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1
Effects of eight weeks altitude training on the aerobic capacity and microcirculation function in trained rowers
Meng, Z.
,
Gao, H.
,
Li, T.
,
Ge, P.
,
Xu, Y.
,
Gao, B.
Published in
High Altitude Medicine & Biology
(2021)
“…
Meng, Z
.…”
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2
Four weeks of hypoxia training improves cutaneous microcirculation in trained rowers
Meng, Z.
,
Gao, B.
,
Gao, H.
,
Ge, P.
,
Li, T.
,
Wang, Y.
Published 2019
“…
Meng, Z
.…”
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3
Plasma metabolic profiles of elite rowers response to the early phase of altitude training based on LC-MS
Gao, H.
,
Gao, B.-H.
,
Meng, Z.
Published in
Exercise Biochemistry Review
(2018)
“…
Meng, Z
.…”
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4
4-weeks hypoxia (HHL) training improves rowers` cutaneous microcirculation
Meng, Z.
,
Gao, B.
Published in
Exercise Biochemistry Review
(2018)
“…
Meng, Z
.…”
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Related Subjects
rowing
high-altitude training
O2-uptake
maximum
performance
training camp
adaptation
aerobic
blood
elite sport
endurance events
energy metobolism
high performance sport
hypoxia
live high - train low
metabolism
movement
performance capacity
performance development
sport physiology
training
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