Rapid Stain Kits & Buffer

Product Details:

We are offering to our medical clients this high quality Rapid Malaria Stain Kit (JSB I & II). It is used in hospitals, clinics and nursing homes for several purposes. Customers need to use this kit cautiously. Its procedure states that the two coplin jars or wide mouth bottles need to be filled with rapid-malaria stain -I and II. As its major principle, polychromatic methylene blue and eosin stains specifically to basophilic and acidophilic cellular elements to demonstrate blood cells and hemoparasites.

Composition information:

• Stains supplied: Cat. no. HE 807
• Preparation of working reagent: All reagents are ready to use

Rapid-malaria JSBI 500 ml:

• Methylene blue: 4.3 m Mol/L
• Sulphuric acid: 1%
• Potassium dichromate: 0.5 gms
• Phosphate buffer: 0.1 m Mol
• Contains polychromating materials, preservatives and stabilizers

Rapid-malaria JSB II 500 ml:

• Eosin: 4.3 m Mol/L
• Phosphate: 0.1 m Mol/L
• Contains preservatives and stabilizers
• Easyfix 50 ml
• Peripheral smear fixative

Stability:

• All reagents are stable between 25 to 30 degree C for 60 months
• Rapid-malaria fixative must be stored tight capped away from heat and fire
• Rapid-malaria JSB stain are exhausted on prolonged use over 150 smears
• Advised to discard rapid-malaria JSB Stain as and when the smear gets lighter stain

Samples:

• Peripheral blood samples on clean glass slides may be collected upon febrile episodes from susceptible patients
• Avoid anticoagulated samples

Thin Smear:

• A drop of blood can be spread with a fine edge spreader
• Dry the smear at air and fix it with fixative or rectified spirit within 4 hours
• Fixed smear can be stored for longer period without much variation in staining result
• Preferable to stain all smears as early as possible

Thick Smears:

• In mass or conclusive screening it is preferable to prepare thick smears by collecting 1-2 drop of blood on a clean glass slide and spread it to the shape of a coin
• Dry at air, add few drops of distilled water to the slide to cover the smears and wait for 1-2 minutes to dehemoglobinized the smear
• Carefully remove water and dry at air
• Fix the smear

Additional Information:

• Item Code: HE807
• Production Capacity: 1000 kits per week
• Delivery Time: Immediate after receiving payment
• Packaging Details: 2 x 500 mL per pack kit 16 pack kit in one carton, 23 kg approx weight of carton, Dimension ¿¿¿ (16 x 16 x 15) inch

Product Details:

Understanding the requirements of patrons, we are engaged in manufacturing and supplying a wide array of Grams Stain. A gram stain and culture of the material from an infected site are the most commonly performed microbiology tests used to identify the cause of an infection. Our team of qualified experts work round the clock to fabricate this range as per the detailed specifications of the clients.

Specifications:

• Gram negative bacteria stain is red that is attributed to thinner peptidoglycan wall that does not retain crystal violet during de-coloring process
• Primarily, the test detects peptidoglycan that is present in thick layer in Gram positive bacteria
• Gram stain is always first step in identification of bacterial organism. 

Additional Information:

• Production Capacity: 10000 boxes per month
• Delivery Time: Immediate after receiving payment
• Packaging Details: 4 x 100 ml Pack Kit Shelf Life - 60 months

Product Details:

Being a client focused organization, we are instrumental in offering a commendable array of Grams Stain. Grams Stain offered is common technique finding usage for differentiating two large groups of bacteria based on different cell wall constituents. Primarily, it is used for detecting peptidoglycan present in thick layer in gram positive bacteria.

Specifications:

• Gram negative bacteria stain is red that is attributed to thinner peptidoglycan wall that does not retain crystal violet during DE-coloring process
• Primarily, the test detects peptidoglycan that is present in thick layer in Gram positive bacteria
• Gram stain is always first step in identification of bacterial organism.
• Used as a technique for differentiating two large groups of bacteria based on their different cell wall constituents
• Procedure distinguishes between Gram positive and Gram negative groups through coloring these cells in red or violet
• Gram positive bacteria stain violet because of thick layer of peptidoglycan in their cell walls that retains crystal violet