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Respiratory exchange ratio (RER) as a function of velocity across 3 V̇O 2 max categories (low (54 ml/min/kg)).
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Author(s):
Jan Venzke
;
Robin Schäfer
;
Petra Platen
Subject Terms:
Molecular Biology
;
Biotechnology
;
Evolutionary Biology
;
Developmental Biology
;
Cancer
;
Mental Health
;
Infectious Diseases
;
respiratory exchange ratio
;
remaining relatively constant
;
individually determined based
;
improving player monitoring
;
estimated total mean
;
specific body characteristics
;
metabolic data based
;
v 775
;
similar treadmill performance
;
predictors performed best
;
metabolic power approach
;
constant speed running
;
athlete groups due
;
specific team sport
;
metabolic power
;
specific variability
;
treadmill protocol
;
athletes performed
;
8322
;
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;
whole group
;
training adaptations
;
team sports
Document Type:
still image
Language:
unknown
Additional Information
Publication Date:
2025
Abstract:
Respiratory exchange ratio (RER) as a function of velocity across 3 V̇O 2 max categories (low (<49 ml/min/kg), medium (49-54 ml/min/kg), and high (>54 ml/min/kg)).
Accession Number:
10.1371/journal.pone.0329323.g006
Online Access:
https://doi.org/10.1371/journal.pone.0329323.g006
https://figshare.com/articles/figure/Respiratory_exchange_ratio_RER_as_a_function_of_velocity_across_3_V_O_sub_2_sub_max_categories_low_49_ml_min_kg_medium_49-54_ml_min_kg_and_high_54_ml_min_kg_/29845322
Rights:
CC BY 4.0
Accession Number:
edsbas.A6377FF4
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