<p>Daughter/mother ratios based on assumptions of the elastic similarity model for three daughters, A, B, and C. Different values of the daughter/mother ratio are represented by different colors. Values greater than 3 are shown in yellow. The angles of daughters A and C are set as <i>θ</i><sub>A</sub> = <i>θ</i><sub>C</sub> and to vary from 0.1 to 90°. The weight of daughter B is fixed at 10 kg, and the weights of daughters A and C are set as <i>W</i><sub>A</sub> = <i>W</i><sub>C</sub> and to vary from 0 to 10 kg. <i>m</i><sub>M</sub> and <i>m<sub>i</sub></i> are 1 cm.</p
<p>Risk factors include: age at mammogram (linear and quadratic terms), age at birth of first child,...
<p>Offspring sex ratio was significantly and negatively associated with maternal digit ratio. y = -1...
<p>The bottom and top limits of the box are the 0.25 and 0.75 quartiles, respectively, and the bold ...
<p>Daughter/mother ratios based on assumptions of the uniform stress model for three daughters: A, B...
<p>Elastic similarity model indices plotted against daughters' degrees of deviation in (A) <i>Fagus ...
<p><i>x</i> represents the daughters' degree of deviation, and <i>y</i> represents the daughter/moth...
<p>Values in parentheses are estimates obtained from calculations that take <i>m</i><sub>i</sub> and...
<p>Daughter/mother ratios vs. daughters' degree of deviation in (A) <i>Fagus crenata</i> and (B) <i>...
Relative-risk ratios (RRR) for 4, 7, 10, 13, and 16-year old children to be classified as underweigh...
<p>Clutch size (A) and egg size (B) as a function of maternal body length per period (open circles: ...
<p>Degree of fit of each models for abundance, male size, female size and sex ratio.</p
<p>Indices of the uniform stress model vs. daughters' degrees of deviation in (A) <i>Fagus crenata</...
<p>Female size had a significant influence on the number of offspring produced. C1-C6 represents six...
<p>Odds ratios of a long umbilical cord (>90<sup>th</sup> percentile) on maternal body mass index, v...
Maternal GFR models (rate in mL/min vs. maternal mass in kg for power law models, rate in mL/min vs....
<p>Risk factors include: age at mammogram (linear and quadratic terms), age at birth of first child,...
<p>Offspring sex ratio was significantly and negatively associated with maternal digit ratio. y = -1...
<p>The bottom and top limits of the box are the 0.25 and 0.75 quartiles, respectively, and the bold ...
<p>Daughter/mother ratios based on assumptions of the uniform stress model for three daughters: A, B...
<p>Elastic similarity model indices plotted against daughters' degrees of deviation in (A) <i>Fagus ...
<p><i>x</i> represents the daughters' degree of deviation, and <i>y</i> represents the daughter/moth...
<p>Values in parentheses are estimates obtained from calculations that take <i>m</i><sub>i</sub> and...
<p>Daughter/mother ratios vs. daughters' degree of deviation in (A) <i>Fagus crenata</i> and (B) <i>...
Relative-risk ratios (RRR) for 4, 7, 10, 13, and 16-year old children to be classified as underweigh...
<p>Clutch size (A) and egg size (B) as a function of maternal body length per period (open circles: ...
<p>Degree of fit of each models for abundance, male size, female size and sex ratio.</p
<p>Indices of the uniform stress model vs. daughters' degrees of deviation in (A) <i>Fagus crenata</...
<p>Female size had a significant influence on the number of offspring produced. C1-C6 represents six...
<p>Odds ratios of a long umbilical cord (>90<sup>th</sup> percentile) on maternal body mass index, v...
Maternal GFR models (rate in mL/min vs. maternal mass in kg for power law models, rate in mL/min vs....
<p>Risk factors include: age at mammogram (linear and quadratic terms), age at birth of first child,...
<p>Offspring sex ratio was significantly and negatively associated with maternal digit ratio. y = -1...
<p>The bottom and top limits of the box are the 0.25 and 0.75 quartiles, respectively, and the bold ...