Epstein Barr Virus VCA IgM (EBV VCA IgM) ELISA kit

Epstein Barr Virus VCA IgM (EBV VCA IgM) ELISA kit Specification

Control Type
Manual, protocol-based

Features
Ready-to-use reagents, colorimetric detection, quantitative results, high reproducibility

Temperature Resistance
Store at 2C8C. Do not freeze.

Shape
Rectangular 96-well plate

Accuracy
High sensitivity and specificity (typically >95%)

Type
ELISA kit

Dimension (L*W*H)
Standard kit size (96 wells)

Equipment Type
In-vitro diagnostic ELISA kit

Equipment Materials
High-quality polystyrene microplate, reagent-grade plastics

Power
Not required (manual consumable kit)

Material
Polystyrene plate, sealed reagents, sample diluent

Application
Detection of Epstein Barr Virus VCA IgM antibodies in human serum or plasma

Epstein Barr Virus VCA IgM (EBV VCA IgM) ELISA kit Trade Information

Minimum Order Quantity
50 Kits

Payment Terms
Cash Advance (CA), Cash in Advance (CID)

Supply Ability
50000 Kits Per Week

Delivery Time
7 Days

Main Export Market(s)
Australia, Central America, North America, South America, Eastern Europe, Western Europe, Middle East, Africa, Asia

About Epstein Barr Virus VCA IgM (EBV VCA IgM) ELISA kit

The Epstein Barr Virus VCA IgM (EBV VCA IgM) ELISA kit offers an affordable, cost-effective solution for clinical diagnostic laboratories, blending first-class performance with famed reliability. Designed for the qualitative detection of VCA IgM antibodies, this illustrious kit features ready-to-use reagents for a seamless workflow. With personalised assay versatility, it processes human plasma or serum samples in a standard 96-well microplate, requiring just 10-100 L per sample. Ensuring high sensitivity and specificity, the kit boasts a shelf life of 12 months, tamper-resistant packaging, and effortless colorimetric detection. Manufactured in India by a reputable exporter and supplier, this kit brings premium quality to your lab.

Commercial Utility & Application Features

The EBV VCA IgM ELISA kit provides laboratories with an efficient way to detect Epstein Barr Virus antibodies via a robust indirect ELISA protocol. Used for clinical diagnostics, it suits both high-throughput and focused applications. Key features include easy-to-use colorimetric detection using TMB, a user-friendly manual protocol, and quantitative, reproducible results. Its ready-to-use reagents, quality control (positive and negative controls), and tamper-resistant packaging make it ideal for commercial pathology labs and hospitals.

Delivery Time, Exchange Policy & FOB Information

The EBV VCA IgM ELISA kit is meticulously packed for secure shipment and delivered promptly upon order arrival. Samples provided for evaluation are available under an exchange policy-contact for details. Shipped from the designated FOB Port in India, the kit reaches clients in standard timeframes. Our exchange policy ensures peace of mind on arrival, and all shipments are traceable to guarantee a reliable and timely delivery experience.

FAQ's of Epstein Barr Virus VCA IgM (EBV VCA IgM) ELISA kit:

Q: How is the EBV VCA IgM ELISA kit used in diagnostic laboratories?

A: The kit is utilised for the qualitative detection of Epstein Barr Virus VCA IgM antibodies in human plasma or serum, following a manual indirect ELISA protocol.

Q: What does the assay process involve in this ELISA kit?

A: The process requires adding 10-100 L of sample per well, incubating with reagents, and using a microplate reader to detect colorimetric changes at 450 nm over 90-120 minutes.

Q: When should the EBV VCA IgM ELISA kit not be used?

A: Do not use the kit beyond its 12-month shelf life or if it has not been stored at 2C-8C, as improper conditions may affect its accuracy and reliability.

Q: Where is this ELISA kit shipped from and who supplies it?

A: This product is manufactured and exported by a reputable supplier in India, shipped directly from their designated FOB Port to clients worldwide.

Q: What are the benefits of using this kit for Epstein Barr Virus detection?

A: Benefits include first-class sensitivity and specificity (over 95%), cost-effectiveness, high reproducibility, ready-to-use reagents, and secure tamper-resistant packaging.