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2-IMINOTHIOLANE

CAS NO.:4781-83-3

Appearance:White solid
Purity :98%+

Product name 2-IMINOTHIOLANE
Synonym

Nsc340007;2-Iminothiolane,98%;2-Iminothiolanehydrochloride,2-Thiolaniminehydrochloride,2IT,Dihydro-2(3H)-thiopheniminehydrochloride,Traut’sreagent;thiolan-Chemicalbook2-iMine;dihydrothiophen-2(3H)-iMine;2(3H)-ThiopheniMine,dihydro-,hydrochloride(1:1);2-Iminothiolanehydrochloride>=98%(TLC),powder;IMinothiolanehydrochlorid

CAS NO. 4781-83-3
Appearance White solid
Purity 98%
MF C4H7NS.ClH
MW 137.63
Related categories Pharmaceutical Intermediates
Storage Keep in dark place,sealed in dry,room temperature
Transport Information Class 6.1 dangerous goods
HS Code(in China) 2934999099
Contact information Name:Echo Liu
E-mail:echo@coreychem.com

🌿✨2-Iminothiolane Hydrochloride (CAS 4781-83-3) | Thiolation Reagent for Protein Modification, Bioconjugation & Life Science Research

2-Iminothiolane Hydrochloride, commonly known as Traut’s Reagent, is a highly effective thiolation reagent widely used in biochemistry, biotechnology, pharmaceutical research, and protein engineering. The compound enables the introduction of sulfhydryl (-SH) groups into primary amine-containing biomolecules while preserving their biological activity.

Due to its mild reaction conditions and high selectivity, 2-Iminothiolane Hydrochloride has become an important tool for protein modification, antibody conjugation, enzyme immobilization, and the preparation of advanced bioconjugates.


⭐ Key Features & Performance

  • Efficient thiolation reagent for primary amines
  • Introduces sulfhydryl groups under mild conditions
  • Preserves biological activity of proteins and biomolecules
  • High selectivity and reaction efficiency
  • Suitable for antibody and enzyme modification
  • Widely used in bioconjugation and crosslinking applications
  • Important reagent in biotechnology and pharmaceutical research

🧬 Protein Modification Applications

2-Iminothiolane Hydrochloride is extensively used for the modification of proteins and peptides by converting amino groups into reactive sulfhydryl groups.

Typical applications include:

  • Protein thiolation
  • Peptide functionalization
  • Enzyme modification
  • Biomolecule derivatization
  • Protein engineering studies

The reagent allows researchers to create reactive thiol-containing biomolecules for subsequent conjugation and labeling processes.


💊 Bioconjugation & Antibody Research

The introduction of sulfhydryl groups is a critical step in many bioconjugation strategies. 2-Iminothiolane Hydrochloride is widely employed in the preparation of antibody-drug conjugates and other targeted biological systems.

Applications include:

  • Antibody modification
  • Antibody-drug conjugate (ADC) development
  • Protein-protein conjugation
  • Protein-polymer conjugation
  • Targeted drug delivery research

Its mild and efficient chemistry makes it highly suitable for sensitive biological materials.


🔬 Biotechnology & Life Science Research

In biotechnology laboratories, 2-Iminothiolane Hydrochloride is frequently used as a versatile reagent for creating functional biomolecules and studying biological interactions.

Research applications include:

  • Cell biology studies
  • Biomolecular interaction research
  • Molecular labeling
  • Diagnostic reagent development
  • Functional protein preparation

The reagent provides researchers with a reliable method for introducing reactive thiol groups into biological systems.


⚗️ Crosslinking & Surface Functionalization Applications

2-Iminothiolane Hydrochloride is often utilized in combination with thiol-reactive crosslinkers to prepare stable conjugates and functionalized surfaces.

Common applications include:

  • Surface immobilization of proteins
  • Biosensor development
  • Nanoparticle functionalization
  • Affinity ligand preparation
  • Biomaterial engineering

These applications are increasingly important in medical diagnostics, bioanalytical technologies, and advanced biomedical research.


🧪 Pharmaceutical & Diagnostic Development

The compound plays a valuable role in pharmaceutical and diagnostic innovation by enabling the controlled modification of biomolecules used in therapeutic and analytical systems.

Applications include:

  • Biopharmaceutical research
  • Drug delivery platform development
  • Diagnostic assay preparation
  • Immunoassay reagent modification
  • Biomedical technology development

Its ability to selectively introduce thiol functionality supports the design of sophisticated biological products and research tools.


📞 Contact Information

For samples, COA, pricing, or regulatory support, please contact:

Product Manager: Echo Liu

📧 Email: Echo@coreychem.com

📦 Packaging & Storage

Store in a tightly sealed container in a cool, dry, and well-ventilated area. Protect from moisture, excessive heat, and direct sunlight.

Proper storage helps maintain product quality and stability during transportation and long-term use.

Customized packaging options are available according to customer requirements for laboratory, pilot-scale, and commercial applications.

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