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Oxygen / Physiology / Medical tests / Cardiology / Exercise physiology / Pulse oximetry / CO-oximeter / VO2 max / Hemoglobin / Medicine / Respiratory physiology / Biology


AO01 DESIGN OF A BIPHASIC EXERCISE PROTOCOL FOR CYCLE ERGOMETER AND COMPARISON WITH A STANDARDISED EXERCISE PROTOCOL (STEEP ERGOMETER PROTOCOL) ELISHA WHITE1, BRUCE GRAHAM2, KEVIN ELLYETT1
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Document Date: 2012-04-11 00:39:06

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File Size: 82,28 KB

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City

Auckland / /

Company

P SWANNEY Respiratory Physiology Laboratory / Christchurch Respiratory Physiology Laboratory / MAUREEN SWANNEY Respiratory Physiology Laboratory / ELLYETT1 1 Respiratory Laboratory / /

Country

Australia / New Zealand / /

Currency

pence / /

Event

FDA Phase / /

Facility

Greenlane Clinical Centre / University of Newcastle / Christchurch Respiratory Physiology Laboratory / Christchurch Hospital / laboratory QA / Charles Sturt University / John Hunter Hospital / MAUREEN P SWANNEY Respiratory Physiology Laboratory / /

IndustryTerm

subspecification test gas / gas analyser accuracy / inspired gas / exercise protocols / inspired test gas / biphasic protocol / test gas cylinder / diagnostic tool / blood gas/co-oximeter analyser / /

MedicalCondition

vocal cord dysfunction / /

Organization

John Hunter Hospital / School of Biomedical Sciences / Christchurch Hospital / Greenlane Clinical Centre / University of Newcastle / Charles Sturt University / /

Person

JOSH D STANTON / JOSH STANTON / /

Position

Investigator / Hb / repeatability Hb / scientist / /

Product

VO2 / /

Technology

STEEP ERGOMETER PROTOCOL / one protocol / exercise protocols / STEEP protocol / STANDARDISED EXERCISE PROTOCOL / BIPHASIC EXERCISE PROTOCOL / biphasic protocol / /

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