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International Journal of Frontiers in Medicine, 2020, 2(1); doi: 10.25236/IJFM.2020.020104.

Effects of high intensity intermittent training on muscle glycogen content in obese adolescents


Long liu

Corresponding Author:
Long liu

School of Physical Education , Anyang Normal University, Anyang 455000, China
Corresponding author e-mail: Liulong@aynu.edu.cn


Objective: To investigate the effects of high intensity intermittent training on muscle glycogen content in obese adolescents. Methods: a total of February 2013 to 2015 February 198 patients to our hospital in obese adolescents were retrospectively studied, divided according to the intensity of training for high intensity interval training group (group A), in intensity interval training group (group B) and low intensity interval training group (Group C) 66 cases in each, than the changes of content of inositol is 3 groups of patients. Results: there is a significant difference between the 3 groups of patients with total efficiency, with significant difference (P < 0.05); the weight of a group (102.9±10.6) kg, inositol content (56.9±2.1) IU / L, 111.3±11.6 kg of body weight in group B, inositol content (78.8±2.9) IU / L, the weight in the mice of group C (120.3±12.3 kg, inositol content (10.96±2.8) IU / L, group A, group B and group C patients between weight and inositol content exist significant difference had statistical significance (P < 0.05). Conclusion: high intensity intermittent training on obese adolescents, can improve the muscle content of patients, it is worthy of popularization and application.


Obese adolescents, muscle glycogen content, high intensity interval training

Cite This Paper

Long liu. Effects of high intensity intermittent training on muscle glycogen content in obese adolescents. International Journal of Frontiers in Medicine (2020), Vol. 2, Issue 1: 25-32. https://doi.org/10.25236/IJFM.2020.020104.


[1] Y.S.Luo(2019). The application of high-intensity interval training to the physical and mental effects of high school girls Applied Research . Shijiazhuang: Hebei Normal University.
[2] J.J.Lou and X.Y.Gao etc(2018). High-intensity intermittent training Application of exercise in healthy people and patients with chronic diseases. Department of Contemporary Sports Technology, vol.12,no.8,p. 20-21.
[3] W.Yi (2018). Application of high-intensity interval training in physical training of police traineesApplied Research .Research and Exploration in Laboratory, vol.16,no.8,p.225-230
[4] G.Zhang (2016). High-intensity interval training: Research progress in exercise volume and exercise effect. Chinese Journal of Sports Medicine, vol.10,no.4,p.184-188,183.
[5] Z.Wang (2016). Effects of short-term high-intensity intermittent exercise training on aerobic and anaerobic endurance of young men . Journal of Nanjing Institute of Physical Education (Natural Science Edition), vol.14,no.3,p.33-36.
[6] X.X.Zu (2014). Effect of endurance training and high-intensity interval training on health-related indicators of obese children . Southwest National Defence Medical Science,vol.24,no.4,p.408-410.
[7] L.X.Jin (2015). Effect of triple systemic intervention on blood lipids and insulin in obese children . Occupation and Health, vol.31,no.6,p. 859-862.
[8] Y.M.Li (2015). Application effect of high-intensity interval training on different training populations  . Sports Science, vol.35,no.8,p. 59-76.
[9] J.J.Wang, H. Han, H.F.Zhang(2015) Effect of high-intensity interval training on abdominal fat content in young obese women. Chinese Journal of Sports Medicine, vol.34,no.1,p. 15-21.
[ 10]  H o e g h   A,  L i n d h o l t  J .S  (2013).   B a s i c  s c i e n c e  r e v i e w. V a s c u l a r  d i s-  t e n s i b i l i t y  a s  a  p r e d i c t i v e  t o o l  i n  t h e  m a n a g e m e n t  o f  s m a l l  a s y m p t o m a t i c  a b d o m i n a l  a o r t i c  a n e u r y s m s[. V a s c  E n d o v a s c u l a r  S u r g,vol.13,no.3,p. 3 3 3- 3 3 8.
[ 11] S h i n g u  Y,S h i i y a  N,O o k a  T,e t a l (2014).   A u g m e n t a t i o n  i n d e X  i s  e l e v a t e d  i n  a o r t i c  a n e u r y s m  a n d  d i s s e c t i o n[  A n n  T h o r a c  S u r g,2 0 14,8 7( 5 ): 1 3 7 3 - 1 3 7 7.
[ 12] Vá r a d y  E,F e h e r  E, e t a l.(2016).  E s t i m a t i o n  o f  v e s s e l  a g e  a n d  e a r l y  d i a g n o s e  o f  a t h e r o s c l e r o s i s  i n  p r o g e r i a  s y n d r o m e  b y  u s i n g  e c h o- t r a c k i n g. C l i n  H e m o r h e o l  M i c r o c i r c,vol.44,no.4,p.2 9 7- 3 0 1.
[ 13] G u e r i n ,O,S o t o .ME,B r o c k e r. P, e t al(2015). N u t r i t i o n a l  s t a t u s  a s s e s s m e n t  d u r i n g   A l z h e i m e r’ s  d i s e a s e. N u t r  H e a l t h   A g i n g,vol.9,no.2,p.8 1-8 4.
[ 14] T. .A r a k i  ,M .E m o t o ,M.  T e r a ,e t a l(2012).  E f f e c t  o f  a d i p o n e c t i n  o n  c a r o t i d  a r t e r i a l  s t i f f n e s s  i n  t y p e  2  d i a b e t i c  p a t i e n t s  t r e a t e d  w i t h  p i o g l i t a z o n e  a n d  m e t f o r m i n[J].  M e t a b o l i s m,vol.55,no.8,p.9 9 6 - 1 0 0 1.
[ 15 ]B r o d s z k i  J,  L n n e  T,  M a r s á l  K,  e t a l (2015).  I m p a i r e d  v a s c u l a r  g r o w t h  i n  l a t e  a d o l e s c e n c e  a f t e r  i n t r a u t e r i n e  g r o w t h  r e s t r i c t i o n..C i r c u l a t i o n,vol.111,no.20,p. 2 6 2 3 - 2 6 2 8.