A nurse is preparing to administer oxygen via hood therapy to a newborn who was born at 30 weeks of gestation. Which of the following is an appropriate nursing action when providing care to this infant?
Place the newborn in Trendelenburg position.
Maintain oxygen saturations between 93% to 95%.
Insert an orogastric tube for decompression of the stomach.
Remove the hood every hour for 10 min to facilitate bonding.
The Correct Answer is B
Choice A reason: Placing the newborn in Trendelenburg position is not an appropriate nursing action, as it can cause increased intracranial pressure, decreased lung expansion, and aspiration. The nurse should position the newborn in a neutral or slightly elevated head position, with the neck slightly extended.
Choice B reason: Maintaining oxygen saturations between 93% to 95% is an appropriate nursing action, as it ensures adequate oxygen delivery to the tissues and organs, while avoiding hyperoxia or hypoxia, which can cause complications, such as retinopathy of prematurity, intraventricular hemorrhage, or necrotizing enterocolitis.
Choice C reason: Inserting an orogastric tube for decompression of the stomach is not an appropriate nursing action, as it is not indicated for oxygen hood therapy, unless the newborn has abdominal distension, vomiting, or feeding intolerance. The nurse should monitor the newborn's abdominal girth, bowel sounds, and feeding tolerance, and report any signs of gastrointestinal dysfunction.
Choice D reason: Removing the hood every hour for 10 min to facilitate bonding is not an appropriate nursing action, as it can cause fluctuations in the oxygen concentration and temperature, and increase the risk of infection. The nurse should maintain the hood in place, and encourage the parents to touch, talk, and sing to the newborn, and provide skin-to-skin contact when possible.
Nursing Test Bank
Naxlex Comprehensive Predictor Exams
Related Questions
Correct Answer is A
Explanation
Choice A reason: Painless red vaginal bleeding is the most characteristic finding of placenta previa, which is a condition where the placenta covers the cervical opening and can cause bleeding in the third trimester. Painless red vaginal bleeding occurs because the placenta is detached from the lower uterine segment as the cervix dilates or effaces, and the blood vessels are torn. The bleeding can be mild or severe, and it can recur or persist until delivery.
Choice B reason: Intermittent abdominal pain following passage of bloody mucus is not a finding that supports placenta previa, but rather a finding that suggests normal labor or preterm labor. Intermittent abdominal pain is caused by uterine contractions, which can be regular or irregular, and can increase in frequency, duration, and intensity. Bloody mucus is the mucus plug that is expelled from the cervix as it dilates or effaces, and it can be tinged with blood or streaked with blood.
Choice C reason: Increasing abdominal pain with a nonrelaxed uterus is not a finding that supports placenta previa, but rather a finding that indicates abruptio placentae, which is a premature separation of the placenta from the uterine wall. Increasing abdominal pain is caused by the bleeding and the hematoma formation behind the placenta, which can compress the uterine muscle and the nerve endings. Nonrelaxed uterus is a sign of uterine hypertonicity, which can reduce the blood flow and the oxygen delivery to the fetus.
Choice D reason: Abdominal pain with scant red vaginal bleeding is not a finding that supports placenta previa, but rather a finding that suggests ectopic pregnancy, which is a condition where the fertilized ovum implants outside the uterine cavity, usually in the fallopian tube. Abdominal pain is caused by the rupture of the tube and the bleeding into the peritoneal cavity, which can irritate the diaphragm and the abdominal wall. Scant red vaginal bleeding is a sign of implantation bleeding, which can occur when the fertilized ovum attaches to the tube wall.
Correct Answer is ["117"]
Explanation
The correct answer is 117 mL/hr.
To calculate the IV rate, the nurse should use the following formula:
IV rate (mL/hr) = (Volume to be infused (mL) / Time of infusion (hr)) x Drop factor (gtt/mL)
In this case, the volume to be infused is 350 mL, the time of infusion is 3 hr, and the drop factor is 1 gtt/mL (assuming the IV pump is calibrated in mL/hr). Therefore, the formula becomes:
IV rate (mL/hr) = (350 mL / 3 hr) x 1 gtt/mL
IV rate (mL/hr) = 116.67 mL/hr
The nurse should round the answer to the nearest whole number, which is 117 mL/hr.
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