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We investigated NaHCO3 infusion effects on plasma lactate removal by forearm muscles and performance during intensive leg exercise.
2
An effect on palatibility through neutralization of silage acids may have been responsible for the intake response to NaHCO3.
3
Anecdotal reports in patients with such drug toxicity have suggested a beneficial effect of sodium lactate or NaHCO3 administration.
4
At equal rates of bicarbonate reabsorption the inhibitory effects on tubular fluid and NaCl reabsorption were slightly less during mannitol than during NaHCO3 infusion.
5
Conclusion: NaHCO3 administration for 5 d may prevent acid-base balance disturbances and improve performance during anaerobic exercise in a dose-dependent manner.
6
When the tongue was adapted to 10-30 mM NaHCO3 (pH 8.4-8.6), taste and water responses were similar to those under saliva-adapted conditions.
7
The leading reaction of this process is the mutual decomposition of ammonium bicarbonate and sodium chloride: NaCl + NH4HCO3 = NaHCO3 + NH4Cl.