Infant Mortality: Causes and Prevention Indian Medical PG Practice Questions and MCQs
Practice Indian Medical PG questions for Infant Mortality: Causes and Prevention. These multiple choice questions (MCQs) cover important concepts and help you prepare for your exams.
Infant Mortality: Causes and Prevention Indian Medical PG Question 1: Most common cause of neonatal diarrhea worldwide is:
- A. E. coli
- B. Salmonella
- C. Rotavirus (Correct Answer)
- D. Shigella
Infant Mortality: Causes and Prevention Explanation: ***Rotavirus***
- **Rotavirus** is the **most common cause of severe acute diarrhea in infants and young children worldwide**, including the neonatal period.
- It is responsible for significant morbidity and mortality, particularly in **developing countries** with limited access to clean water and sanitation.
- The virus causes **watery diarrhea, vomiting, and dehydration**, which can be life-threatening in neonates.
- **WHO** recognizes Rotavirus as the leading cause of severe diarrheal disease in children under 5 years globally.
- Vaccination programs (Rotavac, Rotarix) have reduced incidence but it remains the predominant pathogen.
*E. coli*
- **Enteropathogenic E. coli (EPEC)** and **Enterotoxigenic E. coli (ETEC)** are important causes of neonatal diarrhea, especially in resource-limited settings.
- EPEC causes diarrhea through attachment and effacement of intestinal mucosa.
- ETEC is a major cause of traveler's diarrhea and endemic diarrhea in developing countries.
- While significant, E. coli is the **most common bacterial cause** but not the overall most common cause when viruses are included.
*Salmonella*
- **Salmonella** causes gastroenteritis but is more common in **older infants and children**.
- Often associated with **foodborne outbreaks**, fever, and sometimes bloody diarrhea.
- Less frequent as a primary cause of neonatal diarrhea compared to Rotavirus or E. coli.
*Shigella*
- **Shigella** typically causes **dysentery (bloody diarrhea)** and is more common in **children over 6 months**.
- Requires a lower infectious dose but is less prevalent in the immediate neonatal period.
- Associated with poor hygiene and fecal-oral transmission in older children.
Infant Mortality: Causes and Prevention Indian Medical PG Question 2: Which of the following is not included in the Global Hunger Index?
- A. Undernourishment
- B. Under 5 mortality rate
- C. Child undernutrition
- D. Infant Mortality Rate (IMR) (Correct Answer)
Infant Mortality: Causes and Prevention Explanation: ***Infant Mortality Rate (IMR)***
- The **Infant Mortality Rate (IMR)** measures deaths of infants under one year of age and is an indicator of overall community health and access to medical care, but it is **not directly included** in the GHI calculation.
- While related to health and well-being, the GHI focuses on direct measures of **food insecurity** and its immediate consequences on children.
*Undernourishment*
- **Undernourishment**, defined as the proportion of the population that is consuming insufficient caloric energy, is a **direct component** of the GHI.
- It reflects the overall **food supply** and access at the population level.
*Under 5 mortality rate*
- The **Under-5 Mortality Rate** (child mortality) is a key indicator in the GHI, reflecting the fatal consequences of a combination of **inadequate nutrition** and unhealthy environments.
- It captures deaths of children before their fifth birthday, which can be heavily influenced by **nutritional status**.
*Child undernutrition*
- **Child undernutrition** is represented in the GHI by two indicators: **child stunting** (low height for age) and **child wasting** (low weight for height).
- These are crucial measures reflecting **chronic** and **acute undernutrition** in children, respectively.
Infant Mortality: Causes and Prevention Indian Medical PG Question 3: Which of the following does not include Specific protection under primary prevention?
- A. Health education (Correct Answer)
- B. Tab Rifampicin to those in contact with meningitis
- C. Wheat flour fortified with added iron
- D. Pentavalent vaccination
Infant Mortality: Causes and Prevention Explanation: ***Health education***
- **Health education** is a component of **health promotion**, which falls under the broader category of primary prevention.
- While it aims to prevent disease, it focuses on general well-being and lifestyle changes rather than specific disease protection measures.
*Tab Rifampicin to those in contact with meningitis*
- This is an example of **chemoprophylaxis**, a form of **specific protection**.
- It involves administering medication to prevent a specific infectious disease in individuals exposed to it.
*Wheat flour fortified with added iron*
- This represents **nutritional interventions** aimed at preventing specific deficiencies, thus falling under **specific protection**.
- **Food fortification** provides micronutrients to prevent deficiencies like **iron-deficiency anemia**.
*Pentavalent vaccination*
- **Vaccination** is a classic example of **specific protection** as it targets specific infectious agents to prevent disease.
- The **pentavalent vaccine** protects against five specific diseases: **diphtheria, tetanus, pertussis, Haemophilus influenzae type b, and hepatitis B**.
Infant Mortality: Causes and Prevention Indian Medical PG Question 4: In a community of 1,000,000 population, 105 children were born in a year, out of which 5 were stillbirths and 4 died within the first year of life. What is the Infant Mortality Rate (IMR)?
- A. 40 (Correct Answer)
- B. 90
- C. 120
- D. 150
Infant Mortality: Causes and Prevention Explanation: ***40***
- **Infant Mortality Rate (IMR)** = (Deaths in first year of life / Live births) × 1,000
- Live births = Total births - Stillbirths = 105 - 5 = **100**
- IMR = (4 / 100) × 1,000 = **40 per 1,000 live births**
- Stillbirths are excluded from both numerator and denominator as IMR only counts deaths after live birth
*90*
- This would result from incorrectly using total births (105) instead of live births (100) in the denominator
- Wrong calculation: (4 / 105) × 1,000 ≈ 38, not 90
- This option represents a common error but with incorrect arithmetic
*120*
- This could result from including stillbirths in the numerator: (5+4) / 100 × 1,000 = 90, not 120
- Or from other miscalculations mixing up the numerator and denominator
- Does not follow the standard IMR formula
*150*
- This represents a significant calculation error
- May result from using wrong base (per 100 instead of per 1,000) or including stillbirths incorrectly
- Such high IMR does not match the given data of 4 infant deaths per 100 live births
Infant Mortality: Causes and Prevention Indian Medical PG Question 5: Which of the following is not included in the infant mortality rate?
- A. Post neonatal mortality
- B. Early neonatal mortality
- C. Perinatal mortality (Correct Answer)
- D. Late neonatal mortality
Infant Mortality: Causes and Prevention Explanation: ***Perinatal mortality***
- **Perinatal mortality** is the correct answer because it includes **stillbirths** (fetal deaths ≥22 weeks gestation) in addition to **early neonatal deaths** (0-7 days).
- **Stillbirths are NOT live births**, therefore they are NOT included in the **infant mortality rate**.
- While early neonatal deaths are part of IMR, perinatal mortality as a composite measure extends beyond IMR by including fetal deaths.
- **Infant mortality rate** specifically counts deaths of **live-born infants** from birth to 1 year of age only.
*Post neonatal mortality*
- **Post neonatal mortality** refers to deaths of infants between **28 days and 364 days** (or up to 1 year) of age.
- This is a **component of IMR** as it falls within the first year of life after live birth.
*Early neonatal mortality*
- **Early neonatal mortality** refers to deaths of live-born infants from birth through the **first 7 days** of life.
- This is a **component of IMR** as it occurs within the first year of life after live birth.
*Late neonatal mortality*
- **Late neonatal mortality** refers to deaths of live-born infants between **7 days and 28 days** of age.
- This is a **component of IMR** as it occurs within the first year of life after live birth.
Infant Mortality: Causes and Prevention Indian Medical PG Question 6: A 3-month-old baby presents with fever and respiratory rate of 60/min. The baby is irritable but feeding well. There is no stridor, no chest indrawing, and no convulsions. What is the diagnosis?
- A. Pneumonia (Correct Answer)
- B. Very severe pneumonia
- C. Severe pneumonia
- D. No Pneumonia
Infant Mortality: Causes and Prevention Explanation: ***Pneumonia***
- A respiratory rate of 60 breaths per minute in a 3-month-old infant meets the **WHO criteria for fast breathing**, which is the primary indicator for diagnosing **pneumonia** in this age group.
- The absence of chest indrawing, stridor, or convulsions means this falls under **pneumonia**, not **severe** or **very severe pneumonia**.
*Very severe pneumonia*
- This would be diagnosed if there were **danger signs** such as inability to feed, lethargy, or convulsions, which are explicitly stated as absent.
- Presence of **stridor** in a calm child or **severe malnutrition** would also suggest very severe pneumonia, none of which are mentioned.
*Severe pneumonia*
- This classification requires the presence of **chest indrawing** or **stridor** in a child, which are noted as absent in the clinical presentation.
- While the child has fast breathing, the lack of additional severe signs distinguishes it from severe pneumonia.
*No Pneumonia*
- The presence of **fast breathing** (respiratory rate of 60 in a 3-month-old) is a clear sign of respiratory distress indicating **pneumonia**, according to WHO guidelines.
- If the child had a normal respiratory rate and no other signs of respiratory illness, this option might be considered.
Infant Mortality: Causes and Prevention Indian Medical PG Question 7: What is the neonatal mortality rate in a population where there were 4050 total births, 50 stillbirths, and 150 total neonatal deaths within the first 28 days of life (which includes 50 deaths within the first 7 days)?
- A. 30.0
- B. 37.5 (Correct Answer)
- C. 45.0
- D. 25.0
Infant Mortality: Causes and Prevention Explanation: ***37.5***
- **Neonatal mortality rate (NMR)** is calculated as deaths occurring within the first **28 completed days of life** per 1000 live births.
- **Calculation**: Live births = 4050 total births - 50 stillbirths = 4000; NMR = (150 total neonatal deaths / 4000 live births) × 1000 = **37.5 per 1000 live births**.
*30.0*
- This incorrect value represents a **miscalculation** that doesn't correspond to any logical subset of the given data in the question.
- **Error**: Even using only early neonatal deaths (50 deaths in first 7 days) would yield (50/4000) × 1000 = **12.5**, not 30.0, indicating a fundamental computational error.
*45.0*
- This value incorrectly includes **stillbirths** in the numerator or uses wrong denominators in the calculation.
- **Error**: Stillbirths are **not counted** in neonatal mortality; only deaths after live birth are included in NMR calculations.
*25.0*
- This represents a significant **undercounting** of neonatal deaths, possibly using only partial death data.
- **Error**: Fails to account for the complete **150 neonatal deaths** within 28 days, leading to substantial underestimation.
Infant Mortality: Causes and Prevention Indian Medical PG Question 8: Which of the following should be considered a 'High risk infant'?
- A. Folic acid tablet not consumed
- B. Antenatal preeclampsia (Correct Answer)
- C. Working mother
- D. Mal-presentation
Infant Mortality: Causes and Prevention Explanation: ***Antenatal preeclampsia***
- **Preeclampsia** is a serious pregnancy complication characterized by high blood pressure and signs of damage to other organ systems, posing significant risks to both mother and fetus.
- Infants born to mothers with preeclampsia are at higher risk for **preterm birth**, **intrauterine growth restriction (IUGR)**, and complications like **respiratory distress syndrome**, classifying them as high-risk.
*Folic acid tablet not consumed*
- Maternal non-consumption of **folic acid** primarily increases the risk of **neural tube defects (NTDs)** in the fetus, but this alone does not classify the infant as high-risk after birth unless an NTD is diagnosed.
- While important for healthy fetal development, a lack of folic acid intake is a risk factor for a specific congenital anomaly, rather than a general high-risk infant indicator post-birth without further complications.
*Working mother*
- A mother's employment status, while potentially affecting access to childcare or breastfeeding routines, does not inherently categorize an infant as **high-risk** from a medical standpoint.
- This is a social factor and not a direct indicator of increased medical vulnerability or adverse health outcomes for the infant.
*Mal-presentation*
- **Malpresentation** refers to an abnormal position of the fetus in the uterus at the time of delivery (e.g., breech). While it poses risks during labor and delivery, often necessitating a **cesarean section**, it does not automatically classify the infant as high-risk post-birth unless complications arose during delivery.
- The risk is primarily associated with the birth process itself, and if the delivery is managed appropriately with no resulting trauma or compromise, the infant may not be considered high-risk.
Infant Mortality: Causes and Prevention Indian Medical PG Question 9: Infant mortality rate in India is per 1000 live births?
- A. 25
- B. 55
- C. 60
- D. 34 (Correct Answer)
Infant Mortality: Causes and Prevention Explanation: ***34***
- As per the **Sample Registration System (SRS)** data around **2012-2013**, India's **Infant Mortality Rate (IMR)** was reported as **34 deaths per 1,000 live births**.
- This represents the number of infant deaths (before completing one year of age) per 1,000 live births in a given year.
- This was the approximate national average used for the NEET-2013 examination period.
*25*
- This figure represents a lower IMR than the national average for India during 2012-2013.
- While some progressive states like Kerala had achieved IMR closer to this figure, it was not the overall national rate at that time.
*55*
- This figure is higher than the reported national IMR for India in 2012-2013.
- India's IMR had already declined below this level due to improved maternal and child health programs under NRHM (National Rural Health Mission).
*60*
- This value represents a historical estimate from earlier years (pre-2010).
- By 2012-2013, India had made significant progress in reducing infant mortality from these higher historical levels through better healthcare access and immunization coverage.
Infant Mortality: Causes and Prevention Indian Medical PG Question 10: A mother delivers in a rural area under the guidance of a skilled care attendant. Which of the following statements is incorrect regarding the care provided by the skilled care attendant at birth?
- A. Start breastfeeding as early as possible
- B. Cover the baby's head and body
- C. Bathe the baby with warm water (Correct Answer)
- D. Clear the eyes with a sterile swab
- E. Dry the baby thoroughly and stimulate breathing
Infant Mortality: Causes and Prevention Explanation: ***Bathe the baby with warm water***
- **Delaying the first bath** for at least 6-24 hours after birth is recommended to prevent **hypothermia** and promote **skin-to-skin contact** for bonding and breastfeeding.
- Early bathing can remove **vernix caseosa**, which provides natural antimicrobial protection and moisturization to the newborn's skin.
*Start breastfeeding as early as possible*
- **Early initiation of breastfeeding**, ideally within the first hour of birth, is crucial for both mother and baby.
- It promotes **uterine contractions** to prevent **postpartum hemorrhage** and provides the newborn with **colostrum**, rich in antibodies.
*Cover the baby's head and body*
- Covering the newborn's head and body is essential to prevent **heat loss** and maintain a stable **body temperature**, immediately after birth.
- Newborns are highly susceptible to **hypothermia** due to their large surface area to mass ratio and immature thermoregulation.
*Clear the eyes with a sterile swab*
- Clearing the newborn's eyes with a sterile swab is a standard part of immediate newborn care to remove any **mucus or blood** that might have entered during delivery.
- This helps prevent **ophthalmia neonatorum**, especially if the mother has an infection like gonorrhea or chlamydia.
*Dry the baby thoroughly and stimulate breathing*
- **Drying the baby immediately** after birth is a critical first step in newborn resuscitation and care.
- It helps prevent **hypothermia** and provides **tactile stimulation** to initiate breathing and crying, which is essential for transitioning from fetal to neonatal circulation.
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