High intensity exercise results in an excess of hydrogen ions and acute, transient reductions in blood and muscle pH. Sodium bicarbonate ingestion is a strategy employed by many athletes to increase the buffering capacity for such hydrogen ions in an attempt to offset acidosis and improve or maintain performance. However, the acute doses used in such scenarios can result in gastrointestinal discomfort. More recent work has considered lower doses and determination of individual peaks in alkalosis. This commentary will overview conventional ingestion strategies and consider a complimentary approach to ingestion dosage in relation to a range of body masses
The purpose of this study was to evaluate the effect of oral administration of sodium bicarbonate (3...
Boxing is a sport that consists of multiple high-intensity bouts separated by minimal recovery time ...
Aim. This work aimed to investigate the effects of bicarbonate buffering on repeated tethered treadm...
High intensity exercise results in an excess of hydrogen ions and acute, transient reductions in blo...
High-intensity exercise results in increased hydrogen cation (H+) production in the working muscle, ...
Consumption of sodium bicarbonate (300 mg/kg 1-2 h before exercise) can temporarily increase blood b...
To defend against hydrogen cation accumulation and muscle fatigue during exercise, sodium bicarbonat...
High intensity exercise can be maintained for only short periods of time. Cessation of short term, h...
For many years coaches and trainers have recommended sodium bicarbonate (NaHCO3) to increase perform...
To defend against hydrogen cation accumulation and muscle fatigue during exercise, sodium 20 bicarbo...
Includes bibliographical references.A meta-analysis was conducted involving within-group, double-bli...
Acute moderate hypoxic exposure can substantially impair exercise performance, which occurs with a c...
Based on a comprehensive review and critical analysis of the literature regarding the effects of sod...
This study investigated the effect of post-exercise sodium bicarbonate (NaHCO3) ingestion on acid-ba...
The aim of this study was to determine the individual variability in time to peak pH after the consu...
The purpose of this study was to evaluate the effect of oral administration of sodium bicarbonate (3...
Boxing is a sport that consists of multiple high-intensity bouts separated by minimal recovery time ...
Aim. This work aimed to investigate the effects of bicarbonate buffering on repeated tethered treadm...
High intensity exercise results in an excess of hydrogen ions and acute, transient reductions in blo...
High-intensity exercise results in increased hydrogen cation (H+) production in the working muscle, ...
Consumption of sodium bicarbonate (300 mg/kg 1-2 h before exercise) can temporarily increase blood b...
To defend against hydrogen cation accumulation and muscle fatigue during exercise, sodium bicarbonat...
High intensity exercise can be maintained for only short periods of time. Cessation of short term, h...
For many years coaches and trainers have recommended sodium bicarbonate (NaHCO3) to increase perform...
To defend against hydrogen cation accumulation and muscle fatigue during exercise, sodium 20 bicarbo...
Includes bibliographical references.A meta-analysis was conducted involving within-group, double-bli...
Acute moderate hypoxic exposure can substantially impair exercise performance, which occurs with a c...
Based on a comprehensive review and critical analysis of the literature regarding the effects of sod...
This study investigated the effect of post-exercise sodium bicarbonate (NaHCO3) ingestion on acid-ba...
The aim of this study was to determine the individual variability in time to peak pH after the consu...
The purpose of this study was to evaluate the effect of oral administration of sodium bicarbonate (3...
Boxing is a sport that consists of multiple high-intensity bouts separated by minimal recovery time ...
Aim. This work aimed to investigate the effects of bicarbonate buffering on repeated tethered treadm...