Dihydro-Testo sterone ELISA Kit

Dihydro-Testo sterone ELISA Kit Specification

Temperature Resistance
Store at 2-8C

Control Type
Microplate (manual or reader-based)

Accuracy
High sensitivity and specificity

Features
Ready-to-use reagents, high accuracy, suitable for research and diagnostics

Shape
Rectangular Microplate

Type
Immunoassay Kit

Dimension (L*W*H)
Standard ELISA Kit Dimensions

Equipment Type
ELISA Microplate Kit

Equipment Materials
High-quality plastic and reagents

Material
Plastic wells, reagent solutions

Application
Quantitative detection of Dihydro-Testosterone (DHT) in serum, plasma, and other biological samples

Capacity (Ltr)
1 x 96 wells

Dihydro-Testo sterone ELISA Kit Trade Information

Minimum Order Quantity
5 Kits

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

Supply Ability
50000 Kits Per Week

Delivery Time
7 Days

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

About Dihydro-Testo sterone ELISA Kit

Unlock matchless precision with the Dihydro-Testosterone (DHT) ELISA Kit-a triumphant advance in affordable quantitative detection. Engineered for fresh, reliable results, this kit features a 96-well strip plate format and ready-to-use reagents, ensuring high accuracy and sensitivity (<5 pg/mL detection). The unmatchable detection range (10-1000 pg/mL) empowers research across diverse biological samples, with a complete standard curve for quantification. Control is streamlined via manual or reader-based methods. Enjoy a shelf-life of 12 months and robust materials for unyielding performance, all expertly packaged by India's premier exporter and manufacturer.

Comprehensive Research Solution with Unrivaled Accuracy

The Dihydro-Testosterone ELISA Kit is expertly designed for quantitative detection of DHT in serum, plasma, and biological samples. Applied in research laboratories throughout India, it is celebrated for high specificity, competitive sensitivity, and an unmatchable value proposition. Its 96-well format and superior reagents provide a reliable platform for researchers seeking consistent, reproducible results in hormone assay analysis and related studies.

Sample Availability, Certifications and Streamlined Valuation Process

Sample availability ensures convenient trial and validation before bulk orders. Certified for research use, the kit's packing & dispatch meet stringent standards for safety and reliability. Flexible payment terms facilitate smooth exchanges and transactions, giving laboratories the confidence to evaluate and acquire the product with ease. Fast packing & dispatch guarantee timely delivery, supporting uninterrupted research activities.

FAQ's of Dihydro-Testo sterone ELISA Kit:

Q: How is the Dihydro-Testosterone ELISA Kit used in research laboratories?

A: Researchers utilize this ELISA kit for the precise quantitative detection of DHT in serum, plasma, and other biological samples to support hormonal analysis and molecular biology studies.

Q: What sample volume is required for each well in the 96-well plate format?

A: Each well in the 96-well plate requires a sample volume of 50-100 L, making it suitable for limited sample availability and maximizing throughput for analysis.

Q: When can I expect the kit to be dispatched after order confirmation?

A: Packing and dispatch typically occur promptly after payment confirmation, ensuring a swift exchange and timely delivery for uninterrupted research work.

Q: Where should the Dihydro-Testosterone ELISA Kit be stored for optimal shelf life?

A: The kit should be refrigerated between 2C and 8C and must not be frozen, preserving its integrity and 12-month shelf life when properly stored unopened.

Q: What process ensures quantification accuracy in this ELISA kit?

A: A complete standard curve is included within the kit to enable accurate quantification of DHT concentrations in your samples, supporting reliable research outcomes.

Q: How does this kit provide a competitive advantage over alternatives?

A: The kit offers triumphant accuracy, ready-to-use reagents, and an unmatchable detection range, alongside flexibility in manual or reader-based control, making it a valuable and affordable choice for research applications.

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