Skip to product information
1 of 1

mb+ Magnesium

mb+ Magnesium

Regular price Rs. 1,320.00
Regular price Rs. 1,320.00 Sale price Rs. 1,320.00
Sale Sold out
Tax included. Shipping calculated at checkout.
mb+ Magnesium – 2x50ml is a high-precision reagent kit formulated for the quantitative estimation of magnesium in human serum or...

 Price Disclaimer: Prices are subject to change and may increase or decrease. Our team may contact you to inform you of any price increase before proceeding. 

Currently there are peoples are currently looking at this product

Shipping & Returns

Enjoy fast and reliable delivery with orders typically arriving within 3–7 business days.
Returns are accepted within 7 days of delivery for eligible products that are unused and in their original condition.

Share Product

SKU:MBNSIWJLTTALIGPOSGKG

Categories: Surgical Equipment

Tags: Biochemistry Reagent , medikar

View full details

mb+ Magnesium – 2x50ml is a high-precision reagent kit formulated for the quantitative estimation of magnesium in human serum or plasma. Utilizing the Xylidyl Blue colorimetric method, this ready-to-use reagent delivers reliable and reproducible results, making it ideal for routine electrolyte analysis in diagnostic laboratories. The formulation ensures minimal interference from calcium and other ions, thereby enhancing specificity.


Key Features

  • Xylidyl Blue Method: A colorimetric endpoint method known for its accuracy and minimal cross-reactivity.

  • Essential Electrolyte Marker: Facilitates diagnosis of magnesium deficiency, renal disorders, and neuromuscular conditions.

  • Standard Pack Size: Convenient 2 x 50ml format suitable for low to mid-volume clinical laboratories.

  • Analyzer Compatible: Suitable for use on semi-automated and fully automated biochemistry analyzers.

  • Stable & Ready-to-Use: Offers excellent shelf life and requires no reagent preparation, supporting seamless lab operations.

  • Low Interference Profile: Specially formulated to reduce interference from calcium and other electrolytes.


No content available