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SODIUM CHOLATE 98% For Biochemistry

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MOQ : 1 Gram

SODIUM CHOLATE 98% For Biochemistry Specification

Solubility
Soluble in water

Molecular Formula
C24H39NaO5

Smell
Characteristic

Form
Solid

Purity
>98%

HS Code
29181990

Storage
Store at 2-8C, in dry and tightly closed container

Poisonous
Yes

Taste
Characteristic

Shape
Powder / Crystalline

Structural Formula
C24H39NaO5

Other Names
Cholic acid sodium salt

Ph Level
~7.0 (1% solution)

Melting Point
>300C (decomposition)

Molecular Weight
430.55 g/mol

Classification
Bile acid, Surfactant

Chemical Name
Sodium Cholate

CAS No
361-09-1

EINECS No
204-190-6

Grade
BioChemistry Grade

Standard
Meets analytical standard

Type
Chemical Reagent

Usage
Used in preparation of micelles, membrane biochemistry, protein solubilization, cell lysis

Main Material
Sodium Cholate

Application
Biochemistry, Laboratory reagent, Research

Appearance
White to off-white powder

Packaging
Sealed containers, usually 25g, 100g or custom

Synonyms
Sodium cholate hydrate, Sodium cholic acid

Stability
Stable under recommended conditions

Shelf Life
At least 2 years under proper storage

pKa
~6.0

Hazard Statements
Not classified as hazardous

About SODIUM CHOLATE 98% For Biochemistry

Discover the latest in biochemistry with Sodium Cholate 98%! Jump on this superb and rare reagent, renowned for its dazzling performance in laboratory research. Classified as a bile acid and surfactant, Sodium Cholate presents as a white to off-white powder, displaying unprecedented stability under the recommended conditions. It boasts a purity above 98%, meeting strict analytical standards and is soluble in water. Ideal for protein solubilization, cell lysis, and micelle preparation, this product is not classified as hazardous. Available in sealed containers, it ensures shelf life of at least 2 years when properly stored.

SODIUM CHOLATE 98% For Biochemistry - Exceptional Features and Uses

With superb purity (>98%), Sodium Cholate 98% is favoured by researchers for its reliable results in micelle preparation and membrane biochemistry. Used by laboratories for protein solubilization and cell lysis, this rare bio-chemistry grade reagent stands out for its dazzling stability, characteristic appearance, and performance. Its broad applicability and non-hazardous nature make it essential for biochemistry experiments seeking excellent yields and accuracy.

SODIUM CHOLATE 98% - Samples & Market Reach

Sample requests are welcomed for Sodium Cholate 98%, offering potential buyers a chance to assess its unprecedented quality. Goods transport options are reliable, with timely arrival guaranteed across India as the main domestic market, and active exports to leading international destinations. Ask for price and availability from distributor, exporter, manufacturer, or supplier; our logistics ensure safe handling and prompt delivery.

FAQ's of SODIUM CHOLATE 98% For Biochemistry:

Q: How should Sodium Cholate 98% be stored for optimal stability?

A: Sodium Cholate 98% should be stored at 2-8C in a dry, tightly closed container to ensure it remains stable and maintains its superb shelf life of at least 2 years.

Q: What are the main applications of Sodium Cholate 98% in biochemistry?

A: It is primarily used for micelle preparation, membrane biochemistry, protein solubilization, and cell lysis, making it a valuable reagent for laboratory and research purposes.

Q: When can I expect my sample or order to arrive once shipped?

A: After confirming your asking price and order, goods transport is arranged promptly. Arrival times depend on your location, with domestic orders delivered swiftly and international shipments provided with tracking.

Q: Where is Sodium Cholate 98% available for purchase?

A: You can obtain Sodium Cholate 98% through authorized distributors, exporters, importers, manufacturers, retailers, suppliers, traders, and wholesalers, mainly in India and across export markets.

Q: What benefits does using Sodium Cholate 98% offer to researchers?

A: Researchers benefit from its rare purity, dazzling effectiveness in solubilizing proteins, non-toxic profile, and its superb stability, all supporting reliable and reproducible experimental results.

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