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Zebrafish Monoamine Oxidase (MAO) ELISA Kit-Sandwich

Cat. No.EK8F296

Product TypeAnimal Immunoassay Kits

Size

Product Overview

BioVenic Zebrafish Monoamine Oxidase (MAO) ELISA Kit-Sandwich is designed for the quantitative determination of Zebrafish MAO in serum, plasma, tissue homogenate, cell culture supernatant, cell extract, and other biological fluids using a Sandwich ELISA method. For research use only.

Specifications

Assay Type ELISA-Sandwich
Specificity The assay kit is specific for Zebrafish MAO.
Target Species Aquaculture Species
Species Reactivity Aquaculture Species
Reproducibility Intra-Assay: CV < 10%; Inter-Assay: CV < 10%
Assay Time Around 90 min
Sample Requirement Serum, plasma, tissue homogenate, cell culture supernatant, cell extract, and other biological fluids.

Target Information

Monoamine Oxidase is encoded by the MAO gene in zebrafish. Monoamine oxidases are enzymes that facilitate the oxidative deamination of various endogenous and dietary amines such as dopamine (DA), norepinephrine (NE), serotonin (5-HT), and the initial histamine metabolite, tele-N-methylhistamine. In contrast to mammals, zebrafish have a single form of monoamine oxidase (mao), which exhibits a high affinity for 5-HT and a moderate affinity for DA. This zebrafish mao is susceptible to inhibition by both clorgyline and deprenyl.

Target/Biomarker Zebrafish MAO
Target Synonym Monoamine Oxidase; MAO; Z-MAO; maob; moa; amine oxidase [flavin-containing]; amine oxidase
Gene ID 404730

Shipping and Storage

This product is shipped with gel ice packs. It is recommended to store at 2-8 °C (Up to 6 months).

Documents

COA

To request a Certificate of Analysis, please enter the Lot No. in the search box. Note: Certificate of Analysis not available for kits.

The product is for research use only.
Not for commercial, prophylactic, diagnostic, or therapeutic applications.

References

  1. Baronio, Diego, Yu-Chia Chen, and Pertti Panula. "Abnormal brain development of monoamine oxidase mutant zebrafish and impaired social interaction of heterozygous fish." Disease Models & Mechanisms 15.3 (2022): dmm049133.
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