Fetal morphological characteristics illustrated by the range of 95% of the observations within each group of categorical variables for 247 Holstein fetuses. For the lower (left) group, the 95% is from minimum to the 95-percentile. For the upper (right) group, the 95% cover the 5th percentile to maximum, and for the remaining groups covers the 2.5- to 97.5-percentile range.</p
Fetal biometric parameters of the study population according to the gestational age ranges.</p
Background: When we are born, thymus weighs about 10 or 13 g. This organ can develop as a result of ...
<p>Least square means with standard errors of means are shown and <i>P</i>-values for significant di...
Coefficients of variation (R2) for quantitative and morphological variables prediction of fetal age ...
<p>Note that the only statistically significant differences between groups was in birth weight (see ...
Although transport and slaughter of cattle during the last 10% of the gestation period is prohibited...
Although transport and slaughter of cattle during the last 10% of the gestation period is prohibited...
Previous studies have reported regression formulae describing organ weight changes in often circumsc...
Reference ranges in fetal postmortem anthropometric data derive from heterogeneous studies and rely ...
Multivariable models for coat, eyelid opening and quantitative variables (Model 1, left) and teeth v...
Incidence of fetal macrosomia according to maternal and newborn characteristics.</p
Measurements by ultrasound of the biparietal diameter of the fetal head during pregnancy are a relia...
<p>Clinical characteristics of the study population according to the status of the fetal membrane (i...
<p>(A) Heights of E16.5, E18.5 embryos and newborns. (B) Weights of E16.5, E18.5 embryos and newborn...
Introduction Reference ranges in fetal postmortem anthropometric data derive from heterogeneous stud...
Fetal biometric parameters of the study population according to the gestational age ranges.</p
Background: When we are born, thymus weighs about 10 or 13 g. This organ can develop as a result of ...
<p>Least square means with standard errors of means are shown and <i>P</i>-values for significant di...
Coefficients of variation (R2) for quantitative and morphological variables prediction of fetal age ...
<p>Note that the only statistically significant differences between groups was in birth weight (see ...
Although transport and slaughter of cattle during the last 10% of the gestation period is prohibited...
Although transport and slaughter of cattle during the last 10% of the gestation period is prohibited...
Previous studies have reported regression formulae describing organ weight changes in often circumsc...
Reference ranges in fetal postmortem anthropometric data derive from heterogeneous studies and rely ...
Multivariable models for coat, eyelid opening and quantitative variables (Model 1, left) and teeth v...
Incidence of fetal macrosomia according to maternal and newborn characteristics.</p
Measurements by ultrasound of the biparietal diameter of the fetal head during pregnancy are a relia...
<p>Clinical characteristics of the study population according to the status of the fetal membrane (i...
<p>(A) Heights of E16.5, E18.5 embryos and newborns. (B) Weights of E16.5, E18.5 embryos and newborn...
Introduction Reference ranges in fetal postmortem anthropometric data derive from heterogeneous stud...
Fetal biometric parameters of the study population according to the gestational age ranges.</p
Background: When we are born, thymus weighs about 10 or 13 g. This organ can develop as a result of ...
<p>Least square means with standard errors of means are shown and <i>P</i>-values for significant di...