Swim Cycle Training For Children Of Different Strength Training Volume And Load Monitoring Changes In Biochemical Analysis

Objective: In this paper, Zhenjiang10-12years old swimmer for the study, for aperiod of six weeks of training, the child swimmers in training for different strengthtraining volume and load monitoring biochemical research, observation of blood and urineof children Swimmers biochemical changes liquid characteristics and laws to investigatethe suitability of the training load changes, as a children’s swimming sports training andmonitoring physical condition assessment exercise fatigue provide a theoretical basis.Methods:Experimental subjects were10-12years of age, Zhenjiang swimmingathletes of16people (male and female8people). Arrangements for the six weeks trainingtests every3weeks for a small period of two small periodic training. Athletes of childrenRBC, RBC backlog, hemoglobin, hematuria, proteinuria, serum creatine kinase,testosterone/cortisol, blood lactate were tested and specific analysis.Results:①red blood cells, red blood cells backlog, hemoglobin testing and trainingbefore the sixth week of the test index increased, there is a significant difference (p <0.05).②athletes urine protein and urine in two cycles of training basically normal, althoughindividual members of urinary protein after training with hematuria, but a short time couldsoon be restored.③increased serum creatine kinase in the load was increased after thesixth week decreased significantly, compared with the fourth week, there is a significantdifference (p <0.05). Male Athlete of the third week of testosterone④The third week ofserum testosterone was increased compared with resting, there are significant differences(p <0.05); male and female athletes sixth week measured testosterone/cortisol and quietwhen compared to the ratio of the measured decline, there was significant difference (p<0.05).⑤male and female athletes second cycle of five minutes when tested lactatevalues lower than the first cycle, there is a significant difference (p <0.05). Conclusions:①The monitoring of the selected indicators reflect children’s cycletraining for athletes training volume and incremental load intensity training can adapt tochildren during training male and female athletes good physical condition, results of thedata through various judgments, not exercise-induced fatigue occurs.②pass the test, redblood cells, red blood cells backlog, hemoglobin three indicators of change analysis, theathlete does not appear fatigue and anemia. Protein in urine, hematuria indicators analysisAthletes’Physical situation is basically stable, able to adapt to increasing training load.③Athletes creatine kinase, testosterone/cortisol ratio changes significantly, indicating thatathletes improve physical function.④through two cycles after training, the athletes body’sability to adapt after lactate production increased recovery capacity enhancement.