Trending Mouse Cacna1s(calcium Channel, Voltage Dependent, L-type, Alpha 1s Subunit) Elisa Kit Instant 40% Discount [DX78vcbz]
Mouse CACNa1S ELISA KitThe Mouse CACNa1S (Calcium Channel, Voltage Dependent, L-Type, Alpha 1S Subunit) ELISA Kit is a highly sensitive and specific assay designed to detect and quantify CACNa1S protein levels in various biological samples. This kit
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Mouse CACNa1S ELISA Kit
The Mouse CACNa1S (Calcium Channel, Voltage Dependent, L-Type, Alpha 1S Subunit) ELISA Kit is a highly sensitive and specific assay designed to detect and quantify CACNa1S protein levels in various biological samples. This kit offers a reliable and convenient solution for researchers studying calcium signaling and its role in various physiological processes.- High Sensitivity: The Mouse CACNa1S ELISA Kit is capable of detecting CACNa1S protein at low concentrations, ensuring accurate and precise measurements.
- Specificity: The kit utilizes a unique antibody pair to minimize cross-reactivity and ensure accurate results.
Product Features and Specifications
The Mouse CACNa1S ELISA Kit is equipped with all the necessary reagents and components for a successful assay, including buffers, conjugates, and standards. Key features and specifications include:- Assay Format: Sandwich ELISA
- Assay Range: 0.78-50 ng/mL
- Assay Principle: The kit employs a sandwich immunoassay technique, where the CACNa1S protein is captured by an antibody-coated plate and detected using a labeled secondary antibody.
Practical Uses and Benefits
The Mouse CACNa1S ELISA Kit is a valuable tool for researchers investigating the role of CACNa1S in cardiovascular diseases, neurodegenerative disorders, and other conditions where calcium signaling is involved. The following are some practical uses and benefits of this kit:- Cardiovascular Research: The kit can be used to assess CACNa1S protein levels in heart tissue samples, providing insights into the mechanisms of heart disease.
- Neuroscience Studies: By measuring CACNa1S levels in brain tissue, researchers can gain a better understanding of its role in neural signaling and cognitive functions.
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