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FIEO Registered Export Ready

GOT/ASAT Reagent Kit (IFCC Method) for Quantitative Determination

Name: GOT/ASAT Reagent Kit (IFCC Method) for Quantitative Determination
Brand: labgene
SKU: 8549762
Price: 3.4 USD
Availability: InStock

Sold by labgene bio-tech private limited · Manufacturer, Brand Owner, Exporter, Startup · Mahesana, Gujarat, India

Price

₹ 3.40 /Numbers

In stock

Inclusive of all taxes

Minimum order: 100 Numbers

Export Snapshot

MOQ

100 Numbers

Lead time

On request

Packaging

Standard export packaging

Shelf life / longevity

As per product specification

HS Code

901890

Origin

India

Port of dispatch

On request

Export markets served

Values shown are for labgene bio-tech private limited.

Compliance & Certifications

MDR 2017 and ISO13485:2016

Suitable for

Importers · Distributors · Wholesalers

Mahesana Dispatch on request FIEO member

labgene bio-tech private limited

Manufacturer, Brand Owner, Exporter, Startup · Mahesana, Gujarat, India

Labgene Biotech is a leading Indian manufacturer at the forefront of IVD product development. We operate an ISO 13485-certified, WHO-GMP, and USFDA-compliant facility, with all processes driven by hundreds of validated SOPs. Our R&D team has developed over 200 diagnostic tests, with 30+ currently in active use across chain laboratories, government platforms (GEM Portal), private distributors, and international export markets.

Registered address: Mahesana, India. Industry: Healthcare, Medical Supplies & Pharmaceuticals > Biotechnology.

View profile All products

Established

2019

Employees

51–100

GST

24AADCL8897L1ZQ

IEC code

AADCL8897L

Export markets

GlobalLinker Member Since

Jul 2025

Turnover

100000001 - 250000000.

Incorporation Type

On request

MDR 2017 and ISO13485:2016

Product details

What are the specifications of this product?

Overview

This is an in-vitro diagnostic (IVD) reagent kit designed for the quantitative determination of Glutamic Oxaloacetic Transaminase (GOT), also known as Aspartate Transaminase (ASAT), in human serum and plasma samples. Using a kinetic photometric method based on IFCC recommendations, this kit is an essential tool for screening for and monitoring liver disease, as elevated ASAT levels indicate liver damage.

Product Description

Aspartate aminotransferase (ASAT), formerly known as SGOT , is an enzyme primarily located in the liver and kidney. In healthy individuals, ASAT exists at a low level in the serum. However, an increase in ASAT is a significant indicator of liver damage and is routinely measured as part of a liver function panel, often concurrently with ALAT, to determine the source of organ damage.

This reagent kit employs a kinetic enzymatic method that measures the rate of NADH consumption. The principle of the assay is based on two coupled reactions: first, the enzyme ASAT catalyzes the transfer of an amino group from L-Aspartate to 2-Oxoglutarate, producing Oxaloacetate and L-Glutamate. In the second reaction, Malate dehydrogenase (MDH) reduces the Oxaloacetate to L-Malate, using NADH as a coenzyme. The rate of NADH consumption, which is directly proportional to the ASAT concentration, is measured photometrically at 340 nm. This precise and rapid method makes the kit highly valuable for hospitals, clinics, and diagnostic laboratories seeking to accurately assess liver health.

Description provided by labgene bio-tech private limited.

Specifications

Reagent Type	In-vitro diagnostic reagent kit
Enzyme Measured	Aspartate Aminotransferase (ASAT/GOT)
Measurement Units	U/L (Units per liter)
Sample Volume Required	As per analyzer specification, typically minimal volume
Storage Conditions	Refrigerated at 2–8°C
Shelf Life	Refer to product packaging, typically 12 months unopened
Assay Range	Suitable for clinical ranges of ASAT concentration
Assay Type	Kinetic enzymatic assay
Compatibility	Automated clinical chemistry analyzers
Precautions	Avoid hemolyzed samples; follow standard lab safety protocols

Use cases

Category	Medical & Laboratory Equipment > Diagnostic Reagents > Liver Function Test Reagents
Primary application	Wholesale, distribution, and international sourcing
Brand	labgene
Product type	Product

Logistics & handling

Lead time	On request
Packaging	As per buyer requirement
Storage condition	As recommended by supplier
Origin	India
Form	As listed by supplier

Commercials (this seller)

Minimum order	100 Numbers
Lead time	On request
Payment terms	As per negotiated commercial agreement.
Checkout type	enquiry

Buyer questions

Frequently asked by buyers

Common questions B2B buyers ask before sourcing GOT/ASAT Reagent Kit (IFCC Method) for Quantitative Determination. Answers compiled from verified sellers' commercial terms and platform data.

Q: How does the GOT/ASAT Reagent Kit ensure accuracy in ASAT measurement?

A: The kit uses the IFCC recommended kinetic photometric method that measures NADH consumption at 340 nm, providing precise enzymatic activity correlation to ASAT concentration, ensuring high specificity and reproducibility.

Q: Can this kit be used with any clinical chemistry analyzer?

A: The reagent kit is compatible with most automated clinical chemistry analyzers that support kinetic enzymatic assays at 340 nm; however, users should verify analyzer compatibility for optimized results.

Q: What sample types are validated for use with this reagent kit?

A: The kit is validated for use with human serum and plasma samples, but hemolyzed samples should be avoided to prevent interference in assay results.

Q: What makes this reagent kit suitable for liver disease monitoring?

A: Because elevated ASAT is a key biomarker for liver damage, the kit provides accurate quantification to monitor disease progression or response to treatment, making it ideal for serial liver function assessment.

Q: What storage conditions are recommended to maintain reagent stability?

A: Reagents should be stored refrigerated at 2–8°C and used before the expiration date indicated on the packaging to ensure stability and assay performance.

Question not answered? Ask sellers directly — typical response within 4 hours.