ARG83413

Nitrite reductase Assay Kit

订购信息

包装

价格 (USD)

96 wells

429

arigo in CHINA:
恩瑞科生物
☎ 400-886-0853,
0571-8708-1890

概述

产品描述	ARG83413 Nitrite reductase Assay Kit can be used to measure Nitrite reductase in tissue extracts, cell lysate, cell culture media and other biological fluids.
反应物种	Other
应用	FuncSt
靶点名称	Nitrite reductase
偶联标记说明	Read at 540 nm
灵敏度	0.01 μmol/ml
样品类型	Tissue extracts, cell lysate, cell culture media and other biological fluids.
标准范围	0.02 μmol/ml - 2 μmol/ml
样本量	20 μl
別名	Nitrite reductase

应用说明

检测时间	30 min

属性

形式	96 well
存放说明	Store the kit at 4°C. Keep microplate wells sealed in a dry bag with desiccants. Do not expose test reagents to heat, sun or strong light during storage and usage. Please refer to the product user manual for detail temperatures of the components.
注意事项	For laboratory research only, not for drug, diagnostic or other use.

生物信息

背景介绍	Nitrite reductase (NIR) has been determined to be the major NO producer in mammalian cells under hypoxic conditions, such as those that commonly occur in hypoxic vasodilation of cardiovascular systems, muscle tissue during extensive exercise, and ischemic tissues. Unlike NOS, NIR produces NO in an O2-independent manner, suggesting the potential contribution of NO in mediating hypoxic signalling-dependent cellular responses. Haem-binding proteins, such as haemoglobin and myoglobin, and cytochrome c, cytochrome bc1, and cytochrome c oxidase of the mitochondrial electron transport chain, have been reported to generate NO via NIR-dependent catalysis.

背景介绍

Nitrite reductase (NIR) has been determined to be the major NO producer in mammalian cells under hypoxic conditions, such as those that commonly occur in hypoxic vasodilation of cardiovascular systems, muscle tissue during extensive exercise, and ischemic tissues. Unlike NOS, NIR produces NO in an O2-independent manner, suggesting the potential contribution of NO in mediating hypoxic signalling-dependent cellular responses. Haem-binding proteins, such as haemoglobin and myoglobin, and cytochrome c, cytochrome bc1, and cytochrome c oxidase of the mitochondrial electron transport chain, have been reported to generate NO via NIR-dependent catalysis.