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A Comparison Between The Polar Team2 and Session-RPE Training Loads in NCAA Soccer PlayersGray, Howard S., Mizuguchi, Satoshi, Calabrese, L. Scott, Meredith, Justin D., MacDonald, Christopher J., Cardinale, Marco, Haff, G. Gregory, Ramsey, Michael W., Sayers, Adam L., Stone, Michael H. 15 June 2012 (has links)
Abstract available in the Medicine and Sciences in Sports and Exercise.
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The Impact of Training Loads on In-Match Soccer Performance Variables: A Position-Based Case ReportBingham, Garett 01 August 2015 (has links)
It is critical to maintain multiple fitness characteristics during the soccer season through the use of training, but also to ensure that the training loads do not hinder subsequent match performance. The purpose of this thesis is to investigate the impact of the training load on key physical performance variables in the subsequent match. Five Division I female soccer players were analyzed across six weeks of training and matches. Training loads in the forms of odometer, high intensity odometer, estimated odometer and sRPE were accumulated at time points from one to five days prior to a match. The accumulated training loads were then correlated with the same performance measures from match play. The greatest significant correlations were seen in sRPE training loads when compared to match odometer and estimated distance. There does not appear to be negative effect on match performance when looking at any of the accumulated training load values.
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Monitoring Training Loads with a Web Based Athlete Monitoring SystemGentles, Jeremy A. 01 January 2011 (has links)
No description available.
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Didelio meistriškumo graikų-romėnų imtynininkų širdies ir kraujagyslių sistemos funkcinių rodiklių kaita metiniame treniruotės cikle / Dynamics of cardiovascular functional indices of elite greco-roman wrestlers during annual training cycleEžerskis, Mindaugas 10 March 2010 (has links)
Sportininkų treniruotės valdymo problemos sprendimas apima daugelį aspektų, tarp kurių individualių ypatybių pažinimas, organizmo funkcijų mobilizacijos ir atsigavimo kaitos dėl pratybose atliktų krūvių ar pasikeitusių išorinių ir vidinių veiksnių vertinimas, nuovargio laipsnio ir sportinės formos įgijimo vertinimas yra aktualios sporto mokslo ir praktikos problemos. Yra pasiūlyta ir praktikoje taikoma daug įvairių šių problemų sprendimo būdų, tačiau tai nėra galutiniai sprendimai. Organizmo funkcinį parengtumą ir funkcinę būklę gerai atspindi įvairių funkcinių rodiklių kaita atliekant dozuoto arba didžiausio fizinio krūvio mėginius (Maud, Foster, 1995; Skernevičius ir kt., 2004; Skirius, 2002; Buliuolis, 2006; Vainoras ir kt., 2008; Poderys, 2008; Wilkinson et al., 2009). Venas iš reikšmingų reikalavimų vertinant sportininko funkcinės būklės kaitą yra tai, kad tyrimo metu taikomi fiziniai krūviai neturi modifikuoti treniruotės proceso (Viru, Viru, 2004; Skurvydas, 2008). Pastarasis reikalavimas tampa ypač aktualus priešvaržybinio rengimosi etapais. Be to, sportininkams tenka dalyvauti varžybose neįprastomis klimato ir geografinėmis, t. y. skirtingo laiko juostos sąlygomis, staiga pasikeitus aplinkos sąlygoms. Kertant laiko juostas, organizmo veiklos išsiderinimas dėl išorinės desinchronizacijos, t. y. kai naujas gyvenimo ritmas nesutampa su vidiniais bioritmais, ir dėl vidinės desinchronizcijos, t. y. dėl nevienalaikio atskirų funkcijų prisitaikymo prie naujo režimo, turi... [toliau žr. visą tekstą] / The solution of sportsmen training management problem combine various aspects among which recognition of individual peculiarities, assessment of organism mobilization and recovery function dynamics under the influence of training loads or changed external and internal factors, estimation of the fatigue extent as well as the achievement of fitness shape are relevant problems in practice and sport science. A great deal of solutions of resolving these problems is proposed and used in practice, however, these solutions are not the final ones. Changes of various functional indices during the dosed and maximal exercise tests reflect functional fitness and functional state of organism (Maud, Foster, 1995; Skernevičius ir kt., 2004; Skirius, 2002; Buliuolis, 2006; Vainoras ir kt., 2008; Poderys, 2008; Wilkinson et al., 2009). One of the most important requirements for the assessment of sportsman functional state changes is that exercises applied during the testing must not modify the training process (Viru, Viru, 2004; Skurvydas, 2008). The latter requirement is particularly relevant in the precompetition preparing stage (tapering). Furthermore, sportsmen must take part in competitions, where the climatic and the geographical conditions are not usual, for example, a different time zone and a sudden environmental change. Physical load is an optimal physiological stimulus to speed the organism adaptation to time zone and unusual climatic conditions, however, not vigorous trainings due... [to full text]
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