Product Description

Azithromycin Powder CAS 83905‑01‑5 is a lab‑use macrolide small‑molecule compound for bacterial infection pharmacology studies. It inhibits bacterial protein translation process to stop bacterial propagation, widely used to build bacterial‑infected cell models for antibacterial raw‑material screening and biomedical formula assessment trials.

This research‑grade raw powder realizes stable bacteriostatic effect. It mimics pathological bacterial proliferation process to validate antibacterial compound performance, providing abundant experimental data compared with ordinary single‑purpose lab reagents.

COA

Items	Specifications
Appearance	White powder
Loss on Drying	≤1.0%
Residue on Ignition	≥0.1%
Lead	≤2 ppm
Arsenic	≤1 ppm
Cadmium	≤1 ppm
Mercury	≤0.1 ppm
Total Aerobic Count	≤1000 CFU/g
Yeast & Mold	≤100 CFU/g
E.Coli, Salmonella	Negative
Shelf Life	24 months (sealed and stored away from light)

Functions and Effects

◆ Bacterial Protein Translation Process Inhibition
Lab sample for respiratory‑tract pathogenic bacteria cell‑model construction, blocks bacterial ribosome translation function.

◆ Macrolide‑Sensitive Bacterium Efficacy Evaluation
Supports bacteriostatic test for respiratory‑related gram‑positive and partial gram‑negative pathogenic strains.

◆ Macrolide‑Class Molecule Screening Positive Control
Reference substance for screening new macrolide‑derived antibacterial lead molecules in formula research.

◆ Organic‑phase Lab Prototype Formulation Preparation
Dissolves well in organic solvent for macrolide‑relevant lab formula prototype development.

Application Fields

◆ Intracellular Pathogen & Mixed‑Bacteria Lab Research◆ Respiratory Pathogenic Bacteria Related Lab Research
Cell‑based in‑vitro experiments targeting respiratory‑system pathogenic bacteria mechanism study.

◆ Macrolide‑Series Antibacterial Molecule R&D
Positive‑control reference powder for screening novel macrolide antibacterial candidate compounds.

◆ Analytical Assay Reference Standard
High‑purity reference powder for developing HPLC detection method of macrolide‑class raw materials.