price: $847.47Barbituric acid is also known as malonurea or 6-hydroxyuracil, it is an odourless powder and is soluble in water. It has a very high pharmacological activity and can be used to synthesize addition derivatives of it, to be used in novel drug -
185698-100G
Barbituric acid (C15-1256-898)
Price: $142.20List Price: $158.00Barbituric acid is a useful acid for organic and drug syntheses. Its dihydrate form can be synthesized from barbituric acid via crystallization from aqueous solution. -
185698-25G
Barbituric acid (C15-1256-899)
Price: $97.43List Price: $108.26Barbituric acid is a useful acid for organic and drug syntheses. Its dihydrate form can be synthesized from barbituric acid via crystallization from aqueous solution. -
185698-500G
Barbituric acid (C15-1256-900)
Price: $267.30List Price: $297.00Barbituric acid is a useful acid for organic and drug syntheses. Its dihydrate form can be synthesized from barbituric acid via crystallization from aqueous solution. -