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A review of AWHONN intermediate fetal monitoring principles, featuring multiple-choice questions with verified answers on fetal heart rate (FHR) interpretation, maternal-fetal physiology, and nursing interventions. Topics include extrinsic influences on FHR, fetal circulation, baroreceptor function, FHR variability, decelerations, uterine activity, acidemia interpretation, and oxygenation interventions. Clinical scenarios like placental abruption and nuchal cord are addressed, emphasizing communication among healthcare providers. This resource enhances fetal monitoring knowledge and skills for healthcare professionals, improving patient outcomes during labor and delivery. It's useful for medical students, nurses, and others in obstetric care, reinforcing key concepts and promoting critical thinking.
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Which of the following is an extrinsic influence on the FHR? - โโC. Fetal-placental circulation The most highly oxygenated blood in fetal circulation is carried by: - โโC. Ductus venosus If fetal arterial pressure begins to fall below normal levels: - โโA. Baroreceptors cause vasoconstriction and increase the FHR Fetal heart rate variability is defined as fluctuations in the baseline that are irregular in _____ and _____.
Maternal-fetal oxygen and nutrient transfer takes place in the: - โโB. intervillous space During a contraction, the tocodynamometer detects: - โโA. Pressure created by tensing of uterine muscle Normal fetal heart rate baseline is: - โโC. 110-160 bpm Following birth, a fetal cord blood sample is taken. The results are: pH: 6. pCO2: 86 mmHg pO2: 4mmHg BE: - 18.6 mEq/L These results are best interpreted as: - โโC. Mixed acidemia A characteristic of variable decelerations is: - โโB. The onset of the deceleration is abrupt Stimulation of the vagus nerve in a healthy fetus will cause: - โโA. A decrease in the fetal heart rate What is the baseline rate? - โโB. 145 bpm What is the correct interpretation? - โโB. Baseline of 160 bpm with recurrent late decelerations What is the primary physiologic goal? - โโB. Maximize oxygenation Based on the tracing, the most appropriate interventions are: - โโB. Decrease oxytocin from 14 to 7 mU/min and start a 500-mL IVFB. Which of the following is a correct interpretation of the tracing? - โโC. The tracing of uterine activity requires palpation for accurate assessment
What is the baseline rate? - โโB. 135 bpm What type of variability is observed? - โโC. Moderate What do you observe in the tracing that rules out metabolic acidemia at this time? - โโA: 15x accelerations What pattern is observed in the fetal heart tracing? - โโA. Late decelerations What extrinsic factor can you identify as a possible cause for the observed pattern? - โโC. Aging placenta What physiologic goals are priorities for Olivia's care? - โโB. Maximize oxygenation and maintain appropriate uterine activity What bedside interventions are appropriate for Olivia at this time? - โโC. Position change to a lateral position and initiate a 500-mL IVFB. What could Olivia's nurse do during second stage of labor to promote oxygenation? - โโB. Encourage Olivia to push with every other contraction Did the fetal monitor tracing prior to delivery accurately predict the cor - โโA> Yes, the presence of moderate variability rules out the metabolic acidemia. What is the baseline FHR? - โโB. 160 bpm What type of variability is observed? - โโA. Moderate
What interventions are appropriate at this time? - โโC. Reposition Shelby from left lateral to right lateral What type of pattern is observed in the tracing? - โโB. Variable decelerations What category is this tracing? - โโB. Category II What is the baseline rate? - โโC. Unable to determine Based on your observation of the tracing, what action(s) is (are) required? - โโB. Palpate Shelby's radial pulse to verify maternal vs. fetal heart rate Which statement most accurately reflects the EFM tracing? - โโA. Maternal and fetal heart rates should be verified Which pattern in the fetal heart rate would increase suspicion of a nuchal cord? - โโC. Variable decelerations Shelby delivers a male infant with Apgar scores of 2 and 3. Umbilical arterial cord blood gases show: pH: 6. pCO2: 79 pO2: 11 BE: - 7. What is the correct interpretation of the cod blood gas? - โโA. Respiratory acidemia