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Fraction of air coming from conductive airways has the negative balance in heat dissipation after maximal effort exercise-a physiological basis for exercise-induced bronchoconstriction
Dimov, P., Labor, M., Plavec, D. Fraction of air coming from conductive airways has the negative balance in heat dissipation after maximal effort exercise-a physiological basis for exercise-induced bronchoconstriction,
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Dimov, P., Labor, M., Plavec, D. .
Fraction of air coming from conductive airways has the negative balance in heat dissipation after maximal effort exercise-a physiological basis for exercise-induced bronchoconstriction.
: , .
Dimov, P., Labor, M., Plavec, D. ()
Fraction of air coming from conductive airways has the negative balance in heat dissipation after maximal effort exercise-a physiological basis for exercise-induced bronchoconstriction,
:
Dimov, P.,
Labor, M., &
Plavec, D.
().
Fraction of air coming from conductive airways has the negative balance in heat dissipation after maximal effort exercise-a physiological basis for exercise-induced bronchoconstriction. Journal of breath research; Journal of breath research.