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SANC Midwifery (SANC- Midwifery) Practice Tests & Test Prep by Exam Edge - Review


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SANC Midwifery - Reviews


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See why our users from 154 countries love us for their exam prep! Including 110 reviews for the SANC Midwifery exam.

Exam Edge is an industry leader in online test prep. We work with institutional partners to offer a wide array of practice tests that will help you prepare for your big exam. No matter how niche your field of interest might be, we're here to help you prepare for test day.

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SANC Midwifery - Test Reviews Sample Questions

A procedure in which pressure is applied to the mother’s abdomen to manually manipulate the baby into a head down position is known as which of the following?





Correct Answer:
external cephalic version
the correct answer is: external cephalic version.

external cephalic version (ecv) is a medical procedure used to turn a fetus from a breech position or side-lying (transverse) position into a head-down (vertex) position before labor begins. typically performed after 36 weeks of pregnancy, ecv can help to avoid complications during delivery and reduce the need for a cesarean section.

the procedure involves the obstetrician applying pressure to the mother's abdomen to push and rotate the baby into a vertex position. it is usually conducted in a hospital setting where the baby’s heart rate can be monitored before, during, and after the procedure to ensure there are no signs of distress. an ultrasound might be used to assist the doctor in determining the baby's position and to guide the movements.

the effectiveness of an external cephalic version varies. it has about a 58% success rate in turning breech babies, where the fetus is positioned with its feet or buttocks pointing down towards the birth canal. if the baby is in a transverse lie, where the fetus is positioned horizontally across the uterus, the success rate of ecv increases to about 90%. however, there are instances where the baby refuses to move or rotates back to a breech position even after a successful version.

despite its benefits, ecv is not suitable for all pregnancies. contraindications might include cases involving placental abnormalities, certain maternal health conditions, multiple pregnancies (twins or more), or where there is low amniotic fluid. it is important for expecting mothers to discuss the risks and benefits of ecv with their healthcare provider to make an informed decision that is best suited to their specific medical circumstances.

A midwife may use peak flow or spirometry to assess patients with respiratory conditions for all of the following except?
 





Correct Answer:
blood gases
the question posed is about the use of peak flow meters or spirometry in midwifery to assess patients with respiratory conditions. it asks for what these tools cannot be used to assess. the correct answer to the question is "blood gases," as these are not assessed using peak flow or spirometry but require separate lab tests. here's an expanded explanation for each option provided:

lung function: peak flow meters and spirometry are primarily used to assess the lung function of a patient. these tools measure how well air can be inhaled and exhaled from the lungs, thereby providing direct insights into the physical function of the lungs. this is crucial for diagnosing and monitoring respiratory conditions such as asthma or chronic obstructive pulmonary disease (copd).

blood gases: blood gases, including measurements like oxygen and carbon dioxide levels in the blood, require blood samples and cannot be assessed using peak flow or spirometry. these tests are typically performed in a laboratory setting where blood is drawn from an artery. this measurement helps to assess the effectiveness of lung gas exchange, but it is not something that can be evaluated through spirometry or peak flow measurements.

progression of condition: peak flow and spirometry can be useful tools in monitoring the progression of respiratory conditions. by regularly measuring how lung function changes over time, healthcare providers can determine whether a respiratory condition is improving, worsening, or remaining stable. this is essential for adjusting treatment plans and for long-term disease management.

medication effectiveness: these tools are also used to evaluate the effectiveness of respiratory medications. by measuring lung function before and after medication use, healthcare providers can assess how well a treatment is working. for example, in asthma treatment, a noticeable improvement in spirometry or peak flow readings after using a bronchodilator can indicate the medication is effective.

in summary, while peak flow meters and spirometry are valuable tools for assessing lung function, monitoring the progression of respiratory conditions, and evaluating medication effectiveness, they do not provide information about blood gases. this requires specific blood tests. other diagnostic tests that might be used alongside or instead of spirometry and peak flow measurements in the assessment of respiratory conditions include cbc (complete blood count), nasal endoscopy, chest x-rays, and others listed, which help provide a comprehensive view of a patient's respiratory health.