Methotrexate is recommended as part of the treatment plan for which obstetric complication?

Choice A) Monitor uterine contractions is incorrect because this is not the most urgent intervention for a pregnant woman who has experienced a bleeding episode in late pregnancy. Uterine contractions can indicate labor or placental abruption, which are possible causes of bleeding in late pregnancy. However, they are not the only or the most reliable indicators of these conditions, as some women may have painless bleeding or contractions without bleeding. Moreover, monitoring uterine contractions does not address the immediate needs of the mother and the fetus, such as oxygenation, circulation, and perfusion. Therefore, this intervention should be done after assessing and stabilizing the vital signs and FHR.

Choice B) Assess fetal heart rate (FHR) and maternal vital signs is correct because this is the most important and essential intervention for a pregnant woman who has experienced a bleeding episode in late pregnancy. Bleeding in late pregnancy can be caused by various conditions, such as placenta previa, placental abruption, uterine rupture, or vasa previa, which can compromise the blood supply and oxygen delivery to the mother and the fetus. Assessing FHR and maternal vital signs can help to determine the severity and cause of the bleeding, as well as guide further

interventions such as fluid resuscitation, oxygen therapy, blood transfusion, or emergency delivery. The normal FHR range for a fetus is 110 to 160 beats per minute, and it may vary with fetal activity or maternal position. The normal maternal vital signs are: blood pressure 120/80 mm Hg or lower, heart rate 60 to 100 beats per minute, respiratory rate 12 to 20 breaths per minute, and temperature 36.5°C to 37.5°C (97.7°F to 99.5°F). Any deviation from these ranges may indicate hypoxia, hypovolemia, shock, infection, or distress. Therefore, this intervention should be done as soon as possible for women who have bleeding in late pregnancy.

Choice c) Perform a venipuncture for hemoglobin and hematocrit levels is incorrect because this is not a priority intervention for a pregnant woman who has experienced a bleeding episode in late pregnancy. Hemoglobin and hematocrit are blood tests that measure the amount of red blood cells and their percentage in the blood volume.

They can help to evaluate the extent of blood loss and the need for blood transfusion. However, they are not

immediate or accurate indicators of bleeding in late pregnancy, as they may take time to reflect the changes in blood volume or be affected by other factors such as hydration or hemodilution. Moreover, performing a venipuncture does not address the immediate needs of the mother and the fetus, such as oxygenation, circulation, and perfusion.

Therefore, this intervention should be done after assessing and stabilizing the vital signs and FHR.

Choice d) Place clean disposable pads to collect any drainage is incorrect because this is not a priority intervention for a pregnant woman who has experienced a bleeding episode in late pregnancy. Placing clean disposable pads can help to keep the perineal area clean and dry, as well as to estimate the amount and type of bleeding. However, it does not address the immediate needs of the mother and the fetus, such as oxygenation, circulation, and perfusion. Moreover, it does not provide any information about the cause or severity of the bleeding, as it may be affected by factors such as gravity or pooling. Therefore, this intervention should be done after assessing and stabilizing the vital signs and FHR.

Choice A: This is incorrect because both physiological and nonphysiological jaundice result from breakdown of erythrocytes. Jaundice is caused by the accumulation of bilirubin, a yellow pigment that is produced when red blood cells are destroyed. However, the rate and extent of hemolysis differ between the two types of jaundice.

Choice B: This is incorrect because kernicterus is a rare and serious complication of jaundice, not a usual outcome. Kernicterus occurs when bilirubin levels are very high and the pigment deposits in the brain, causing neurological damage. It can affect both physiological and nonphysiological jaundice, but it is more likely to occur in nonphysiological jaundice due to higher bilirubin levels and underlying conditions.

Choice C: This is incorrect because both physiological and nonphysiological jaundice begin at the head and progress down the body. This is because bilirubin accumulates in areas with high fat content, such as the skin, eyes, and brain. The distribution of jaundice depends on the level of bilirubin in the blood, not on the type of jaundice.

Choice D: This is the correct answer because nonphysiological jaundice appears in the first 24 hours of life, whereas physiological jaundice appears after the first 24 hours of life. Nonphysiological jaundice is caused by factors that increase hemolysis or impair bilirubin metabolism or excretion, such as blood group incompatibility, infection, liver disease, or enzyme deficiency. Physiological jaundice is caused by normal adaptation processes that occur after birth, such as increased red blood cell turnover, immature liver function, and delayed intestinal flora colonization.