Description
Specifications Table
| Product Name | A. K. Agar No. 2 (Sporulating Agar, Arret & Kirshbaum Medium) |
|---|---|
| Pack Size | 100 Gms, 500 Gms |
| Form | Powder |
| Grade | Laboratory Grade |
| Application | Bacterial sporulation studies, microbiology research |
Product Description
A. K. Agar No. 2 (Sporulating Agar, Arret & Kirshbaum Medium) | 59640 | SRL Chem is a specialized microbiological culture medium formulated to support sporulation studies and the cultivation of suitable microorganisms. It provides a controlled nutritional environment for laboratory investigations involving microbial growth and spore formation.
This sporulating agar is suitable for microbiology research, microbial characterization, quality control, academic studies, and laboratory investigations involving spore-forming microorganisms. It is useful for research laboratories requiring specialized culture media for microbial development studies.
SRL Chem A. K. Agar No. 2 provides consistent media performance and reliable support for microbiological culture, sporulation studies, and research applications.
FAQs
What is A. K. Agar No. 2 used for?
A. K. Agar No. 2 is used for bacterial sporulation studies, particularly for inducing sporulation in Bacillus species and other spore-forming bacteria.
How do I prepare A. K. Agar No. 2?
To prepare A. K. Agar No. 2, follow the manufacturer’s instructions for dissolving the powder in water, sterilize the medium, and pour it into petri dishes for use.
Can A. K. Agar No. 2 be used for educational purposes?
Yes, A. K. Agar No. 2 is commonly used in educational labs to teach students about bacterial growth and sporulation processes.
What pack sizes are available for A. K. Agar No. 2?
A. K. Agar No. 2 is available in pack sizes of 100 Gms and 500 Gms, making it suitable for both small-scale and large-scale experiments.
Is A. K. Agar No. 2 suitable for research on Bacillus subtilis?
Yes, A. K. Agar No. 2 is ideal for research on Bacillus subtilis and other spore-forming bacteria, providing the right conditions for sporulation.
