The effects of sodium bicarbonate supplementation on a soccer specific conditioning test in division III soccer players

Jason M. Cholewa; David J. Grannis; Daniel A. Jaffe; Lucas Guimarães-Ferreira; Tracy D. Matthews; Vincent J. Paolone

doi:10.17338/trainology.4.1_19

The effects of sodium bicarbonate supplementation on a soccer specific conditioning test in division III soccer players

Jason M. Cholewa, David J. Grannis, Daniel A. Jaffe, Lucas Guimarães-Ferreira, Tracy D. Matthews, Vincent J. Paolone

School of Life Sciences

Research output: Contribution to journal › Article › peer-review

Abstract

Objectives: This study investigated the performance enhancing effects of bicarbonate ingestion on soccer specific performance. Design: A randomized and double-blinded study. Methods: Division III collegiate male soccer players (N = 7) participated in the study. Participants ingested either an alkaline treatment (.3 g/kg NaHCO3) or placebo (cornflower) 60 min prior to exercise on two separate testing sessions spaced 7 days apart. Distance to fatigue in the Yo-Yo Intermittent Recovery Test Level 2 was used to assess performance. Capillary blood was sampled pre-ingestion (PE), 60 min post ingestion (PI), exhaustion (EX), following 15 min of recovery (RC) and analyzed for lactate ([La-]) and pH. Results: No significant (p > .05) differences between conditions existed for performance. A significant (p < .05) main effect was found for [La-]: values at EX were significantly greater than PE, PI, and RC; however, no interaction (p > .05) existed between time and condition. pH values at PE and PI were significantly greater than EX and RC in both conditions ; however, pH was significantly (p < .05) greater at PI than PE in treatment but not placebo. Conclusion: Bicarbonate ingestion increased extracellular buffering capacity but does not appear to enhance shuttle run performance in Division III soccer players.

Original language	English
Pages (from-to)	19-24
Number of pages	6
Journal	Journal of Trainology
Volume	4
Issue number	1
DOIs	https://doi.org/10.17338/trainology.4.1_19
Publication status	Published - 2015

Keywords

Sodium bicarbonate
Soccer
Football
Repeated sprint ability
Performance
Supplementation

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10.17338/trainology.4.1_19

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title = "The effects of sodium bicarbonate supplementation on a soccer specific conditioning test in division III soccer players",

abstract = "Objectives: This study investigated the performance enhancing effects of bicarbonate ingestion on soccer specific performance. Design: A randomized and double-blinded study. Methods: Division III collegiate male soccer players (N = 7) participated in the study. Participants ingested either an alkaline treatment (.3 g/kg NaHCO3) or placebo (cornflower) 60 min prior to exercise on two separate testing sessions spaced 7 days apart. Distance to fatigue in the Yo-Yo Intermittent Recovery Test Level 2 was used to assess performance. Capillary blood was sampled pre-ingestion (PE), 60 min post ingestion (PI), exhaustion (EX), following 15 min of recovery (RC) and analyzed for lactate ([La-]) and pH. Results: No significant (p > .05) differences between conditions existed for performance. A significant (p < .05) main effect was found for [La-]: values at EX were significantly greater than PE, PI, and RC; however, no interaction (p > .05) existed between time and condition. pH values at PE and PI were significantly greater than EX and RC in both conditions ; however, pH was significantly (p < .05) greater at PI than PE in treatment but not placebo. Conclusion: Bicarbonate ingestion increased extracellular buffering capacity but does not appear to enhance shuttle run performance in Division III soccer players.",

keywords = "Sodium bicarbonate, Soccer, Football, Repeated sprint ability, Performance, Supplementation",

author = "Cholewa, {Jason M.} and Grannis, {David J.} and Jaffe, {Daniel A.} and Lucas Guimar{\~a}es-Ferreira and Matthews, {Tracy D.} and Paolone, {Vincent J.}",

year = "2015",

doi = "10.17338/trainology.4.1_19",

language = "English",

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AU - Cholewa, Jason M.

AU - Grannis, David J.

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AU - Guimarães-Ferreira, Lucas

AU - Matthews, Tracy D.

AU - Paolone, Vincent J.

PY - 2015

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N2 - Objectives: This study investigated the performance enhancing effects of bicarbonate ingestion on soccer specific performance. Design: A randomized and double-blinded study. Methods: Division III collegiate male soccer players (N = 7) participated in the study. Participants ingested either an alkaline treatment (.3 g/kg NaHCO3) or placebo (cornflower) 60 min prior to exercise on two separate testing sessions spaced 7 days apart. Distance to fatigue in the Yo-Yo Intermittent Recovery Test Level 2 was used to assess performance. Capillary blood was sampled pre-ingestion (PE), 60 min post ingestion (PI), exhaustion (EX), following 15 min of recovery (RC) and analyzed for lactate ([La-]) and pH. Results: No significant (p > .05) differences between conditions existed for performance. A significant (p < .05) main effect was found for [La-]: values at EX were significantly greater than PE, PI, and RC; however, no interaction (p > .05) existed between time and condition. pH values at PE and PI were significantly greater than EX and RC in both conditions ; however, pH was significantly (p < .05) greater at PI than PE in treatment but not placebo. Conclusion: Bicarbonate ingestion increased extracellular buffering capacity but does not appear to enhance shuttle run performance in Division III soccer players.

AB - Objectives: This study investigated the performance enhancing effects of bicarbonate ingestion on soccer specific performance. Design: A randomized and double-blinded study. Methods: Division III collegiate male soccer players (N = 7) participated in the study. Participants ingested either an alkaline treatment (.3 g/kg NaHCO3) or placebo (cornflower) 60 min prior to exercise on two separate testing sessions spaced 7 days apart. Distance to fatigue in the Yo-Yo Intermittent Recovery Test Level 2 was used to assess performance. Capillary blood was sampled pre-ingestion (PE), 60 min post ingestion (PI), exhaustion (EX), following 15 min of recovery (RC) and analyzed for lactate ([La-]) and pH. Results: No significant (p > .05) differences between conditions existed for performance. A significant (p < .05) main effect was found for [La-]: values at EX were significantly greater than PE, PI, and RC; however, no interaction (p > .05) existed between time and condition. pH values at PE and PI were significantly greater than EX and RC in both conditions ; however, pH was significantly (p < .05) greater at PI than PE in treatment but not placebo. Conclusion: Bicarbonate ingestion increased extracellular buffering capacity but does not appear to enhance shuttle run performance in Division III soccer players.

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KW - Performance

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The effects of sodium bicarbonate supplementation on a soccer specific conditioning test in division III soccer players

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Keywords

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