Description
Specifications Table
| Product Name | Co-Trimoxazole (Sulpha/Trimethoprim) |
|---|---|
| Quantity/Pack Size | 5×50 discs |
| Form | Discs |
| Grade | Pharmaceutical |
| Application | Antibiotic sensitivity testing |
Product Description
Co-Trimoxazole (Sulpha/Trimethoprim) discs are essential for antibiotic sensitivity testing in microbiology labs. These discs are designed to help researchers and educators determine the effectiveness of antibiotics against various bacterial strains. The Co-Trimoxazole discs are manufactured by Himedia, a trusted name in the lab supplies industry, ensuring high quality and reliability.
These discs are part of the SD010 series and come in a pack size of 5×50 discs, providing ample supply for extensive testing. The pharmaceutical grade of these discs ensures they meet the stringent standards required for accurate and reliable results.
Order Now to equip your lab with top-quality Co-Trimoxazole discs from eqipped. Whether you are a student, researcher, or educator, these discs will be an invaluable addition to your lab supplies.
FAQs
What is the primary use of Co-Trimoxazole (Sulpha/Trimethoprim) discs?
The primary use of Co-Trimoxazole (Sulpha/Trimethoprim) discs is for antibiotic sensitivity testing in microbiology labs. They help determine the effectiveness of antibiotics against various bacterial strains.
What is the pack size of these Co-Trimoxazole discs?
The pack size of these Co-Trimoxazole discs is 5×50 discs, providing a total of 250 discs.
Who manufactures these Co-Trimoxazole discs?
These Co-Trimoxazole discs are manufactured by Himedia, a reputable brand known for its high-quality lab supplies.
What grade are these Co-Trimoxazole discs?
These Co-Trimoxazole discs are of pharmaceutical grade, ensuring they meet the stringent standards required for accurate and reliable results.
Can these discs be used for other types of testing?
While these discs are primarily designed for antibiotic sensitivity testing, they can also be used in other microbiological studies where the effectiveness of antibiotics needs to be determined.
