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Effect of hypoxic pre-conditioning and altitude training on CD55 and CD59 expressions of swimmers

Objective By studying the swimmer after preconditioning during altitude training again after the change of erythrocyte immune and immune function, summarizes the change law of erythrocyte immune to try on erythrocyte immune to the connection between the immune index, further perfect the study on hypoxic training for athletes erythrocyte immune level, provide help and reference for scientific plateau training, comprehensive monitoring the immune function, so that more clear understanding of the athlete's body function condition, effective judgment level of fatigue, for the early diagnosis of overtraining and training plan of reasonable adjustment has important significance. Methods . Subjects: 8 first-line swimmers in Shanghai, aged 16.9 + 3.5 years. 2. Hypoxic training program: the 3-week hypoxic training was conducted in the east green boat hypoxic training laboratory with a starting height of 1500m and a height of 2200m after 3 days. Sleep from 19:00 PM to 6:00 am in the hypoxic laboratory six days a week. Day training in an aerobic environment. 3 days after the end of hypoxic training, I went to kunming (2,200m) for 3 weeks of altitude training. After the highland training, go to the field to prepare for the competition. 3. Test indicators: RBC immune indicators CD55,CD59; Functional status indicators RBC,HGB,HCT; Test time: 1 week before hypoxic start, 1 week before hypoxic start, 1 week after hypoxic end (i.e. before plateau training start), and 4 times of day elbow-venous blood taken at the end of altitude training was used for testing. P<0.05 indicates a significant difference, while P<0.01 indicates a very significant difference.
© Copyright 2018 Exercise Biochemistry Review. International Research Group on Biochemistry of Exercise. Kaikki oikeudet pidätetään.

Aiheet: kestävyyslajit uinti soutu korkeanpaikan harjoittelu happivaje uupumus kuormitus veri biokemia harjoittelu aerobinen immuniteetti
Aihealueet: kestävyys urheilu biologiset ja lääketieteelliset tieteet
Tagging: Pre-Conditioning
DOI: 10.14428/ebr.v1i3.10103
Julkaisussa: Exercise Biochemistry Review
Julkaistu: 2018
Vuosikerta: 1
Numero: 3
Sivuja: PO-045
Julkaisutyypit: kongressin muistiinpanot
Kieli: englanti (kieli)
Taso: kehittynyt