There are a lot of situations when we need to evaluate features of organism reactions to load. We can investigate human organism during and after load by computerized bicycle ergometry analysis system "Kaunas - Load". According to physiologic changes in human organism during load, the main systems responsible for organism functionality could be - working muscles (P), responsible for energy supply - cardiovascular system (H), for oxygen supply - lungs (L) and coordinating all that systems function together - regulatory system (R) (in which as one could be accounted central nervous system, periphery nervous system, humoral regulation etc.). Two responsible for supply systems - cardiovascular and respiratory - could be reduced to one supplying system (H). During load, let`s say usual bicycle ergometry, computerized system after test, measure about 10 000 initial parameters, every process is measured in details, and maximal decomposition of situation is achieved. The parameters were joining according physiologic sense. The group of complex parameters has only about 100 parameters. Part of them is used to build the integral evaluation - one parameter, which assume main organism changes. The aim of study was investigation of recovery process, it`s speed and stability. Contingent. There were investigated 2 groups of women: B group- 20 professional basketball players, height 180.4±7.4cm, weight 68.9±7.7kg, age 26.26±5.5 y., max developed power 213.2± 25.4W. N group - 31 normal control person without sport activity, height 167.2±4.2cm, weight 58.4±8.1kg, age 26.2±5.5y., max developed power 120.4±15.6W.
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