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PE7.1-8,PE8.1-5 | Infant Feeding — Graded Quiz

Graded 10 questions · Untimed · 2 attempts

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Q1 PE7.5 1 pt

A 26-year-old primipara delivers a 3.2 kg term baby at 38 weeks gestation. She is anxious about breastfeeding. The nurse notes the baby has not yet been put to the breast 90 minutes after delivery. According to BFHI Ten Steps, the recommended time window for initiating breastfeeding after delivery is:

A Within 30 minutes of delivery
B Within 1 hour of delivery
C Within 4 hours of delivery
D When the mother is fully awake and requests it

Correct. BFHI Step 4 (revised 2018) mandates skin-to-skin contact and breastfeeding initiation within 1 hour of birth to maximise colostrum transfer, bonding, and long-term breastfeeding success.

Early initiation (within 1 hour) during the sensitive period stimulates prolactin, promotes uterine involution via oxytocin, transfers colostrum, and increases the likelihood of successful exclusive breastfeeding.

30 minutes was an older recommendation; the current standard is 1 hour. Waiting 4 hours or until the mother 'requests it' delays colostrum transfer and impairs breastfeeding establishment.

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Q2 PE7.2 1 pt

A paediatric intern is comparing human breast milk with cow's milk to counsel a mother. Which ONE of the following correctly distinguishes human milk from cow's milk?

A Cow's milk has a higher whey-to-casein ratio than human milk
B Human milk has a lower concentration of secretory IgA than cow's milk
C Human milk contains lactoferrin and lysozyme not present in cow's milk in significant amounts
D Cow's milk is lower in saturated fat and higher in polyunsaturated fatty acids than human milk

Correct. Human milk contains lactoferrin (iron-binding antimicrobial), lysozyme, sIgA, and oligosaccharides (prebiotics) in amounts that far exceed cow's milk — these are the key immunological and growth factors absent from or negligible in cow's milk.

Key human milk vs cow's milk differences: (1) whey:casein 60:40 vs 20:80; (2) human milk rich in lactoferrin, lysozyme, sIgA, oligosaccharides — immunoprotective; (3) human milk contains DHA/ARA for brain; (4) cow's milk higher in Na, K, Cl — renal solute overload risk in infants.

Cow's milk has a LOWER whey:casein ratio (20:80 vs human milk's 60:40 in mature milk). Human milk has FAR more sIgA than cow's milk. Cow's milk is higher in saturated fat relative to long-chain PUFAs critical for brain development.

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Q3 PE7.3 1 pt

A mother of a 4-month-old exclusively breastfed infant expresses milk to return to work. She stores the expressed milk in the refrigerator. On reviewing her baby's intake, you note the grandmother gave the baby cooled boiled water as a supplement on hot days. What is the key counselling message?

A Cooled boiled water is safe and prevents dehydration in hot weather
B Water can be given freely from 3 months onward
C Exclusively breastfed infants do not need supplemental water even in hot weather; breast milk provides sufficient hydration
D Water is only needed if the baby has a fever

Correct. Breast milk is approximately 87% water and provides complete hydration even in hot climates. Giving water to exclusively breastfed infants under 6 months displaces breast milk, increases infection risk from contaminated water, and dilutes sodium (risk of hyponatraemia).

WHO defines 'exclusive breastfeeding' as breast milk ONLY — no water, other liquids, or foods except prescribed medicines/vitamins. Human milk provides complete hydration; supplemental water displaces nutrient-dense milk and carries infection risk.

Water supplementation is not recommended and is potentially harmful in the first 6 months for breastfed infants. Even in hot weather, fever, or diarrhoea, breast milk provides sufficient water for the exclusively breastfed baby.

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Q4 PE8.5 1 pt

You are counselling a mother about complementary feeding for her 8-month-old daughter. She wants to give cow's milk as the main drink. What is the most evidence-based response?

A Cow's milk in small amounts as a supplement is acceptable from 6 months
B Cow's milk can be given as the main drink from 9 months if diluted 1:1 with water
C Whole cow's milk should not replace breast milk as the main drink before 12 months; small amounts in cooking are acceptable
D Cow's milk and breast milk can be given in equal proportions from 6 months

Correct. Whole cow's milk is contraindicated as the main drink before 12 months because it is low in iron (causing iron-deficiency anaemia), has high renal solute load, and contains proteins that may cause occult GI blood loss. Small amounts in cooking or cereals (e.g., as an ingredient in khichdi) are acceptable.

Cow's milk as the MAIN DRINK: contraindicated before 12 months (low iron, high renal solute load, risk of occult GI haemorrhage → iron-deficiency anaemia). As an ingredient in cooking/porridge from 6 months is acceptable. After 12 months, whole (not skimmed) cow's milk can be the main drink.

Cow's milk as the main drink is contraindicated before 12 months regardless of dilution or amount — dilution actually worsens the nutritional profile by further reducing iron. Continue breast milk as the main drink and use cow's milk only as an ingredient in food.

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Q5 PE8.4 1 pt

A first-year resident is eliciting a feeding history from the mother of a 10-month-old with iron-deficiency anaemia. Which history element most specifically helps assess complementary feeding adequacy?

A Weight at birth and gestational age
B Whether the child has had any fever in the past month
C Frequency, consistency, variety, and iron-rich food intake in complementary feeding
D Mother's haemoglobin level and dietary preferences

Correct. A focused complementary feeding history covers: frequency (2–3 times/day at 6–8 mo), consistency (semi-solid → mashed → chopped), variety (grains, pulses, animal-source foods, fruits, vegetables), and specifically whether iron-rich foods (eggs, dal, green leafy vegetables, meat) are included.

Key complementary feeding history domains: (1) Age of initiation (should be 6 months); (2) Frequency appropriate for age; (3) Food consistency (age-appropriate texture); (4) Food variety including iron-rich foods; (5) Energy density (fat/oil added?); (6) Responsive feeding and hygiene practices.

Birth weight and fever history do not directly assess complementary feeding quality. Maternal Hb reflects maternal status, not the infant's current diet. The key history is about what the child is eating, how often, what consistency, and specifically whether iron-containing foods are included.

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Q6 PE7.1 1 pt

During a World Breastfeeding Week event at your hospital, you are asked to explain lactation physiology to nursing students. The let-down reflex (milk ejection reflex) involves which hormonal mechanism?

A Prolactin released from the anterior pituitary in response to suckling causes milk ejection
B Oxytocin released from the posterior pituitary contracts myoepithelial cells, ejecting milk from alveoli
C Oestrogen from the corpus luteum stimulates the let-down reflex
D Growth hormone released by the pituitary gland is the primary milk ejection hormone

Correct. Suckling stimulates the hypothalamo-pituitary axis: prolactin (anterior pituitary) maintains milk PRODUCTION, while oxytocin (posterior pituitary) triggers milk EJECTION by contracting myoepithelial cells around the alveoli — the let-down reflex.

Lactation is a two-hormone system: PROLACTIN (anterior pituitary) = milk production (galactopoiesis). OXYTOCIN (posterior pituitary) = milk ejection (let-down reflex) via myoepithelial contraction. Stress inhibits oxytocin, impairing let-down; warm contact and supportive environment promote it.

Prolactin maintains milk production (alveolar secretion) but does NOT cause ejection. Oestrogen actually inhibits lactation. Growth hormone plays no primary role in the let-down. Oxytocin is the let-down hormone.

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Q7 PE7.5 1 pt

A senior paediatrician is reviewing BFHI compliance at a district hospital. She finds that the hospital gives prelacteal feeds (honey water, glucose water, commercial formula) to all newborns before the mother's milk 'comes in.' Which BFHI step does this practice directly violate?

A Step 3 — Inform all pregnant women about the benefits and management of breastfeeding
B Step 6 — Give newborns no food or liquid other than breast milk unless medically indicated
C Step 8 — Support breastfeeding and its continuation
D Step 10 — Foster the establishment of breastfeeding support groups

Correct. BFHI Step 6 prohibits giving any food or liquid other than breast milk to breastfeeding newborns unless there is a medical indication. Prelacteal feeds interfere with breastfeeding establishment and expose the newborn to infection risk.

BFHI Ten Steps (2018 revision key steps): Step 4 (initiation within 1 h, skin-to-skin), Step 6 (no prelacteal feeds without medical indication), Step 7 (rooming-in 24 h/day), Step 9 (no pacifiers/artificial nipples). Prelacteal feeds violate Step 6 and are strongly associated with early breastfeeding cessation.

Steps 3, 8, and 10 relate to education, support, and community resources — not the direct prohibition of non-breast-milk feeds. Step 6 is the specific step violated by prelacteal feed practices.

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Q8 PE7.8 1 pt

A neonatologist is considering whether to prescribe pasteurised donor human milk for a 30-week preterm infant whose mother cannot produce enough milk. Regarding human milk banks in India, which of the following is correct?

A India has no national guidelines for human milk banks
B Donor milk requires serological screening of donors and Holder pasteurisation at 62.5°C for 30 minutes
C Donor milk should be used only after HTST pasteurisation at 72°C for 15 seconds
D Human milk banks are not suitable for preterm infants because donor milk contains insufficient antibodies

Correct. India's National Guidelines for Donor Human Milk Banks (2017, Ministry of Health) require: donor serological screening (HIV, hepatitis B, hepatitis C, VDRL, HTLV), Holder pasteurisation at 62.5°C for 30 minutes, and bacteriological quality testing before release. Preterm infants are the primary recipients.

Human milk bank process: donor recruitment → serological screening → milk collection (hygiene protocol) → Holder pasteurisation (62.5°C/30 min) → bacteriological testing → storage (−18°C) → prescription for preterm/sick neonates when mother's own milk is unavailable.

India issued National Guidelines for Donor Human Milk Banks in 2017. HTST (72°C/15 s) is the dairy industry method, not the standard for human milk banks. Pasteurised donor milk is the preferred alternative to formula for preterm infants — it reduces NEC risk.

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Q9 PE8.2 1 pt

A community health worker is counselling a mother about introducing complementary foods. The mother wants to start with diluted rice water (maand) as the first feed. What is the most appropriate advice?

A Diluted rice water (maand) is the ideal first complementary food
B Rice water is acceptable as a transitional food for 1–2 weeks before introducing solids
C Rice water is energy-poor; thick semi-solid foods with added fat should be the first complementary foods
D Rice water should be given only if the infant has diarrhoea as a rehydration fluid

Correct. Diluted rice water (maand) is energy-poor and nutrient-deficient — it has very low protein, fat, and micronutrient content. The first complementary foods should be thick, energy-dense, semi-solid foods such as rice/ragi porridge with added ghee or oil, mashed dal, or soft khichdi.

Common cultural practices that undermine complementary feeding: (1) Starting with diluted rice water/maand (energy-poor); (2) giving only grain-based foods without protein or fat; (3) giving cow's milk as the main drink before 12 months; (4) giving honey water. Counsel against all four specifically.

Rice water is a common cultural practice but is not an appropriate first complementary food. It is energy-poor and promotes under-nutrition. It is also not a replacement for ORS in diarrhoea management.

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Q10 PE7.6 1 pt

A mother of a 14-month-old says she stopped breastfeeding at 11 months because she was told the milk had 'no nutritional value' after one year. What is the most accurate statement about breastfeeding beyond 12 months?

A Breast milk nutritional value decreases significantly after 6 months and is negligible by 12 months
B WHO/IAP recommend breastfeeding continues alongside complementary foods up to 2 years or beyond because it continues to contribute nutrition and immunity
C Breastfeeding beyond 12 months delays motor development and should be discouraged
D Breast milk after 12 months contains insufficient protein and fat for the toddler's needs and should be replaced by cow's milk

Correct. WHO, UNICEF, and IAP recommend breastfeeding continue alongside complementary foods up to 2 years or beyond. In the second year, breast milk continues to provide protein, fat, vitamins A and B12, and immunological factors including sIgA.

IYCF message: breastfeeding up to 2 years or beyond is NOT the same as exclusive breastfeeding. After 6 months, complementary foods meet the majority of nutritional needs, with breast milk as a valuable supplement providing immunity, protein, fat-soluble vitamins, and psychological bonding through the second year of life.

Breast milk retains nutritional and immunological value beyond 12 months. It does not impair development — in fact, longer breastfeeding duration is associated with cognitive benefits. Cow's milk is a different composition but breastfeeding is not discontinued at 12 months.

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