A client who is 4 months pregnant is at the prenatal clinic for her initial visit. Her history reveals she has a 7-year-old daughter who was born at 34 weeks gestation, a 2-year old son born at 39 weeks gestation, and a spontaneous abortion 1 year ago at 6 weeks gestation. Using the GTPAL method, the nurse would document her obstetric history as:
3-2-1-0-2
4-1-1-1-3
4-1-1-1-2
4-1-2-0-3
The Correct Answer is C
Choice A Reason: 3-2-1-0-2. This is an incorrect answer that underestimates the number of pregnancies and overestimates the number of preterm births. The client has had four pregnancies, not three. She has had one preterm birth, not two.
Choice B Reason: 4-1-1-1-3. This is an incorrect answer that overestimates the number of living children. The client has two living children, not three.
Choice C Reason 4-1-1-1-2. This is because the GTPAL method is a way of summarizing a woman's obstetric history using five numbers: G (gravida), T (term births), P (preterm births), A (abortions), and L (living children). Gravida is the number of pregnancies, regardless of outcome. Term births are deliveries after 37 weeks' gestation. Preterm births are deliveries between 20 and 37 weeks' gestation. Abortions are pregnancies that end before 20 weeks' gestation, either spontaneously or electively. Living children are the number of children who are alive at the time of assessment.
Choice D Reason: 4-1-2-0-3. This is an incorrect answer that overestimates the number of preterm births and living children, and underestimates the number of abortions. The client has had one preterm birth, not two. She has had one abortion, not zero. She has two living children, not three.

Nursing Test Bank
Naxlex Comprehensive Predictor Exams
Related Questions
Correct Answer is C
Explanation
Choice A Reason: IgG. This is an incorrect answer that refers to a different type of antibody that is not abundant in breast milk. IgG is a type of antibody that provides systemic immunity against various antigens. IgG is found in low concentrations in breast milk, as it does not cross the mammary epithelium easily. IgG can protect the infant from some infections, but it is mainly transferred from the mother to the fetus through the placenta during pregnancy.
Choice B Reason: IgE. This is an incorrect answer that refers to a different type of antibody that is not relevant to breast milk. IgE is a type of antibody that mediates allergic reactions and parasitic infections. IgE is found in very low concentrations in breast milk, as it does not have a significant role in mucosal immunity. IgE can trigger mast cells and basophils to release histamine and other inflammatory mediators, which can cause symptoms such as itching, swelling, or bronchoconstriction.
Choice C Reason: IgA. This is because IgA is a type of antibody that protects mucosal surfaces from pathogens and toxins. IgA is found in high concentrations in breast milk, especially in colostrum (the first milk produced after delivery). IgA can bind to bacteria and viruses in the infant's gastrointestinal tract and prevent them from ataching to the intestinal wall or crossing into the bloodstream. IgA can also enhance the infant's immune system by stimulating lymphoid tissue development and modulating inflammatory responses.
Choice D Reason: IgM. This is an incorrect answer that refers to a different type of antibody that is not abundant in breast milk. IgM is a type of antibody that activates complement system and agglutinates antigens. IgM is found in low concentrations in breast milk, as it does not cross the mammary epithelium easily due to its large size. IgM can protect the infant from some infections, but it is mainly produced by the infant's own immune system in response to exposure to antigens.
Correct Answer is C
Explanation
Choice A Reason: Late decelerations. This is an incorrect answer that refers to a different type of fetal heart rate patern that indicates uteroplacental insufficiency, which can reduce blood flow and oxygen delivery to the fetus. Late decelerations are characterized by gradual decreases in fetal heart rate that begin after the peak of uterine contractions and return to baseline after the end of contractions. Amnioinfusion is not effective for late decelerations, as it does not address the underlying cause of uteroplacental insufficiency, which may be due to maternal hypertension, diabetes, preeclampsia, or placental abruption.
Choice B Reason: Moderate decelerations. This is an incorrect answer that refers to a non-existent type of fetal heart rate patern, as there is no such term as moderate decelerations. The term moderate refers to the category of fetal heart rate variability, which is a measure of the fluctuations in fetal heart rate around the baseline. Moderate variability indicates normal fetal oxygenation and well-being, while absent or minimal variability indicates fetal hypoxia or distress.
Choice C Reason: Variable decelerations. This is because variable decelerations are a type of fetal heart rate patern that indicates cord compression, which can reduce blood flow and oxygen delivery to the fetus. Variable decelerations are characterized by abrupt decreases in fetal heart rate that vary in onset, depth, and duration, and do not have a consistent relationship with uterine contractions. Amnioinfusion is a procedure that involves infusing saline or lactated Ringer's solution into the amniotic cavity through a transcervical catheter, which can relieve cord compression by increasing the volume of amniotic fluid and cushioning the cord. Amnioinfusion can improve fetal oxygenation and reduce variable decelerations.
Choice D Reason: Early decelerations. This is an incorrect answer that refers to a different type of fetal heart rate patern that indicates head compression, which can stimulate the vagus nerve and slow down the fetal heart rate. Early decelerations are characterized by gradual decreases in fetal heart rate that begin with the onset of uterine contractions and return to baseline with the end of contractions. Early decelerations are benign and do not require intervention, as they reflect normal fetal head descent and progress of labor. Amnioinfusion is not indicated for early decelerations, as it does not affect head compression or vagal stimulation.

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