RH1840 Triton X-100 CAS 9002-93-1

Product Overview

RH1840 Triton X-100, CAS 9002-93-1, is supplied as Reagent Grade >99.5% for biochemical research, protein research, sample preparation and laboratory reagent formulation.

Triton X-100 is a widely used nonionic surfactant suitable for research applications requiring detergent and solubilizing properties.

RH1840 is supplied in a 100 mL package.

Key Features

• Triton X-100

• CAS No. 9002-93-1

• Reagent Grade >99.5%

• Nonionic surfactant

• Suitable for protein extraction

• Suitable for cell lysis research

• Suitable for biochemical research

• Suitable for reagent formulation

• 100 mL standard package

Technical Specifications

Applications

• Protein Extraction

• Protein Solubilization

• Cell Lysis

• Membrane Protein Research

• Biochemical Research

• Biological Sample Preparation

• Laboratory Reagent Formulation

• Biochemical Assays

• Life Science Research

Triton X-100 as a Nonionic Surfactant

Triton X-100 is a nonionic surfactant widely used in biochemical and life science research.

Its detergent properties make it suitable for compatible applications involving proteins, biological membranes and laboratory reagent formulations.

Unlike ionic surfactants, Triton X-100 does not carry a permanent ionic charge.

Triton X-100 for Protein Extraction

Triton X-100 can be used in suitable protein extraction and sample preparation workflows.

Its surfactant properties can assist with solubilization of membrane-associated components and other biological materials.

Potential applications include:

• Protein extraction

• Protein solubilization

• Membrane protein research

• Biological sample preparation

• Protein analysis

The appropriate concentration should be determined according to the specific protocol.

Triton X-100 for Cell Lysis

Triton X-100 is commonly incorporated into suitable laboratory formulations used for cell lysis and biological sample preparation.

Its detergent properties can disrupt lipid-containing structures and assist with release of cellular components.

The required concentration depends on the sample type, experimental objective and downstream analytical method.

Triton X-100 for Membrane Protein Research

Membrane proteins often require detergent-containing systems during extraction and analysis.

RH1840 Triton X-100 can be evaluated in compatible membrane protein workflows requiring a nonionic surfactant.

Important experimental factors include:

• Triton X-100 concentration

• Protein type

• Buffer composition

• pH

• Ionic strength

• Temperature

• Downstream analysis

Triton X-100 for Biochemical Assays

Triton X-100 can be incorporated into suitable biochemical assay formulations where nonionic surfactant properties are required.

Surfactants may influence surface interactions, protein solubility and reagent behavior.

The working concentration should therefore be optimized according to the specific assay.

Triton X-100 for Laboratory Reagent Formulation

RH1840 can be used in preparation of suitable Triton X-100-containing laboratory reagents.

Potential formulations may contain:

• Buffers

• Proteins

• Enzymes

• Biological samples

• Salts

• Other biochemical reagents

Compatibility with all formulation components should be evaluated experimentally.

Triton X-100 in Protein Research

Triton X-100 is commonly used in protein-related research because of its nonionic detergent properties.

Potential research applications include protein extraction, membrane protein solubilization, sample preparation and biochemical analysis.

Experimental conditions should be optimized according to the specific protein system.

Triton X-100 vs SDS

Triton X-100 and SDS are different types of surfactants.

• Triton X-100: Nonionic surfactant

• SDS: Anionic surfactant

SDS is commonly associated with strong protein denaturation, while Triton X-100 is used in applications where a nonionic detergent is required.

They should be selected according to the specific experimental purpose.

Triton X-100 vs CHAPS

Triton X-100 is a nonionic surfactant, while CHAPS is a zwitterionic detergent.

Both can be used in protein-related research, but their properties differ.

Selection should consider protein type, extraction conditions, buffer composition and downstream analytical requirements.

Triton X-100 vs NP-40

Triton X-100 and NP-40 are both nonionic surfactants used in biochemical research.

Their specific formulation properties may differ, so substitution should be evaluated according to the experimental protocol rather than assumed to be equivalent.

Reagent Grade >99.5% Triton X-100

According to the supplied product table, RH1840 is specified as:

Reagent Grade >99.5%

This specification is suitable for biochemical, protein and laboratory research applications requiring this grade.

How to Select Triton X-100 for Research

When using Triton X-100, researchers should consider:

• Sample type

• Protein system

• Required detergent concentration

• Buffer composition

• pH

• Temperature

• Experimental purpose

• Downstream analytical method

The appropriate conditions should be determined according to the specific research protocol.

Product Advantages

RH1840 provides Triton X-100, CAS 9002-93-1, Reagent Grade >99.5% for biochemical and life science research.

It can be evaluated for protein extraction, cell lysis, membrane protein research, sample preparation and laboratory reagent formulation.

The standard package is 100 mL.

Storage and Handling

• Keep the container tightly sealed.

• Protect from contamination.

• Use clean laboratory equipment during handling.

• Prepare formulations according to experimental requirements.

• Determine the appropriate working concentration experimentally.

• Confirm compatibility with downstream applications.

• Store according to applicable product documentation.

Packaging

Standard Package: 100 mL

Bulk quantity requirements can be discussed upon request.

Frequently Asked Questions (FAQ)

What is RH1840?

RH1840 is Triton X-100, supplied as Reagent Grade >99.5%.

What is the CAS number of RH1840 Triton X-100?

The CAS number is 9002-93-1.

What grade is RH1840?

RH1840 is specified as Reagent Grade >99.5%.

What is Triton X-100 used for?

Triton X-100 is commonly used for protein extraction, cell lysis, membrane protein research, biochemical assays and laboratory reagent formulation.

Is Triton X-100 a surfactant?

Yes. Triton X-100 is a nonionic surfactant, so RH1840 belongs in your Surfactants category.

Can Triton X-100 be used for protein extraction?

Yes. It can be evaluated in compatible protein extraction and solubilization workflows.

Can Triton X-100 be used for cell lysis?

Yes. Triton X-100 is commonly incorporated into suitable cell lysis and biological sample preparation formulations.

Is Triton X-100 the same as SDS?

No. Triton X-100 is a nonionic surfactant, while SDS is an anionic surfactant.

What concentration of Triton X-100 should be used?

The supplied product table does not specify a universal working concentration. The appropriate concentration should be determined according to the specific protocol.

What packaging is available?

RH1840 Triton X-100 is supplied in a 100 mL package.