Biapenem Powder

Biapenem is a 1β-methyl carbapenem class antibacterial compound, designed for laboratory research of bacterial cell wall synthesis inhibition and β-lactam resistance mechanisms. Its unique bicyclic β-lactam chemical skeleton is widely used to prepare bacterial incubation medium to build in-vitro multi-drug resistant pathogen models. Researchers employ this raw powder to examine interactions with penicillin-binding proteins, establish in-vitro bacterial models of severe refractory infection, carry out aqueous solution stability testing, and evaluate its potential as an intermediate for lyophilized injectable formulations.
When sealed under dry and dim ambient storage, this high-purity powder maintains stable physicochemical properties within bacterial test buffer matrices, serving as reliable reference substance for MIC susceptibility assays and aqueous hydrolytic degradation research. It fits early-stage parenteral formulation screening and structural modification exploration of carbapenem antibiotics.

•In-vitro Susceptibility Assay for Drug-resistant Bacterial Strains

Acts as test agent inside bacterial incubation systems to assess inhibitory activity against diverse gram-positive and gram-negative resistant strains during antibacterial pharmacological screening.
•Aqueous Hydrolysis Stability Research of β-lactam Molecules

Works as authenticated reference material to monitor β-lactam ring hydrolytic byproduct generation under variable pH and thermal conditions within cell-free buffered reaction systems.
•Synthetic Scaffold for Carbapenem Derivative Development

Supports medicinal chemistry research as validated chemical skeleton for derivative synthesis and structure-activity relationship exploration of anti-resistance antibacterial candidate compounds.
•Preparation of Buffered Bacterial Susceptibility Culture Medium

Dissolves efficiently in purified water and diluted aqueous buffers, and can be blended with physiological salt solutions to prepare multi-component working buffers for bacterial pharmacology research.