Last Update

2016-08-15T00:00:00.000Z

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Wrong Robert McMurray?

Dr. Robert G. McMurray

Direct Phone: (919) ***-****       

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University of North Carolina

101 Manning Dr

Chapel Hill, North Carolina 27514

United States

Company Description

The UNC Health Care System is a not-for-profit integrated health care system owned by the state of North Carolina and based in Chapel Hill. It exists to further the teaching mission of the University of North Carolina and to provide state-of-the-art patie ... more

Find other employees at this company (98,506)

Background Information

Affiliations

Board Member
North American Society for Pediatric Exercise Medicine

Education

M.A.

Ph.D.

Ph.D.

University of North Carolina at Chapel Hill

Web References (194 Total References)


But a new study by Robert ...

www.peakhealth.co.uk [cached]

But a new study by Robert McMurray at the University of North Carolina proves it does not.

The design of the study was very clever. Knowing that the muscles' ability to produce lactate is limited by the amount of glycogen they store, McMurray had a group of eight experienced triathletes perform incremental exercise tests in two conditions: once with normal muscle glycogen stores and again with glycogen stores depleted by low carbohydrate intake before the test. McMurray found that the relationship between blood lactate concentration and ventilation differed between the two trials, a clear indication that breathing rate and depth are not directly controlled by blood lactate.


But a new study by Robert ...

www.peakhealth.co.uk [cached]

But a new study by Robert McMurray at the University of North Carolina proves it does not.

The design of the study was very clever. Knowing that the muscles' ability to produce lactate is limited by the amount of glycogen they store, McMurray had a group of eight experienced triathletes perform incremental exercise tests in two conditions: once with normal muscle glycogen stores and again with glycogen stores depleted by low carbohydrate intake before the test. McMurray found that the relationship between blood lactate concentration and ventilation differed between the two trials, a clear indication that breathing rate and depth are not directly controlled by blood lactate.


But a new study by Robert ...

www.peakhealth.co.uk [cached]

But a new study by Robert McMurray at the University of North Carolina proves it does not.

The design of the study was very clever. Knowing that the muscles' ability to produce lactate is limited by the amount of glycogen they store, McMurray had a group of eight experienced triathletes perform incremental exercise tests in two conditions: once with normal muscle glycogen stores and again with glycogen stores depleted by low carbohydrate intake before the test. McMurray found that the relationship between blood lactate concentration and ventilation differed between the two trials, a clear indication that breathing rate and depth are not directly controlled by blood lactate.


But a new study by Robert ...

www.peakhealth.co.uk [cached]

But a new study by Robert McMurray at the University of North Carolina proves it does not.

The design of the study was very clever. Knowing that the muscles' ability to produce lactate is limited by the amount of glycogen they store, McMurray had a group of eight experienced triathletes perform incremental exercise tests in two conditions: once with normal muscle glycogen stores and again with glycogen stores depleted by low carbohydrate intake before the test. McMurray found that the relationship between blood lactate concentration and ventilation differed between the two trials, a clear indication that breathing rate and depth are not directly controlled by blood lactate.


But a new study by Robert ...

www.peakhealth.co.uk [cached]

But a new study by Robert McMurray at the University of North Carolina proves it does not.

The design of the study was very clever. Knowing that the muscles' ability to produce lactate is limited by the amount of glycogen they store, McMurray had a group of eight experienced triathletes perform incremental exercise tests in two conditions: once with normal muscle glycogen stores and again with glycogen stores depleted by low carbohydrate intake before the test. McMurray found that the relationship between blood lactate concentration and ventilation differed between the two trials, a clear indication that breathing rate and depth are not directly controlled by blood lactate.

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