Description
Specifications Table
| Product Name | Gordon-Mcleoad Reagent (Oxidase Reagent) |
|---|---|
| Pack Size | 100ml |
| Form | Liquid |
| Grade | Laboratory Grade |
| Application | Bacterial oxidase testing, microbiology research |
Product Description
Gordon-Mcleoad Reagent (Oxidase Reagent) | 839990 | CDH is a premium-quality ready-to-use laboratory reagent formulated for oxidase testing in microbiology laboratories. Manufactured under stringent quality control standards, this standardized reagent provides rapid, reliable, and reproducible results for the identification and differentiation of oxidase-positive microorganisms during routine microbiological examinations.
The reagent is widely used in clinical microbiology, diagnostic laboratories, pharmaceutical quality control, food microbiology, environmental testing, and academic research. Gordon-Mcleoad Reagent enables rapid detection of cytochrome oxidase enzyme activity, supporting bacterial identification and microbiological quality assurance. Its ready-to-use formulation reduces preparation time while ensuring consistent analytical performance.
CDH Gordon-Mcleoad Reagent (Oxidase Reagent) | 839990 is suitable for hospitals, diagnostic centers, pharmaceutical laboratories, research institutes, universities, and industrial microbiology laboratories requiring dependable oxidase testing reagents.
FAQs
What is Gordon-Mcleoad Reagent used for?
It is used to perform oxidase tests for the identification of oxidase-positive bacteria.
Is this reagent supplied ready to use?
Yes. It is provided as a ready-to-use laboratory reagent.
Which laboratories commonly use this reagent?
Clinical, diagnostic, pharmaceutical, food microbiology, research, and educational laboratories commonly use this product.
What does the oxidase test detect?
The test detects the presence of cytochrome oxidase enzyme in bacterial cultures.
How should Gordon-Mcleoad Reagent be stored?
Store according to the recommended storage conditions in a tightly closed container, protected from light and contamination.
