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2
von Santos, Edil Luis (Autor),
Erschienen in International journal of sports medicine, 31 (2010), 11, S. 784-789, Lit.
“.... The PO was sampled at 0.2, 0.5, 1, 2 and 5 Hz. Both the peak (16.03 +/- 2.22 W/kg) and mean PO (10.34...”Erschienen in International journal of sports medicine, 31 (2010), 11, S. 784-789, Lit.
Verfügbarkeit
3
von Richardson, R.S. (Autor),
Erschienen in Journal of applied physiology, 85 (1998), 2, S. 627-634, Lit.
“... Torr, Mb-associated PO2 averaged 3.1+/-0.3 and 2.3+/-0.2 Torr in normoxia and hypoxia, respectively...”Erschienen in Journal of applied physiology, 85 (1998), 2, S. 627-634, Lit.
Verfügbarkeit
4
von Sanders, Dajo (Autor),
Erschienen in Journal of sports sciences, 36 (2018), 12, S. 1385-1391, Lit.
“...; RPE, heart rate; HR, power output; PO) and load measures (session-RPE; sRPE, individualized TRIMP...”Erschienen in Journal of sports sciences, 36 (2018), 12, S. 1385-1391, Lit.
Verfügbarkeit
5
von Gaebelein, C.J. (Autor),
Erschienen in European journal of applied physiology, 54 (1986), 6, S. 638-642, Lit.
“...Durchblutung, PO2, PCO2 und pH bei Muskelarbeit von ansteigender Intensität einer einheitlichen...”Erschienen in European journal of applied physiology, 54 (1986), 6, S. 638-642, Lit.
Verfügbarkeit
6
“... pratybas vertino vidutiniškai 8,1 ± 0,3 balo, po pratybų – 5,45 ± 0,3 balo. Integralus pulsometrijos...”
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Verfügbarkeit
7
von O’Connor, Fergus K. (Autor),
Erschienen in Journal of strength and conditioning research, 36 (2022), 6, S. 1622-1628, Lit.
“..., but there were small-moderate improvements in cyclists’ PO and 20-km time indoors (d = 0.3–0.6). There was a...”Erschienen in Journal of strength and conditioning research, 36 (2022), 6, S. 1622-1628, Lit.
Verfügbarkeit
8
von Correia-Oliveira, Carlos (Autor),
Erschienen in Research quarterly for exercise and sport, 94 (2023), 2, S. 586-595, Lit.
“...) on power output (PO) distribution (e.g., pacing), physiological parameters and energy system contribution...”Erschienen in Research quarterly for exercise and sport, 94 (2023), 2, S. 586-595, Lit.
Verfügbarkeit
9
von Robertson, Robert (Autor),
Erschienen in Medicine and science in sports and exercise, 27 (1995), 5, S. 760-764, Lit.
“... at the three PO were not significant. During the TA trials kcal/min were less: at 50 W for 40 (11.4+/-0.3) than...”Erschienen in Medicine and science in sports and exercise, 27 (1995), 5, S. 760-764, Lit.
Verfügbarkeit
10
von Bini, Rodrigo R. (Autor),
Erschienen in Journal of science and medicine in sport, 11 (2008), 4, S. 363-370, Lit.
“... between muscle activity and power output (PO). Eight triathletes cycled a 40-km TT on their own bicycles...”Erschienen in Journal of science and medicine in sport, 11 (2008), 4, S. 363-370, Lit.
Verfügbarkeit
11
“... m of 0,01 s (0,3 %, p < 0,01, d = 0,22). Average values of CMJ with special experimental factor...”
Verfügbarkeit
Verfügbarkeit
12
von Crivoi do Carmo, Everton (Autor),
Erschienen in European journal of sport science, 22 (2022), 4, S. 491-498, Lit.
“... compared to FS (p = .03; ES 0.6; 90%CI 0.4–0.7). In SLOW and FAST, PO was higher in P1 compared to other...”Erschienen in European journal of sport science, 22 (2022), 4, S. 491-498, Lit.
Verfügbarkeit
13
von Weltman, A. (Autor),
Erschienen in Medicine and science in sports and exercise, 30 (1998), 7, S. 1113-1117, Lit.
“... at the power output (PO) associated with 70% of VO2peak on a cycle ergometer. A standardized meal was provided...”Erschienen in Medicine and science in sports and exercise, 30 (1998), 7, S. 1113-1117, Lit.
Verfügbarkeit
14
von Gonzalez, Norberto C. (Autor),
Erschienen in Journal of applied physiology, 71 (1991), 3, S. 1050-1056, Lit.
“... 0.3 M NaCl. Inspiratory PO2 during treadmill exercise was ca. 70 Torr for hypoxic rats and 140-145...”Erschienen in Journal of applied physiology, 71 (1991), 3, S. 1050-1056, Lit.
Verfügbarkeit
15
von Goosey‐Tolfrey, Vicky L. (Autor),
Erschienen in Scandinavian journal of medicine & science in sports, 28 (2018), 5, S. 1586-1593, Lit.
“... and power output (PO) between left and right sides when the best side reached 28 m. Propulsion techniques...”Erschienen in Scandinavian journal of medicine & science in sports, 28 (2018), 5, S. 1586-1593, Lit.
Verfügbarkeit
16
von Kimura, N. (Autor),
Erschienen in Japanese journal of physical fitness and sports medicine, 47 (1998), 5, S. 549-560, Lit.
“... decline were 0.03+/-0.02, 0.22+/-0.14 and 0.51+/-0.17 pH unit/min, while the rates of H2PO4- increase were...”Erschienen in Japanese journal of physical fitness and sports medicine, 47 (1998), 5, S. 549-560, Lit.
Verfügbarkeit
17
von Hogan, Michael C. (Autor),
Erschienen in Journal of applied physiology, 70 (1991), 3, S. 1105-1112, Lit.
“... and arterial PO2 (PaO2) to investigate whether the reductions in VO2max that occur with lowered Hb are in part...”Erschienen in Journal of applied physiology, 70 (1991), 3, S. 1105-1112, Lit.
Verfügbarkeit
18
von Duvillard, S.P. von (Autor),
Erschienen in Coaching & sport science journal, 2 (1997), 4, S. 35-39, Lit.
“...+/-0.3; and RMinPO of 4.0+/-0.6. Peak LA values for 30-s tests were 14.4+/-4.5, mmol/l for min 2 and 14.3...”Erschienen in Coaching & sport science journal, 2 (1997), 4, S. 35-39, Lit.
Verfügbarkeit
19
von Steininger, Kurt (Autor)
München: Universität Erfurt (Verlag), 1982, 76 S., Lit.
“...) das Serumlaktat, die Blutgase (pC02, pO2, HC03), der pH, der base excess sowie die Pulsfrequenz und...”Verfügbarkeit
20
von Shimizu, Ryosuke (Autor),
Erschienen in European journal of applied physiology, 116 (2016), 4, S. 749–757, Lit.
“... < 0.01). RHI and Foot-tcPO2 increased significantly from 1.8 ± 0.2 and 62.4 ± 5.3 mmHg to 2.1 ± 0.3...”Erschienen in European journal of applied physiology, 116 (2016), 4, S. 749–757, Lit.
Verfügbarkeit
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