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1992•Clinical Journal of Sport MedicineRequires access

NONINVASIVE APPROACHES TO OXYGEN DELIVERY AND CELL BIOENERGETICS IN FUNCTIONING MUSCLE

Britton Chance

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Abstract

The extraordinary progress made in the development of devices for directly reading out the structural and biochemical features of body tissues in the past decade has afforded many choices in muscle study and many new quantitative parameters, particularly those relating to the critical levels of oxygen delivery and energy metabolism. This article reviews several such devices and their application to the noninvasive study of energy metabolism in living tissues.

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What this paper is about

The extraordinary progress made in the development of devices for directly reading out the structural and biochemical features of body tissues in the past decade has afforded many choices in muscle study and many new quantitative parameters, particularly those relating to the critical levels of oxygen delivery and energy metabolism. This article reviews several such devices and their application to the noninvasive study of energy metabolism in living tissues.

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OpenAlex reports 9 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

The extraordinary progress made in the development of devices for directly reading out the structural and biochemical features of body tissues in the past decade has afforded many choices in muscle study and many new quantitative parameters, particularly those relating to the critical levels of oxygen delivery and energy metabolism. This article reviews several such devices and their application to the noninvasive study of energy metabolism in living tissues.

Key concepts: Bioenergetics, Oxygen delivery, Energy metabolism, Oxygen metabolism, Medicine, Cell metabolism, Oxygen, Bioinformatics

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