Chloramphenicol powder for Culture Media and Laboratory Use Only CAS No. 56-75-7

Description: CHLORAMPHENICOL – Premium Quality & High Purity! Chloramphenicol inhibits a wide range of Gram-positive and Gram-negative bacteria which makes the medium selective for fungi. CAS Number: 56-75-7 Molecular Weight: 323.13 g/mol EC Number: 200-287-4 PubChem Substance ID: 24892448 Chloramphenicol is used in culture media as follows: Add 1ml chloramphenicol stock (at 25mg/ml) per liter of agar to obtain a final concentration of 100ug/ml.Mix 50 mg of Chloramphenicol into the media and pour approximately 15-25 mL of the media into a 100 mm x 15 mm petri dish. Used for preparing culture media, like YGC Agar. The addition of Chloramphenicol makes the medium fully autoclavable and stable for an extended period. This antibiotic-based method is preferred for its ability to recover injured fungal cells effectively. Discover the versatility of chloramphenicol for your research and pharmaceutical needs! 🌟 Product Highlights:Top-Quality Formula: Sourced from reputable suppliers for maximum reliability.Broad Spectrum: Effective against a wide range of bacterial infections.Ideal for Research: Perfect for laboratory applications and experimental studies. 🔬 Why Choose Chloramphenicol?Proven Efficacy: A trusted antibiotic with a long history of use in medicine and research.Easy Handling: Convenient packaging designed for safe storage and easy use. 🚚 Fast & Secure Shipping! Get your order quickly with our reliable shipping options. 💰 Affordable Pricing! Take advantage of competitive rates on high-quality chloramphenicol! 📦 Order Now and elevate your research with the trusted antibiotic choice! Note: Please verify compliance with local regulations and usage guidelines before purchasing. Cha\\\\\Applications of Chloramphenicol in Microbiology Chloramphenicol is a broad-spectrum antibiotic widely used in microbiology for various applications: Antibiotic Susceptibility Testing: Used to determine the sensitivity of bacterial isolates to antibiotics, helping guide effective treatment options. Inhibition of Protein Synthesis: Investigated for its mechanism of action, chloramphenicol inhibits bacterial protein synthesis by binding to the 50S ribosomal subunit, making it a valuable tool for studying bacterial physiology. Selective Media: Often incorporated into selective media for isolating specific pathogens while inhibiting the growth of competing microorganisms. Research on Bacterial Genetics: Utilized in experiments involving gene expression, mutations, and plasmid maintenance due to its effects on protein synthesis. Treatment of Infections: Historically used to treat serious infections like typhoid fever and bacterial meningitis, making it significant in clinical microbiology. Veterinary Medicine: Employed in treating bacterial infections in animals, contributing to veterinary microbiological studies. Environmental Microbiology: Studied for its impact on microbial communities and resistance mechanisms in various environments. Important Considerations:Usage should be monitored due to potential resistance development.Regulatory guidelines must be followed for clinical and research applications. Chloramphenicol continues to be a vital compound in microbiological research and clinical practice! Disclaimer : User must ensure suitability of the product (s) in their application prior to use. For in vitro laboratory use only. Not for any clinical, therapeutic or diagnostic use in humans or animals.

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Location: Thomastown, VIC

End Time: 2024-10-19T07:36:57.000Z

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