-transparent.png){kind=logo}
The effects of standardized aerobic and anaerobic exercise intensities on intraocular tension, blood lactate, and pH were studied. Intraocular tension decreased rapidly at all exercise intensities. The absolute lowest level of intraocular tension reached with aerobic and anaerobic exercise levels varied by only 1.5 mm. Hg and this difference was not statistically significant. Blood lactate and pH changes correlated with intraocular tension changes at anaerobic exercise levels, but not at aerobic exercise levels. These findings associated with aerobic exercise have not been previously reported. It is suggested that parameters other than the decrease in blood pH and the increase in blood lactate are responsible for most of the decrease in intraocular tension associated with dynamic exercise.
R A Kielar, and
P Teraslinna, and
D G Rowe, and
J Jackson
July 1992,
British medical bulletin,
R A Kielar, and
P Teraslinna, and
D G Rowe, and
J Jackson
January 1990,
European journal of applied physiology and occupational physiology,
R A Kielar, and
P Teraslinna, and
D G Rowe, and
J Jackson
May 2005,
Journal of strength and conditioning research,
R A Kielar, and
P Teraslinna, and
D G Rowe, and
J Jackson
November 2001,
European journal of applied physiology,
R A Kielar, and
P Teraslinna, and
D G Rowe, and
J Jackson
July 1948,
Science (New York, N.Y.),
R A Kielar, and
P Teraslinna, and
D G Rowe, and
J Jackson
July 1948,
Science (New York, N.Y.),
R A Kielar, and
P Teraslinna, and
D G Rowe, and
J Jackson
January 1986,
European journal of applied physiology and occupational physiology,
R A Kielar, and
P Teraslinna, and
D G Rowe, and
J Jackson
September 2007,
Environmental health and preventive medicine,
R A Kielar, and
P Teraslinna, and
D G Rowe, and
J Jackson
October 2015,
Journal of strength and conditioning research,
R A Kielar, and
P Teraslinna, and
D G Rowe, and
J Jackson
June 2008,
Gender medicine,
