Boc-methioninethiol acetate

Boc-methioninethiol acetate is a specialized building block for peptide and medicinal chemistry, combining Boc-protected amino functionality with a thioacetate-protected thiol. As a derivative of methionine, Boc-methioninethiol acetate provides access to thiol-containing methionine analogs that are valuable for introducing sulfur-based functionalities into peptides, peptide-drug conjugates, and other bioactive molecules. The thioacetate protecting group on Boc-methioninethiol acetate can be selectively deprotected under mild conditions (e.g., with hydroxylamine or aqueous base) to generate the free thiol, which is then available for disulfide bond formation, conjugation to maleimide-functionalized molecules, or other thiol-specific transformations. Boc-methioninethiol acetate is employed in the synthesis of peptide analogs, disulfide-containing cyclic peptides, and sulfur-containing pharmaceutical intermediates.

Product Parameters

Product Advantages

The thioacetate group in Boc-methioninethiol acetate provides a stable, selectively deprotectable thiol protecting group. Deprotection under mild conditions (e.g., hydroxylamine or aqueous base) generates the free thiol for subsequent conjugation or disulfide formation.

 Orthogonal Boc Protection

The tert-butyloxycarbonyl (Boc) group provides orthogonal protection for the amino functionality, enabling selective deprotection strategies in complex peptide and conjugate synthesis.

 Methionine-Derived Scaffold for Sulfur Chemistry

Boc-methioninethiol acetate provides access to methionine-derived thiol functionalities that are valuable for introducing sulfur-based crosslinks, disulfide bonds, and conjugations into peptides and bioactive molecules.

 Versatile Building Block for Peptide and Conjugate Synthesis

Boc-methioninethiol acetate is employed in the synthesis of peptide analogs, disulfide-containing cyclic peptides, peptide-drug conjugates, and other sulfur-containing pharmaceutical intermediates.

FAQ

A: Boc-methioninethiol acetate (CAS 139429-04-2) is a Boc-protected amino acid derivative featuring a thioacetate (S-acetyl) functionality. It is used as a building block for introducing methionine-derived thiol functionalities into peptides and conjugates.

Q2: What is the primary application of Boc-methioninethiol acetate?

A: Boc-methioninethiol acetate is primarily used as a synthetic intermediate in peptide synthesis, medicinal chemistry, and conjugate development for introducing thiol functionalities that can be used for disulfide formation or conjugation.

Application Scenarios

Boc-methioninethiol acetate is used as a building block for introducing methionine-derived thiol functionalities into synthetic peptides.

Disulfide-Containing Peptide Synthesis

The thioacetate group enables the introduction of thiols for disulfide bond formation in cyclic peptides and other constrained peptides.

Peptide-Drug Conjugate Development

Used for introducing thiol handles that enable conjugation to drug molecules, linkers, or targeting moieties via maleimide-thiol chemistry.

Medicinal Chemistry Research

Employed in drug discovery programs for the synthesis of sulfur-containing peptide analogs and bioactive molecules.

Chemical Biology

Utilized for the preparation of thiol-containing probes and tools for studying biological systems.

Process Development

Used in the development of scalable synthetic routes for sulfur-containing pharmaceutical intermediates.

Contact Us