The modified logistic model (solid line) given by Eq 5 was selected as the most parsimonious model in our analysis. The models of Abduljalil et al. [28] and Gaohua et al. [29], both cubic polynomials, were calibrated using the same curated data set [28] used by us. The model of Luecke et al. [15] was calibrated using different data. It assumes an initial maternal plasma volume of 2.6 L (or an initial plasma mass of 2.6 kg) and predicts an increase in maternal plasma volume (or mass) as a function of total fetal mass. Dallmann et al. [3] calibrated their cubic model with different data.</p
The cubic growth model (solid line) given by Eq 31 was selected as the most parsimonious model in ou...
The quadratic model (solid line) given by Eq 26 was selected as the most parsimonious model in our a...
Maternal RBC volume models (volume in L vs. fetal mass in kg for power law models, volume in L vs. g...
The modified logistic model (solid line) given by Eq 6 was selected as the most parsimonious model i...
The quadratic model (solid line) given by Eq 24 was selected as the most parsimonious model in our a...
The cubic growth model (solid line) given by Eq 8 was selected as the most parsimonious model in our...
The Gompertz model (solid line) given by Eq 2 was selected as the most parsimonious model in our ana...
The cubic model (solid line) given by Eq 13 was selected as the most parsimonious model in our analy...
The cubic model (solid line) given by Eq 1 was selected as the most parsimonious model in our analys...
The logistic model (solid line) given by Eq 50 was selected as the most parsimonious model in our an...
The logistic model (solid line) given by Eq 45 was selected as the most parsimonious model in our an...
The quadratic growth model (solid line) given by Eq 28 was selected as the most parsimonious model i...
The linear model (solid line) given by Eq 3 was selected as the most parsimonious model in our analy...
The cubic model (solid line) given by Eq 17 was selected as the most parsimonious model in our analy...
The logistic model (solid line) given by Eq 44 was selected as the most parsimonious model in our an...
The cubic growth model (solid line) given by Eq 31 was selected as the most parsimonious model in ou...
The quadratic model (solid line) given by Eq 26 was selected as the most parsimonious model in our a...
Maternal RBC volume models (volume in L vs. fetal mass in kg for power law models, volume in L vs. g...
The modified logistic model (solid line) given by Eq 6 was selected as the most parsimonious model i...
The quadratic model (solid line) given by Eq 24 was selected as the most parsimonious model in our a...
The cubic growth model (solid line) given by Eq 8 was selected as the most parsimonious model in our...
The Gompertz model (solid line) given by Eq 2 was selected as the most parsimonious model in our ana...
The cubic model (solid line) given by Eq 13 was selected as the most parsimonious model in our analy...
The cubic model (solid line) given by Eq 1 was selected as the most parsimonious model in our analys...
The logistic model (solid line) given by Eq 50 was selected as the most parsimonious model in our an...
The logistic model (solid line) given by Eq 45 was selected as the most parsimonious model in our an...
The quadratic growth model (solid line) given by Eq 28 was selected as the most parsimonious model i...
The linear model (solid line) given by Eq 3 was selected as the most parsimonious model in our analy...
The cubic model (solid line) given by Eq 17 was selected as the most parsimonious model in our analy...
The logistic model (solid line) given by Eq 44 was selected as the most parsimonious model in our an...
The cubic growth model (solid line) given by Eq 31 was selected as the most parsimonious model in ou...
The quadratic model (solid line) given by Eq 26 was selected as the most parsimonious model in our a...
Maternal RBC volume models (volume in L vs. fetal mass in kg for power law models, volume in L vs. g...