basal_df

A dataframe with the results of a test to assess basal metabolism

datasets

Calculate the maximal fat oxidation, the exercise intensity that elicits the
maximal fat oxidation and the SIN model to represent the fat oxidation kinetics.
Three variables can be obtained from the SIN model: dilatation, symmetry and translation.
Examples of these methods can be found in Montes de Oca et al (2021) <doi:10.1080/17461391.2020.1788650>
and Chenevi<c3><a8>re et al. (2009) <doi:10.1249/MSS.0b013e31819e2f91>.

Jorge R Fernandez-Santos

Maximal Fat Oxidation and Kinetics Calculation

Jesus G Ponce-Gonzalez

Cristina Casals

Jose L Gonzalez-Montesinos

Juan Corral-Perez

Alejandro Perez-Bey

basal_df function

A data frame with 88 rows and 8 variables:<dl class="dl-horizontal">
<dt>Time</dt><dd>time test, in minutess</dd>
<dt>HR</dt><dd>heart rate, in beats/min</dd>
<dt>VO2</dt><dd>volume of oxygen consumption, in ml/min</dd>
<dt>VCO2</dt><dd>volume of exhaled carbon dioxide, in ml/min</dd>
<dt>RER</dt><dd>respiratory exchange ratio</dd>
<dt>BF</dt><dd>breathe frequency, in breaths/min</dd>
<dt>VE</dt><dd>ventilation, in l/min</dd>
<dt>PETCO2</dt><dd>end-tidal carbondioxide pressure, in mmHg</dd>
</dl>

Format

Basal test dataframe — basal_df

A data frame with 88 rows and 8 variables:<dl class='dl-horizontal'>
<dt>Time</dt><dd>time test, in minutess</dd>
<dt>HR</dt><dd>heart rate, in beats/min</dd>
<dt>VO2</dt><dd>volume of oxygen consumption, in ml/min</dd>
<dt>VCO2</dt><dd>volume of exhaled carbon dioxide, in ml/min</dd>
<dt>RER</dt><dd>respiratory exchange ratio</dd>
<dt>BF</dt><dd>breathe frequency, in breaths/min</dd>
<dt>VE</dt><dd>ventilation, in l/min</dd>
<dt>PETCO2</dt><dd>end-tidal carbondioxide pressure, in mmHg</dd>
</dl>

basal_df: Basal test dataframe

Description

Usage

Arguments

Format