Midwifery Exam Practice Questions

Correct Answer: C

Rationale: Step 1: In normal labor, the cervix undergoes effacement and dilation. Step 2: A short and thin cervical canal indicates progression towards labor. Step 3: Long and thick cervical canal suggests a delay in labor progress. Step 4: Choice C, short and thin cervical canal, is indicative of abnormal labor. Summary: A, B, and D do not reflect changes in the cervix seen in labor, making them incorrect choices.

Correct Answer: B

Rationale: Step 1: TB can be transmitted through respiratory droplets, not just during labor. Step 2: Mother with active TB can transmit the bacteria to the child during childbirth. Step 3: Therefore, the statement that mother-to-child transmission never occurs during labor is false. Summary: Choice B is correct because TB transmission can occur during labor, making Choice A incorrect. Choices C and D are irrelevant.

Correct Answer: D

Rationale: The correct answer is D because deep transverse arrest refers to a situation where the fetal head fails to rotate and descend in the pelvis due to the occiput and sinciput being at the same level. This leads to a prolonged labor. Choice A is incorrect because flexion can be inadequate in deep transverse arrest. Choice B is incorrect because it is not solely caused by uterine contractions but rather fetal malposition. Choice C is incorrect because a well-curved sacrum is not a defining factor in deep transverse arrest.

Correct Answer: A

Rationale: Neonatal injury to nerve roots C8 & T1 leads to Klumpke's palsy due to damage to the lower brachial plexus. This results in weakness of the hand and forearm muscles. Erb's palsy is from injury to C5-C6 roots causing upper brachial plexus damage. Phrenic injury affects the diaphragm due to C3-C5 roots. Radial palsy involves the radial nerve, typically from injury at the spiral groove of the humerus. Therefore, the correct answer is A as it directly correlates with the specific nerve roots affected in Klumpke's palsy.

Correct Answer: A

Rationale: The correct answer is A: Immune globulin. Post bone marrow transplant, immune globulin is used to decrease the risk of graft-versus-host reaction by providing passive immunity. This helps in reducing the chances of the donor's immune cells attacking the recipient's tissues. Immune globulin does not suppress the immune system like cyclosporine (B) or systemic corticosteroids (D) do, which could increase the risk of infections post-transplant. Prophylactic antibiotics (C) are used to prevent infections but do not specifically target graft-versus-host reaction.