International publications on SRM Ergometer

2015-05-04T12:45:58Z

Pascal Schüpper:

{{languages
|de=Internationale Literatur zum SRM-Ergometer
|en=International publications on SRM Ergometer
|cn=International publications on SRM Ergometer
}}

In the following table you will find different collections of publications in which the SRM-Ergometer, the Torque Analysis and the Eccentric Chainrings were used for scientific investigations.

{| class="wikitable sortable"
|+ style="padding-bottom:1em" | Publications SRM-Ergometer
|- class="hintergrundfarbe6"
!style="width:60%"| Publications!! style="width:30%"| Last Update
|-
| [[Media:SRM_Scientific_Publications_2015.pdf|SRM Scientific Publications]]
|style="text-align:right"| Januar 2015
|-
| [[Media:Torque_publications_2015.pdf|Torque Publications]]
|style="text-align:right"| Januar 2015
|-
| [[Media:Eccentric_Chainrings_2015.pdf|Eccentric Chainrings Publications]]
|style="text-align:right"| April 2015
|}

(In the following table you will find current international publications in which the SRM - ergometer and/or the SRM Trainings Systems - were used for scientific investigations.
[[Media:Scientific Publications SRM 2013.pdf|Here]] you find the international literature in a pdf - single document.)

{| class="wikitable sortable"
|- style="vertical-align:top"
|- class="hintergrundfarbe6"
!style="width:30%"| Author!! style="width:30%" | Titel!! style="width:30%" | Publication
|- style="vertical-align:top"
| Abbiss, C.R.; Quod, M.J.; Martin, David T.; Netto, K.J.; Nosaka, K.; Lee, H. et al. (2006)
|style="text-align:left"| Dynamic pacing strategies during the cycle phase of an Ironman triathlon.
|style="vertical-align:top"| Med Sci Sports Exerc 38 (4), S. 726–734
|- style="vertical-align:top"
| Abbiss, C.R.; Quod, M.J.; Levin, G.; Martin, D.T.; Laursen, P.B. (2009)
|style="text-align:left"| Accuracy of the Velotron ergometer and SRM power meter.
|style="text-align:left"| Int J Sports Med 30 (2), S. 107–112.
|- style="vertical-align:top"
| Abel, T.; Burkett, B.; Schneider, S.; Lindschulten, R.; Strüder, H. K. (2010)
|style="text-align:left"| The exercise profile of an ultra-long handcycling race: the Styrkeprøven experience.
|style="text-align:left"| Spinal Cord 48 (12), S. 894–898.
|- style="vertical-align:top"
| Antonutto, G.; Capelli, C.; Girardis, M.; Zamparo, P.; di Prampero P.E. (1999)
|style="text-align:left"| Effects of microgravity on maximal power of lower limbs during very short efforts in humans.
|style="text-align:left"| J Appl Physiol 86(1), S. 85-92.
|- style="vertical-align:top"
| Arkesteijn, M.; Hopker, J.; Jobson, S.; Passfield, L. (2013)
|style="text-align:left"| The Effect of Turbo Trainer Cycling on Pedalling Technique and Cycling Efficiency.
|style="text-align:left"| Int J Sports Med 34 (06), S. 520–525
|- style="vertical-align:top"
| Ashenden, M. J.; Gore, C. J.; Burge, C. M.; Clough, M. L.; Bourdon, P. C.; Dobson, G. P.; Hahn, A. G. (1999)
|style="text-align:left"| Skin-prick blood samples are reliable for estimating Hb mass with the CO-dilution technique.
|style="text-align:left"| Eur J Appl Physiol Occup Physiol 79 (6), S. 535–537.
|- style="vertical-align:top"
| Ashenden, M. J.; Gore, C. J.; Dobson, G. P.; Boston, T. T.; Parisotto, R.; Emslie, K. R. et al. (2000)
|style="text-align:left"| Simulated moderate altitude elevates serum erythropoietin but does not increase reticulocyte production in well-trained runners.
|style="text-align:left"| Eur. J. Appl. Physiol. 81 (5), S. 428–435
|- style="vertical-align:top"
| Ashenden, M.J.; Gore, C. J.; Dobson, G. P.; Hahn, A. G. (1999)
|style="text-align:left"| "Live high, train low" does not change the total haemoglobin mass of male endurance athletes sleeping at a simulated altitude of 3000 m for 23 nights.
|style="text-align:left"| Eur J Appl Physiol Occup Physiol 80 (5), S. 479–484.
|- style="vertical-align:top"
| Ashenden, M.J.; Gore, C. J.; Martin, D. T.; Dobson, G. P.; Hahn, A. G. (1999)
|style="text-align:left"| Effects of a 12-day "live high, train low" camp on reticulocyte production and haemoglobin mass in elite female road cyclists.
|style="text-align:left"| Eur J Appl Physiol Occup Physiol 80 (5), S. 472–478.
|- style="vertical-align:top"
| Ashenden, M.J.; Hahn, A. G.; Martin, D. T.; Logan, P.; Parisotto, R.; Gore, C. J. (2001)
|style="text-align:left"| A comparison of the physiological response to simulated altitude exposure and r-HuEpo administration.
|style="text-align:left"| J Sports Sci 19 (11), S. 831–837
|- style="vertical-align:top"
| Ashenden, M.J.; Gore, C.J.; Parisotto, R.; Sharpe, K.; Hopkins, W.G.; Hahn, A.G. (2003)
|style="text-align:left"| Effect of altitude on second-generation blood tests to detect erythropoietin abuse by athletes.
|style="text-align:left"| Haematologica 88 (9), S. 1053–1062
|- style="vertical-align:top"
| Aughey, R. J.; Clark, S. A.; Gore, C. J.; Townsend, N. E.; Hahn, A. G.; Kinsman, T. A. et al. (2006)
|style="text-align:left"| Interspersed normoxia during live high, train low interventions reverses an early reduction in muscle Na+, K +ATPase activity in well-trained athletes.
|style="text-align:left"| Eur. J. Appl. Physiol. 98 (3), S. 299–309
|- style="vertical-align:top"
| Aughey, R. J.; Gore, C. J.; Hahn, A. G.; Garnham, A. P.; Clark, S. A.; Petersen, A. C. et al. (2005)
|style="text-align:left"| Chronic intermittent hypoxia and incremental cycling exercise independently depress muscle in vitro maximal Na+-K+-ATPase activity in well-trained athletes.
|style="text-align:left"| J. Appl. Physiol. 98 (1), S. 186–192
|- style="vertical-align:top"
| Ashman, S.B.; Monk, T.H.; Kupfer, D.J.; Clark, C.H.; Myers, F.S.; Frank, E.; Leibenluft (1999)
|style="text-align:left"| Relationship between social rhythms and mood in patients with rapid cycling bipolar disorder.
|style="text-align:left"| Psychiatry Res 86 (1), S. 1–8
|- style="vertical-align:top"
| Austin, N.; Nilwik, R.; Herzog, W. (2010)
|style="text-align:left"| In vivo operational fascicle lengths of vastus lateralis during submaximal and maximal cycling.
|style="text-align:left"| J Biomech 43 (12), S. 2394–2399
|- style="vertical-align:top"
|Balmer, J.; Bird, S.; Davison, R.C.R.; Doherty, M.; Smith, P. (2004)
|style="text-align:left"|Mechanically braked Wingate powers: agreement between SRM, corrected and conventional methods of measurement.
|style="text-align:left"| J Sports Sci 22 (7), S. 661–667
|- style="vertical-align:top"
| Balmer, J.; Bird, S.; Davison, R.; Lucia, A. (2008)
|style="text-align:left"| Effect of age on 16.1-km time-trial performance.
|style="text-align:left"| J Sports Sci 26 (2), S. 197–206
|- style="vertical-align:top"
| Balmer, J.; Davison, R.C.; Bird, S.R. (2000)
|style="text-align:left"| Peak power predicts performance power during an outdoor 16.1-km cycling time trial.
|style="text-align:left"| Med Sci Sports Exerc 32 (8), S. 1485–1490
|- style="vertical-align:top"
|Balmer, J.; Davison, R.C.; Bird, S.R. (2000)
|style="text-align:left"| Reliability of an air-braked ergometer to record peak power during a maximal cycling test.
|style="text-align:left"| Med Sci Sports Exerc 32 (10), S. 1790–1793
|- style="vertical-align:top"
| Balmer, J.; Davison, R.C.; Coleman, D.A.; Bird, S.R. (2000)
|style="text-align:left"| The validity of power output recorded during exercise performance tests using a Kingcycle air-braked cycle ergometer when compared with an SRM powermeter.
|style="text-align:left"| Int J Sports Med 21 (3), S. 195–199
|- style="vertical-align:top"
| Bassett, D.R.; Kyle, C. R.; Passfield, L.; Broker, J.P.; Burke, E.R. (1999)
|style="text-align:left"| Comparing cycling world hour records, 1967-1996: modeling with empirical data.
|style="text-align:left"| Med Sci Sports Exerc 31 (11), S. 1665–1676
|- style="vertical-align:top"
| Bentley, D. J.; McNaughton, L. R.; Thompson, D.; Vleck, V. E.; Batterham, A. M. (2001)
|style="text-align:left"|Peak power output, the lactate threshold, and time trial performance in cyclists.
|style="text-align:left"| Med Sci Sports Exerc 33 (12), S. 2077–2081
|- style="vertical-align:top"
| Bertucci, W.; Crequy, S.; Chiementin, X. (2012)
|style="text-align:left"| Validity and Reliability of the G-Cog BMX Powermeter.
|style="text-align:left"| Int J Sports Med.
|- style="vertical-align:top"
|Bertucci, W.; Duc, S.; Villerius, V.; Grappe, F. (2005)
|style="text-align:left"|Validity and reliability of the Axiom PowerTrain cycle ergometer when compared with an SRM powermeter.
|style="text-align:left"| Int J Sports Med 26 (1), S. 59–65
|- style="vertical-align:top"
| Bertucci, W.; Duc, S.; Villerius, V.; Pernin, J. N.; Grappe, F. (2005)
|style="text-align:left"| Validity and reliability of the PowerTap mobile cycling powermeter when compared with the SRM Device.
|style="text-align:left"| Int J Sports Med 26 (10), S. 868–873
|- style="vertical-align:top"
| Bertucci, W.; Grappe, F.; Girard, A.; Betik, A.; Rouillon, J.D. (2005)
|style="text-align:left"| Effects on the crank torque profile when changing pedalling cadence in level ground and uphill road cycling.
|style="text-align:left"| J Biomech 38 (5), S. 1003–1010
|- style="vertical-align:top"
| Bertucci, W.; Grappe, F.; Groslambert, A. (2007)
|style="text-align:left"| Laboratory versus outdoor cycling conditions: differences in pedaling biomechanics.
|style="text-align:left"| J Appl Biomech 23 (2), S. 87–92
|- style="vertical-align:top"
| Bertucci, W.; Taiar, R.; Grappe, F. (2005)
|style="text-align:left"|Differences between sprint tests under laboratory and actual cycling conditions.
|style="text-align:left"| J Sports Med Phys Fitness 45 (3), S. 277–283
|- style="vertical-align:top"
| Billaut, François; Gore, Christopher J.; Aughey, Robert J. (2012)
|style="text-align:left"|Enhancing team-sport athlete performance: is altitude training relevant?
|style="text-align:left"| Sports Med 42 (9), S. 751–767
|- style="vertical-align:top"
| Brickley, G.; Dekerle, J.; Hammond, A.; Pringle, J.; Carter, H. (2007)
|style="text-align:left"|Assessment of Maximal Aerobic Power and Critical Power in a Single 90-s Isokinetic All-Out Cycling Test.
|style="text-align:left"| Int J Sports Med 28 (5), S. 414–419
|- style="vertical-align:top"
| Broker, J.P.; Kyle, C.R.; Burke, E.R. (1999)
|style="text-align:left"|Racing cyclist power requirements in the 4000-m individual and team pursuits.
|style="text-align:left"| Med Sci Sports Exerc 31 (11), S. 1677–1685
|- style="vertical-align:top"
| Brosnan, M. J.; Martin, D. T.; Hahn, A. G.; Gore, C. J.; Hawley, J. A. (2000)
|style="text-align:left"| Impaired interval exercise responses in elite female cyclists at moderate simulated altitude.
|style="text-align:left"|J. Appl. Physiol. 89 (5), S. 1819–1824
|- style="vertical-align:top"
| Cangley, P.; Passfield, L.; Carter, H.; Bailey, M. (2011)
|style="text-align:left"| The Effect of Variable Gradients on Pacing in Cycling Time-Trials.
|style="text-align:left"|Int J Sports Med 32 (02), S. 132–136
|- style="vertical-align:top"
| Carpes, F.P.; Rossato, M.; Faria, I.E.; Bolli Mota, C. (2007)
|style="text-align:left"| Bilateral pedaling asymmetry during a simulated 40-km cycling timetrial.
|style="text-align:left"|J Sports Med Phys Fitness 47 (1), S. 51–57
|- style="vertical-align:top"
| Clark, Sally A.; Bourdon, P. C.; Schmidt, W.; Singh, B.; Cable, G.; Onus, K. J. et al. (2007)
|style="text-align:left"| The effect of acute simulated moderate altitude on power, performance and pacing strategies in well-trained cyclists.
|style="text-align:left"| Eur. J. Appl. Physiol. 102 (1), S. 45–55
|- style="vertical-align:top"
| Clark, Sally A.; Quod, M. J.; Clark, M. A.; Martin, D. T.; Saunders, P. U.; Gore, C. J. (2009)
|style="text-align:left"| Time course of haemoglobin mass during 21 days live high:train low simulated altitude.
|style="text-align:left"| Eur. J. Appl. Physiol. 106 (3), S. 399–406
|- style="vertical-align:top"
| Clark, S.K.; Johnson, Thomas M. (2010)
|style="text-align:left"| Selenium stable isotope investigation into selenium biogeochemical cycling in a lacustrine environment: Sweitzer Lake, Colorado.
|style="text-align:left"| J. Environ. Qual. 39 (6), S. 2200–2210
|- style="vertical-align:top"
|Coleman, D.A.; Wiles, J.D.; Nunn, M.; Smith, M.F. (2005)
|style="text-align:left"|Reliability of sprint test indices in well-trained cyclists.
|style="text-align:left"| Int J Sports Med 26 (5), S. 383–387
|- style="vertical-align:top"
| Doherty, M.; Balmer, J.; Davison, R.C.R.; Robinson, L.; Smith, P.M. (2003)
|style="text-align:left"| Reliability of a combined 3-min constant load and performance cycling test.
|style="text-align:left"| Int J Sports Med 24 (5), S. 366–371
|- style="vertical-align:top"
| Duc, S.; Betik, A-C; Grappe, F. (2005)
|style="text-align:left"| EMG activity does not change during a time trial in competitive cyclists.
|style="text-align:left"| Int J Sports Med 26 (2), S. 145–150
|- style="vertical-align:top"
|Duc, S.; Villerius, V.; Bertucci, W.; Pernin, J.N.; Grappe, F. (2005)
|style="text-align:left"| Muscular activity level during pedalling is not affected by crank inertial load.
|style="text-align:left"| Eur. J. Appl. Physiol. 95 (2-3), S. 260–264
|- style="vertical-align:top"
| Duc, S.; Villerius, V.; Bertucci, W.; Grappe, F. (2007)
|style="text-align:left"| Validity and reproducibility of the ErgomoPro power meter compared with the SRM and Powertap power meters.
|style="text-align:left"| Int J Sports Physiol Perform 2 (3), S. 270–281
|- style="vertical-align:top"
|Eastwood, A.; Sharpe, K.; Bourdon, P.C.; Woolford, S.M.; Saunders, P.U.; Robertson, E.Y. et al. (2012)
|style="text-align:left"| Within-subject variation in hemoglobin mass in elite athletes.
|style="text-align:left"| Med Sci Sports Exerc 44 (4), S. 725–732
|- style="vertical-align:top"
|Ebert, T.R.; Martin, D.T.; McDonald, W.; Victor, J.; Plummer, J.; Withers, R.T. (2005)
|style="text-align:left"| Power output during women's World Cup road cycle racing.
|style="text-align:left"| Eur. J. Appl. Physiol. 95 (5-6), S. 529–536
|- style="vertical-align:top"
| Ebert, T.R.; Martin, D.T.; Stephens, B.; Withers, R.T. (2006)
|style="text-align:left"|Power output during a professional men's road-cycling tour.
|style="text-align:left"| Int J Sports Physiol Perform 1 (4), S. 324–335
|- style="vertical-align:top"
| Emonson, D. L.; Aminuddin, A. H.; Wight, R. L.; Scroop, G. C.; Gore, C. J. (1997)
|style="text-align:left"|Training-induced increases in sea level VO2max and endurance are not enhanced by acute hypobaric exposure.
|style="text-align:left"| Eur J Appl Physiol Occup Physiol 76 (1), S. 8–12
|- style="vertical-align:top"
| Faiss, R.; Praz, M.; Meichtry, A.; Gobelet, C.; Deriaz, O. (2007)
|style="text-align:left"|The effect of mountain bike suspensions on vibrations and off-road uphill performance.
|style="text-align:left"| J Sports Med Phys Fitness 47 (2), S. 151–158
|- style="vertical-align:top"
|Fu, Qi; Townsend, N.E.; Shiller, S.M.; Martini, E.R.; Okazaki, K.; Shibata, S. et al. (2007)
|style="text-align:left"|Intermittent hypobaric hypoxia exposure does not cause sustained alterations in autonomic control of blood pressure in young athletes.
|style="text-align:left"| Am. J. Physiol. Regul. Integr. Comp. Physiol. 292 (5), S. R1977-84
|- style="vertical-align:top"
| Gardner, A.S.; Martin, J.C.; Martin, D.T.; Barras, M.; Jenkins, D.G. (2007)
|style="text-align:left"|Maximal torque- and power-pedaling rate relationships for elite sprint cyclists in laboratory and field tests.
|style="text-align:left"| Eur. J. Appl. Physiol. 101 (3), S. 287–292
|- style="vertical-align:top"
| Gardner, A.S.; Martin, D.T.; Jenkins, D.G.; Dyer, I.; van Eiden, J.; Barras, M.; Martinm, J.C. (2009)
|style="text-align:left"| Velocity-specific fatigue: quantifying fatigue during variable velocity cycling.
|style="text-align:left"|Med Sci Sports Exerc 41 (4), S. 904–911
|- style="vertical-align:top"
| Gardner, A.S.; Stephens, S.; Martin, D.T.; Lawton, E.; Lee, H.; Jenkins, D. (2004)
|style="text-align:left"| Accuracy of SRM and power tap power monitoring systems for bicycling.
|style="text-align:left"| Med Sci Sports Exerc 36 (7), S. 1252–1258
|- style="vertical-align:top"
| Garvican, L.A.; Hammond, K.; Varley, Matthew C.; Gore, C.J.; Billaut, F.; Aughey, R.J. (2013)
|style="text-align:left"|Lower Running Performance and Exacerbated Fatigue in Soccer Played at 1600 m.
|style="text-align:left"| Int J Sports Physiol Perform
|- style="vertical-align:top"
| Garvican, L.A.; Martin, D.T.; Clark, S.A.; Schmidt, W.F.; Gore, C.J. (2007)
|style="text-align:left"|Variability of erythropoietin response to sleeping at simulated altitude: a cycling case study.
|style="text-align:left"| Int J Sports Physiol Perform 2 (3), S. 327–331.
|- style="vertical-align:top"
| Garvican, L.A.; Pottgiesser, T.; Martin, D.T.; Schumacher, Y.O.; Barras, M.; Gore, C.J. (2011)
|style="text-align:left"|The contribution of haemoglobin mass to increases in cycling performance induced by simulated LHTL.
|style="text-align:left"| Eur. J. Appl. Physiol. 111 (6), S. 1089–1101
|- style="vertical-align:top"
|Garvican, L.A.; Saunders, P.U.; Pyne, D.B.; Martin, D.T.; Robertson, E.Y.; Gore, C.J. (2012)
|style="text-align:left"|Hemoglobin mass response to simulated hypoxia "blinded" by noisy measurement?
|style="text-align:left"| J. Appl. Physiol. 112 (10), S. 1797-8; author reply 1799
|- style="vertical-align:top"
| Giacomoni, M.; Billaut, F.; Falgairette, G. (2006)
|style="text-align:left"|Effects of the Time of Day on Repeated All-Out Cycle Performance and Short-Term Recovery Patterns.
|style="text-align:left"| Int J Sports Med 27 (6), S. 468–474
|- style="vertical-align:top"
| González-Haro, C.; Galilea B., P.A.; Soria, M.; Drobnic, F.; Escanero, J.F. (2007)
|style="text-align:left"|Comparison of nine theoretical models for estimating the mechanical power output in cycling.
|style="text-align:left"| Br J Sports Med 41 (8), S. 506-9; discussion 509
|- style="vertical-align:top"
| González-Haro, C.; Galilea, P.A.; Escanero, J.F. (2008)
|style="text-align:left"|Comparison of different theoretical models estimating peak power output and maximal oxygen uptake in trained and elite triathletes and endurance cyclists in the velodrome.
|style="text-align:left"|J Sports Sci 26 (6), S. 591–601
|- style="vertical-align:top"
| Goosey-Tolfrey, V.; Castle, P.; Webborn, N.; Abel, T. (2006)
|style="text-align:left"| Aerobic capacity and peak power output of elite quadriplegic games players.
|style="text-align:left"| Br J Sports Med 40 (8), S. 684–687
|- style="vertical-align:top"
| Gordon, R.S.; Franklin, K.L.; Davies, B.; Baker, J.S. (2007)
|style="text-align:left"| Further mechanical considerations between polar and SRM mobile ergometer systems during laboratory-based high-intensity, intermittent cycling activity.
|style="text-align:left"| Res Sports Med 15 (4), S. 241–247
|- style="vertical-align:top"
| Gore, Christopher John; Clark, Sally A.; Saunders, Philo U. (2007)
|style="text-align:left"| Nonhematological mechanisms of improved sea-level performance after hypoxic exposure.
|style="text-align:left"| Med Sci Sports Exerc 39 (9), S. 1600–1609
|- style="vertical-align:top"
| Gore, C. J.; Hahn, A. G.; Aughey, R. J.; Martin, D. T.; Ashenden, M. J.; Clark, S. A. et al. (2001)
|style="text-align:left"| Live high:train low increases muscle buffer capacity and submaximal cycling efficiency.
|style="text-align:left"| Acta Physiol. Scand. 173 (3), S. 275–286
|- style="vertical-align:top"
| Gore, C. J.; Hahn, A. G.; Burge, C. M.; Telford, R. D. (1997)
|style="text-align:left"| VO2max and haemoglobin mass of trained athletes during high intensity training.
|style="text-align:left"| Int J Sports Med 18 (6), S. 477–482
|- style="vertical-align:top"
| Gore C.J.; Hahn A.G.; Scroop G.C.; Watson D.B.; Norton K.I.; Wood R.J.; Campbell D.P. (1996 )
|style="text-align:left"| Increased arterial desaturation in trained cyclists during maximal exercise at 580 m altitude.
|style="text-align:left"| J Appl Physiol 80(6), S. 2204-10
|- style="vertical-align:top"
| Gore, C. J.; Hahn, A.; Rice, A.; Bourdon, P.; Lawrence, S.; Walsh, C. et al. (1998)
|style="text-align:left"| Altitude training at 2690m does not increase total haemoglobin mass or sea level VO2max in world champion track cyclists.
|style="text-align:left"| J Sci Med Sport 1 (3), S. 156–170
|- style="vertical-align:top"
| Gore, C. J.; Hahn, A. G. (2005)
|style="text-align:left"| Letter to the editors - Re: Heinicke K, Heinicke I, Schmidt W, Wolfarth B. A three-week traditional altitude training increases hemoglobin mass and red cell volume in elite biathlon athletes.
|style="text-align:left"| Int J Sports Med 26 (6), S. 504-5; author reply 506-7
|- style="vertical-align:top"
| Gore C.J.; Little S.C.; Hahn A.G.; Scroop G.C.; Norton K.I.; Bourdon P.C.; Woolford (1997)
|style="text-align:left"| Reduced performance of male and female athletes at 580 m altitude.
|style="text-align:left"| Eur J Appl Physiol Occup Physiol 75(2), S. 136-43
|- style="vertical-align:top"
| Gore, C. J.; McSharry, P. E.; Hewitt, A. J.; Saunders, P. U. (2008)
|style="text-align:left"| Preparation for football competition at moderate to high altitude.
|style="text-align:left"|Scand J Med Sci Sports 18 Suppl 1, S. 85–95
|- style="vertical-align:top"
| Gore, Christopher J.; Rodríguez, Ferran A.; Truijens, Martin J.; Townsend, Nathan E.; Stray-Gundersen, James; Levine, Benjamin D. (2006)
|style="text-align:left"| Increased serum erythropoietin but not red cell production after 4 wk of intermittent hypobaric hypoxia (4,000-5,500 m).
|style="text-align:left"|J. Appl. Physiol. 101 (5), S. 1386–1393
|- style="vertical-align:top"
| Gough, C. E.; Sharpe, K.; Garvican, L. A.; Anson, J. M.; Saunders, P. U.; Gore, C. J. (2013)
|style="text-align:left"| The effects of injury and illness on haemoglobin mass.
|style="text-align:left"|Int J Sports Med 34 (9), S. 763–769
|- style="vertical-align:top"
| Gough, C.E.; Saunders, P.U.; Fowlie, J.; Savage, B.; Pyne, D.B.; Anson, J.M. et al. (2012)
|style="text-align:left"| Influence of altitude training modality on performance and total haemoglobin mass in elite swimmers.
|style="text-align:left"|Eur. J. Appl. Physiol. 112 (9), S. 3275–3285
|- style="vertical-align:top"
| Groslambert, A.; Grappe, F.; Bertucci, W.; Perrey, S.; Girard, A.J.; Rouillon, J.D. (2004)
|style="text-align:left"| A perceptive individual time trial performed by triathletes to estimate the anaerobic threshold. A preliminary study.
|style="text-align:left"|J Sports Med Phys Fitness 44 (2), S. 147–156
|- style="vertical-align:top"
|Haakonssen, Eric C.; Martin, David T.; Burke, Louise M.; Jenkins, David G. (2013)
|style="text-align:left"|Energy expenditure of constant- and variable-intensity cycling: power meter estimates.
|style="text-align:left"| Med Sci Sports Exerc 45 (9), S. 1833–1840
|- style="vertical-align:top"
|Hahn, A. G.; Gore, C. J. (2001)
|style="text-align:left"|The effect of altitude on cycling performance: a challenge to traditional concepts.
|style="text-align:left"| Sports Med 31 (7), S. 533–557
|- style="vertical-align:top"
|Hahn, A. G.; Gore, C. J.; Martin, D. T.; Ashenden, M. J.; Roberts, A. D.; Logan, P. A. (2001)
|style="text-align:left"|Hahn, A. G.; Gore, C. J.; Martin, D. T.; Ashenden, M. J.; Roberts, A. D.; Logan, P. A. (2001)
|style="text-align:left"| Comp. Biochem. Physiol., Part A Mol. Integr. Physiol. 128 (4), S. 777–789
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Data Export

2015-05-04T09:10:12Z

Pascal Schüpper: /* Marker as text file */

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== Data Export SRMWin-Software==

[[File:SRMWin-Software Export.png|thumb|Data Export SRMWin-Software]]
How to export data of the SRMWin-Software:

# To export data, first open the desired data
# Option: File -> Export...
# Choose a memory location and name the new file
# Select a file type
# Save

=== The handling of the file types===
The different file types, you can select, are variably in their use.

==== Training as data file====
Export as „Training as data file“: Only use with SRMWin-Software.

==== Training as data file (old format)====
See: „Training as data file“

==== Training as text file====

[[File:Mustermann - Training as text file.PNG|thumb|Training as text file (txt-format)]]

The data are saved as txt-format. You can independently use your data without SRMWin-Software.

The structure of the txt-format:
*'''Header:'''
# ROW: Zero Offset [Hz], Slope [Hz/Nm], Circumference [mm], Index, (-1)
# ROW: Date, Initials
# ROW: Number of measurements, Interval of storage [sec.], Distance [km], Comments
*'''List:'''
# COLUMN: Power [Watt]
# COLUMN: Heartrate [bpm]
# COLUMN: Cadence [rpm]
# COLUMN: Speed [km/h]
# COLUMN: Time
# COLUMN: Numeration

==== Marker as text file====

[[File:Mustermann - Marker as data file.PNG|thumb|Marker as text file - (txt-format)]]

If you choose the data file „Marker as text file“, you can save the data of a marker. First you have [[SRM-Online settings in the SRMWin-Software#The “Predefined File” tab|to pick the marker out]]. Then you are able to save it.

The structure of the txt-format:
*'''Header:'''
# ROW: Zero Offset [Hz], Slope [Hz/Nm], Circumference [mm], Index, (-1)
# ROW: Date, Initials
# ROW: Number of measurements, Interval of storage [sec.], Distance [km], Comments
*'''List:'''
# COLUMN: Power [Watt]
# COLUMN: Heartrate [bpm]
# COLUMN: Cadence [rpm]
# COLUMN: Speed [km/h]
# COLUMN: Time
# COLUMN: Numeration

==== Training as text file (new format)====

[[File:Mustermann - Training as text file (new format).PNG|thumb|Training as text file (new format) - (txt-format)]]

The data are saved as txt-format. You can independently use your data without SRMWin-Software.

The structure of the txt-format:
*'''Header:'''
# ROW: Zero Offset [Hz], Slope [Hz/Nm], Circumference [mm], Index, (-1)
# ROW: Date, Initials
# ROW: Number of measurements, Interval of storage [sec.], Distance [km], Comments
*'''List:'''
# COLUMN: Power [Watt]
# COLUMN: Heartrate [bpm]
# COLUMN: Cadence [rpm]
# COLUMN: Speed [km/h]
# COLUMN: Height
# COLUMN: Temperature [°C]
# COLUMN: Time
# COLUMN: Numeration

==== Marker as text file (new format)====

[[File:Mustermann - Marker as data file (new format).PNG|thumb|Marker as text file (new format) - (txt-format)]]

If you choose the data file „Marker as text file“, you can save the data of a marker. First you have [[SRM-Online settings in the SRMWin-Software#The “Predefined File” tab|to pick the marker out]]. Then you are able to save it.

The structure of the txt-format:
*'''Header:'''
# ROW: Zero Offset [Hz], Slope [Hz/Nm], Circumference [mm], Index, (-1)
# ROW: Date, Initials
# ROW: Number of measurements, Interval of storage [sec.], Distance [km], Comments
*'''List:'''
# COLUMN: Power [Watt]
# COLUMN: Heartrate [bpm]
# COLUMN: Cadence [rpm]
# COLUMN: Speed [km/h]
# COLUMN: Height
# COLUMN: Temperature [°C]
# COLUMN: Time
# COLUMN: Numeration

== Data Export PowerControll IV==

== Data Export SRM Torque Software==

How to export data of the SRM Torque Software: [[Torque Analysis#Analysis screen|Look here]].

Data Export

2015-05-04T09:09:49Z

2015-05-04T08:55:23Z

Pascal Schüpper: /* Export SRMWin-Software */

{{languages
|de=Datenexport
|en=Data Export
|cn=Data Export
}}

== Export SRMWin-Software==

[[File:SRMWin-Software Export.png|thumb|Data Export SRMWin-Software]]
How to export data of the SRMWin-Software:

# To export data, first open the desired data
# Option: File -> Export...
# Choose a memory location and name the new file
# Select a file type
# Save

=== The handling of the file types===
The different file types, you can select, are variably in their use.

==== Training as data file====
Export as „Training as data file“: Only use with SRMWin-Software.

==== Training as data file (old format)====
See: „Training as data file“

==== Training as text file====
The data are saved as txt-format. You can independently use your data without SRMWin-Software.

The structure of the txt-format:
*'''Header:'''
# ROW: Zero Offset [Hz], Slope [Hz/Nm], Circumference [mm], Index, (-1)
# ROW: Date, Initials
# ROW: Number of measurements, Interval of storage [sec.], Distance [km], Comments
*'''List:'''
# COLUMN: Power [Watt]
# COLUMN: Heartrate [bpm]
# COLUMN: Cadence [rpm]
# COLUMN: Speed [km/h]
# COLUMN: Time
# COLUMN: Numeration

==== Marker as text file====
If you choose the data file „Marker as text file“, you can save the data of a marker. First you have [[SRM-Online settings in the SRMWin-Software#The “Predefined File” tab|to pick the marker out]]. Then you are able to save it.

The structure of the txt-format:
*'''Header:'''
# ROW: Zero Offset [Hz], Slope [Hz/Nm], Circumference [mm], Index, (-1)
# ROW: Date, Initials
# ROW: Number of measurements, Interval of storage [sec.], Distance [km], Comments
*'''List:'''
# COLUMN: Power [Watt]
# COLUMN: Heartrate [bpm]
# COLUMN: Cadence [rpm]
# COLUMN: Speed [km/h]
# COLUMN: Time
# COLUMN: Numeration

==== Training as text file (new format)====
The data are saved as txt-format. You can independently use your data without SRMWin-Software.

The structure of the txt-format:
*'''Header:'''
# ROW: Zero Offset [Hz], Slope [Hz/Nm], Circumference [mm], Index, (-1)
# ROW: Date, Initials
# ROW: Number of measurements, Interval of storage [sec.], Distance [km], Comments
*'''List:'''
# COLUMN: Power [Watt]
# COLUMN: Heartrate [bpm]
# COLUMN: Cadence [rpm]
# COLUMN: Speed [km/h]
# COLUMN: Height
# COLUMN: Temperature [°C]
# COLUMN: Time
# COLUMN: Numeration

==== Marker as text file (new format)====
If you choose the data file „Marker as text file“, you can save the data of a marker. First you have [[SRM-Online settings in the SRMWin-Software#The “Predefined File” tab|to pick the marker out]]. Then you are able to save it.

The structure of the txt-format:
*'''Header:'''
# ROW: Zero Offset [Hz], Slope [Hz/Nm], Circumference [mm], Index, (-1)
# ROW: Date, Initials
# ROW: Number of measurements, Interval of storage [sec.], Distance [km], Comments
*'''List:'''
# COLUMN: Power [Watt]
# COLUMN: Heartrate [bpm]
# COLUMN: Cadence [rpm]
# COLUMN: Speed [km/h]
# COLUMN: Height
# COLUMN: Temperature [°C]
# COLUMN: Time
# COLUMN: Numeration

== Export PowerControll IV==

== Export SRM Torque Software==

How to export data of the SRM Torque Software: [[Torque Analysis#Analysis screen|Look here]].

2015-05-04T08:22:19Z

Pascal Schüpper: /* Training as text file */

{{languages
|de=Datenexport
|en=Data Export
|cn=Data Export
}}

== Export SRMWin-Software==

# To export data, first open the desired data
# Option: File -> Export...
# Choose a memory location and name the new file
# Select a file type
# Save

=== The handling of the file types===
The different file types, you can select, are variably in their use.

==== Training as data file====
Export as „Training as data file“: Only use with SRMWin-Software.

==== Training as data file (old format)====
See: „Training as data file“

==== Training as text file====
The data are saved as txt-format. You can independently use your data without SRMWin-Software.

The structure of the txt-format:
*'''Header:'''
# ROW: Zero Offset [Hz], Slope [Hz/Nm], Circumference [mm], Index, (-1)
# ROW: Date, Initials
# ROW: Number of measurements, Interval of storage [sec.], Distance [km], Comments
*'''List:'''
# COLUMN: Power [Watt]
# COLUMN: Heartrate [bpm]
# COLUMN: Cadence [rpm]
# COLUMN: Speed [km/h]
# COLUMN: Time
# COLUMN: Numeration

==== Marker as text file====

The structure of the txt-format:
*'''Header:'''
# ROW: Zero Offset [Hz], Slope [Hz/Nm], Circumference [mm], Index, (-1)
# ROW: Date, Initials
# ROW: Number of measurements, Interval of storage [sec.], Distance [km], Comments
*'''List:'''
# COLUMN: Power [Watt]
# COLUMN: Heartrate [bpm]
# COLUMN: Cadence [rpm]
# COLUMN: Speed [km/h]
# COLUMN: Time
# COLUMN: Numeration

==== Training as text file (new format)====

The structure of the txt-format:
*'''Header:'''
# ROW: Zero Offset [Hz], Slope [Hz/Nm], Circumference [mm], Index, (-1)
# ROW: Date, Initials
# ROW: Number of measurements, Interval of storage [sec.], Distance [km], Comments
*'''List:'''
# COLUMN: Power [Watt]
# COLUMN: Heartrate [bpm]
# COLUMN: Cadence [rpm]
# COLUMN: Speed [km/h]
# COLUMN: Height
# COLUMN: Temperature [°C]
# COLUMN: Time
# COLUMN: Numeration

==== Marker as text file (new format)====

The structure of the txt-format:
*'''Header:'''
# ROW: Zero Offset [Hz], Slope [Hz/Nm], Circumference [mm], Index, (-1)
# ROW: Date, Initials
# ROW: Number of measurements, Interval of storage [sec.], Distance [km], Comments
*'''List:'''
# COLUMN: Power [Watt]
# COLUMN: Heartrate [bpm]
# COLUMN: Cadence [rpm]
# COLUMN: Speed [km/h]
# COLUMN: Height
# COLUMN: Temperature [°C]
# COLUMN: Time
# COLUMN: Numeration

== Export PowerControll IV==

== Export SRM Torque Software==

How to export data of the SRM Torque Softare: [[Torque Analysis#Analysis screen|Look here]].