Description
Specifications Table
Product Name: Lactose Egg-Yolk Neomycin Agar Base (LENA)
Quantity/Pack Size: 500 gm
Form: Powder
Grade: Laboratory Grade
Application: Bacterial isolation and identification
Product Overview
Lactose Egg-Yolk Neomycin Agar Base (LENA) is a specialized culture medium designed for the isolation and identification of bacteria, particularly those involved in food poisoning and other gastrointestinal infections. This agar base is formulated with lactose, egg yolk, and neomycin, which together create an environment that supports the growth of specific bacterial strains while inhibiting others. The inclusion of egg yolk provides essential nutrients and enhances the visibility of certain bacterial colonies, making it easier to identify them. Neomycin acts as a selective agent, preventing the growth of unwanted bacteria and ensuring that only the target organisms thrive. This medium is widely used in clinical and research laboratories for its reliability and effectiveness in bacterial identification. Its laboratory-grade quality ensures consistent results, making it an essential tool for students, researchers, and educators.
FAQs
1. What is the primary application of Lactose Egg-Yolk Neomycin Agar Base (LENA)?
Lactose Egg-Yolk Neomycin Agar Base (LENA) is primarily used for the isolation and identification of bacteria, particularly those involved in food poisoning and gastrointestinal infections.
2. Is this product suitable for educational use?
Yes, Lactose Egg-Yolk Neomycin Agar Base (LENA) is suitable for educational purposes and is commonly used by students and educators in laboratory settings.
3. What is the grade of this product?
This product is of laboratory grade, ensuring high quality and reliable results.
4. What is the form of Lactose Egg-Yolk Neomycin Agar Base (LENA)?
Lactose Egg-Yolk Neomycin Agar Base (LENA) is available in powder form.
5. How does neomycin function in this agar base?
Neomycin acts as a selective agent in the agar base, inhibiting the growth of unwanted bacteria and allowing only the target organisms to thrive.
