Type. organism
No circumstances recorded.
recommend · D2 - S3
Labor induction may be recommended if the health of the mother or fetus is at risk.
need · D2 - S4
Sometimes labor induction may be needed even if it means that the fetus will be born early.
mean · D2 - S4
Sometimes labor induction may be needed even if it means that the fetus will be born early.
be born · D2 - S4
Sometimes labor induction may be needed even if it means that the fetus will be born early.
be born · D2 - S5
In these cases, the risks of continuing the pregnancy are judged to outweigh the risks of the fetus being born too early.
continue · D2 - S5
In these cases, the risks of continuing the pregnancy are judged to outweigh the risks of the fetus being born too early.
judge · D2 - S5
In these cases, the risks of continuing the pregnancy are judged to outweigh the risks of the fetus being born too early.
outweigh · D2 - S5
In these cases, the risks of continuing the pregnancy are judged to outweigh the risks of the fetus being born too early.
have · D2 - S39
Women with large-for-dates fetuses are more likely to have labor augmentation and caesarean section, more serious perineal trauma, and more severe morbidity.
expect · D6 - S8
Excessive amniotic fluid indicates that the fetus's urine output is larger than expected, indicating a larger baby than normal; some symptoms of excessive amniotic fluid include
include · D6 - S8
Excessive amniotic fluid indicates that the fetus's urine output is larger than expected, indicating a larger baby than normal; some symptoms of excessive amniotic fluid include
indicate · D6 - S8
Excessive amniotic fluid indicates that the fetus's urine output is larger than expected, indicating a larger baby than normal; some symptoms of excessive amniotic fluid include
occur · D6 - S22
Hypoglycemia, as well as hyperbilirubinemia and polycythemia, occurs as a result of hyperinsulinemia in the fetus.
have · D6 - S30
The risk of having a macrosomic fetus is three times greater in mothers with diabetes than those without diabetes.
increase · D6 - S43
This explanation proposes that impaired glucose control in the mother leads to a hyperglycemic state for the fetus, which leads to a hyperinsulinemia response, in turn causing increased glucose metabolism, fat deposition, and excess growth.
cause · D6 - S43
This explanation proposes that impaired glucose control in the mother leads to a hyperglycemic state for the fetus, which leads to a hyperinsulinemia response, in turn causing increased glucose metabolism, fat deposition, and excess growth.
lead · D6 - S43
This explanation proposes that impaired glucose control in the mother leads to a hyperglycemic state for the fetus, which leads to a hyperinsulinemia response, in turn causing increased glucose metabolism, fat deposition, and excess growth.
propose · D6 - S43
This explanation proposes that impaired glucose control in the mother leads to a hyperglycemic state for the fetus, which leads to a hyperinsulinemia response, in turn causing increased glucose metabolism, fat deposition, and excess growth.
impair · D6 - S43
This explanation proposes that impaired glucose control in the mother leads to a hyperglycemic state for the fetus, which leads to a hyperinsulinemia response, in turn causing increased glucose metabolism, fat deposition, and excess growth.
diagnose · D6 - S50
While ultrasound has been the primary method for diagnosing LGA, this form of fetal weight assessment remains imprecise, as the fetus is a highly variable structure in regards to density and weight— no matter the gestational age.
incorporate · D6 - S51
Ultrasonography involves an algorithm that incorporates biometric measurements of the fetus, such as biparietal diameter (BPD), head circumference (HC), abdominal circumference (AC), and femur length (FL), to calculate the estimated fetal weight (EFW).
calculate · D6 - S51
Ultrasonography involves an algorithm that incorporates biometric measurements of the fetus, such as biparietal diameter (BPD), head circumference (HC), abdominal circumference (AC), and femur length (FL), to calculate the estimated fetal weight (EFW).
involve · D6 - S51
Ultrasonography involves an algorithm that incorporates biometric measurements of the fetus, such as biparietal diameter (BPD), head circumference (HC), abdominal circumference (AC), and femur length (FL), to calculate the estimated fetal weight (EFW).
measure · D6 - S54
Clinical methods for estimating fetal weight involve measuring the mother's symphysis-fundal height and performing Leopold's maneuvers, which can help with determining the fetus's position in utero in addition to size.
help · D6 - S54
Clinical methods for estimating fetal weight involve measuring the mother's symphysis-fundal height and performing Leopold's maneuvers, which can help with determining the fetus's position in utero in addition to size.
perform · D6 - S54
Clinical methods for estimating fetal weight involve measuring the mother's symphysis-fundal height and performing Leopold's maneuvers, which can help with determining the fetus's position in utero in addition to size.
estimate · D6 - S54
Clinical methods for estimating fetal weight involve measuring the mother's symphysis-fundal height and performing Leopold's maneuvers, which can help with determining the fetus's position in utero in addition to size.
involve · D6 - S54
Clinical methods for estimating fetal weight involve measuring the mother's symphysis-fundal height and performing Leopold's maneuvers, which can help with determining the fetus's position in utero in addition to size.
determine · D6 - S54
Clinical methods for estimating fetal weight involve measuring the mother's symphysis-fundal height and performing Leopold's maneuvers, which can help with determining the fetus's position in utero in addition to size.
estimate · D6 - S56
Fetal weight can also be estimated through a mother's subjective assessment of the fetus's size, but this method is dependent on a mother's experience with past pregnancies and may not be clinically useful.