Abstract
To determine the influence of exercise on serum levels of myoglobin, serum levels of this protein were determined by RIA in 90 healthy men, divided as follows: (1) Basal control (no exercise) 25 cases; (2) Moderate exercise (after subject had been working for 12 h in Medicine Emergency Service) 19 cases, and (3) Intensive exercise: (a) football professional (45-min match) 10 cases; (b) football amateur (45-min match) 10 cases; (c) basketball professional (45-min match) 10 cases, and (d) basketball professional (90-min training) 16 cases. Our results led us to the following conclusions. (1) Moderate exercise, such as the usual daily work, does not modify myoglobin levels; (2) Myoglobin serum levels after exercise increase in nearly all individuals. They are higher in untrained people; (3) There seems to be a correlation between exercise intensity and increase of myoglobin serum levels, and (4) The detection of serum myoglobin by RIA may have a wide field of application for sport medicine.
Citation Formats
Sabria, M, Rey, C, Foz, M, Ruibal, A, and Domenech, F M.
Influence of exercise on serum levels of myoglobin measured by radioimmunoassay.
Germany: N. p.,
1983.
Web.
Sabria, M, Rey, C, Foz, M, Ruibal, A, & Domenech, F M.
Influence of exercise on serum levels of myoglobin measured by radioimmunoassay.
Germany.
Sabria, M, Rey, C, Foz, M, Ruibal, A, and Domenech, F M.
1983.
"Influence of exercise on serum levels of myoglobin measured by radioimmunoassay."
Germany.
@misc{etde_5778214,
title = {Influence of exercise on serum levels of myoglobin measured by radioimmunoassay}
author = {Sabria, M, Rey, C, Foz, M, Ruibal, A, and Domenech, F M}
abstractNote = {To determine the influence of exercise on serum levels of myoglobin, serum levels of this protein were determined by RIA in 90 healthy men, divided as follows: (1) Basal control (no exercise) 25 cases; (2) Moderate exercise (after subject had been working for 12 h in Medicine Emergency Service) 19 cases, and (3) Intensive exercise: (a) football professional (45-min match) 10 cases; (b) football amateur (45-min match) 10 cases; (c) basketball professional (45-min match) 10 cases, and (d) basketball professional (90-min training) 16 cases. Our results led us to the following conclusions. (1) Moderate exercise, such as the usual daily work, does not modify myoglobin levels; (2) Myoglobin serum levels after exercise increase in nearly all individuals. They are higher in untrained people; (3) There seems to be a correlation between exercise intensity and increase of myoglobin serum levels, and (4) The detection of serum myoglobin by RIA may have a wide field of application for sport medicine.}
journal = []
volume = {8:4}
journal type = {AC}
place = {Germany}
year = {1983}
month = {Apr}
}
title = {Influence of exercise on serum levels of myoglobin measured by radioimmunoassay}
author = {Sabria, M, Rey, C, Foz, M, Ruibal, A, and Domenech, F M}
abstractNote = {To determine the influence of exercise on serum levels of myoglobin, serum levels of this protein were determined by RIA in 90 healthy men, divided as follows: (1) Basal control (no exercise) 25 cases; (2) Moderate exercise (after subject had been working for 12 h in Medicine Emergency Service) 19 cases, and (3) Intensive exercise: (a) football professional (45-min match) 10 cases; (b) football amateur (45-min match) 10 cases; (c) basketball professional (45-min match) 10 cases, and (d) basketball professional (90-min training) 16 cases. Our results led us to the following conclusions. (1) Moderate exercise, such as the usual daily work, does not modify myoglobin levels; (2) Myoglobin serum levels after exercise increase in nearly all individuals. They are higher in untrained people; (3) There seems to be a correlation between exercise intensity and increase of myoglobin serum levels, and (4) The detection of serum myoglobin by RIA may have a wide field of application for sport medicine.}
journal = []
volume = {8:4}
journal type = {AC}
place = {Germany}
year = {1983}
month = {Apr}
}