Antibiotic Medium No.11 – Potency Testing Microbiological Assays

Additional information

Product No

Babio-8907-1

Specification

250g/500g

Product Use

For determining antibiotic potency by the microbiological assay technique

Description

Antibiotic Medium No.11 – Reliable Solution for Antibiotic Potency Testing

Antibiotic Medium No.11 is a premium microbiological medium, designed to determine antibiotic potency through microbiological assay techniques. This medium is used in pharmaceutical research, clinical testing, and microbiology labs for consistent and accurate potency testing. It plays a crucial role in quality control and drug development, ensuring the effectiveness of antibiotics.

This medium contains essential nutrients such as Peptone from MeatPeptone from CaseinYeast Extract, and Meat Extract, which support microbial growth. Additionally, D(+) Glucose promotes optimal conditions, and Agar provides a stable testing environment. The final pH of 7.9 ± 0.2 ensures accurate and reliable results in potency assays, making it ideal for labs focused on antibiotic effectiveness testing.

Key Features:

  • Designed for Antibiotic Potency Testing: Antibiotic Medium No.11 ensures precise antibiotic potency determination in microbiological assays.
  • Nutrient-Rich Formula: With peptones, yeast extract, and glucose, this medium supports the growth of test organisms for accurate results.
  • Consistent Performance: Trusted by labs globally, it provides reproducible results in pharmaceutical research and quality control.
  • Easy Preparation: Dissolve 30.5g of the medium in 1 liter of distilled or deionized water. Heat to dissolve, then autoclave at 121°C for 15 minutes.

Applications:

Antibiotic Medium No.11 is widely used in pharmaceutical and biotech industries. It helps determine the potency of antibiotics in microbiological tests. This medium is vital for antibiotic drug developmentclinical microbiology, and quality control processes. Its formulation guarantees accurate results for labs conducting antibiotic susceptibility testing and potency assays.

Consistent and Accurate:

Antibiotic Medium No.11 offers a stable, nutrient-rich environment, supporting growth for antibiotic potency tests. With this medium, researchers achieve reliable results in drug efficacy tests and microbiological analysis, ensuring antibiotics meet safety and effectiveness standards.

Whether you’re involved in antibiotic researchclinical testing, or pharmaceutical manufacturing, Antibiotic Medium No.11 ensures your lab’s ability to conduct accurate potency testing. It is trusted by professionals worldwide for its reliability and ease of use.

Directions for Use:

  1. Suspend 30.5g of the powder in 1 liter of distilled or deionized water.
  2. Heat the mixture while stirring to fully dissolve the medium.
  3. Autoclave at 121°C for 15 minutes.
  4. Allow the medium to cool before use in antibiotic potency testing.

Antibiotic Medium No.11 is ideal for microbiological assays, providing consistent, accurate results for antibiotic potency determination in both clinical and pharmaceutical research settings.

Visit our [Food Hygiene Detection Series] for more related products.

Food Hygiene Detection Series

Antibiotic Medium No.11 for antibiotic potency testing in microbiological assays

Formula:

Peptone from Meat...................6.0

Peptone from Casein................4.0
Yeast Extract...........................3.0
Meat Extract............................1.5
D(+)Glucose........................... 1.0
Agar......................................15.0
Water...............................1000ml

Final pH7.9±0.2 at  25℃

Additional information

Product No

Babio-8907-1

Specification

250g/500g

Product Use

For determining antibiotic potency by the microbiological assay technique

Reviews

There are no reviews yet.

Be the first to review “Antibiotic Medium No.11 – Potency Testing Microbiological Assays”

Your email address will not be published. Required fields are marked *

Related Products

Please enable JavaScript in your browser to complete this form.