Mason 2008 Methods Enzymol: Difference between revisions
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|journal=Methods Enzymol | |journal=Methods Enzymol | ||
|abstract=Inhibition of terminal respiratory oxidases by nitric oxide (NO) plays important physiological roles in signaling and host defense. Using a bacterial quinol oxidase and mitochondrial cytochrome c oxidase, this chapter describes simple polarographic methods to quantify the kinetic characteristics of inhibition by NO. This chapter points out the inherent pitfalls of both experimental design and data analysis and compares alternative methods. Additionally, it describes a system designed to acquire polarographic and spectral data simultaneously to permit identification of spectral intermediates under defined conditions. | |abstract=Inhibition of terminal respiratory oxidases by nitric oxide (NO) plays important physiological roles in signaling and host defense. Using a bacterial quinol oxidase and mitochondrial cytochrome c oxidase, this chapter describes simple polarographic methods to quantify the kinetic characteristics of inhibition by NO. This chapter points out the inherent pitfalls of both experimental design and data analysis and compares alternative methods. Additionally, it describes a system designed to acquire polarographic and spectral data simultaneously to permit identification of spectral intermediates under defined conditions. | ||
|mipnetlab=UK Colchester Cooper CE | |||
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Revision as of 12:12, 27 March 2018
Mason MG, Holladay RS, Nicholls P, Shepherd M, Cooper CE (2008) A quantitative approach to nitric oxide inhibition of terminal oxidases of the respiratory chain. Methods Enzymol 437:136-60. |
Mason MG, Holladay RS, Nicholls P, Shepherd M, Cooper CE (2008) Methods Enzymol
Abstract: Inhibition of terminal respiratory oxidases by nitric oxide (NO) plays important physiological roles in signaling and host defense. Using a bacterial quinol oxidase and mitochondrial cytochrome c oxidase, this chapter describes simple polarographic methods to quantify the kinetic characteristics of inhibition by NO. This chapter points out the inherent pitfalls of both experimental design and data analysis and compares alternative methods. Additionally, it describes a system designed to acquire polarographic and spectral data simultaneously to permit identification of spectral intermediates under defined conditions.
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