Pediatric Nutrition Practice Questions

Q: Gomez classification is based on?

Weight retardation. ***Weight retardation*** - The **Gomez classification system** categorizes malnutrition based on the percentage of **expected weight-for-age**. - It defines different grades of malnutrition (e.g., first, second, third degree) by comparing a child's current weight to the standard weight for their age. *Height retardation* - **Height retardation**, or stunting, is typically assessed by the **Waterlow classification** or by comparing height-for-age. - While an important indicator of chronic malnutrition, it is not the primary basis for the Gomez classification. *Mid arm circumference* - **Mid-upper arm circumference (MUAC)** is used as an indicator of acute malnutrition, especially in screening for severe acute malnutrition (SAM). - It is a rapid field assessment tool but not part of the Gomez classification system. *Stunting* - **Stunting** refers to low height-for-age and indicates chronic malnutrition. - The Gomez classification primarily focuses on **weight-for-age** to assess overall nutritional status, not specifically height.

Q: Osmolarity of Milk F-100 is

409 mOsm/L. ***409 mOsm/L*** - **F-100 therapeutic milk** osmolarity is reported as approximately **409 mOsm/L** in several standard references used for management of severe acute malnutrition. - This osmolarity ensures the formula is **tolerable and safe** for refeeding severely malnourished children without causing osmotic complications. - The specific value ensures optimal **energy density** (100 kcal/100 mL) while maintaining acceptable osmotic load. **Note:** Literature shows some variability in reported F-100 osmolarity values (ranging from 409-420 mOsm/L depending on the source and exact formulation). This question reflects commonly cited exam values. *399 mOsm/L* - This value is **lower than standard** F-100 osmolarity. - Does not match the **WHO-recommended** formulation specifications. *413 mOsm/L* - This value is sometimes cited as the osmolarity of **F-75** (the initial refeeding formula), not F-100. - F-75 is used in the stabilization phase, while F-100 is used in the rehabilitation phase. *429 mOsm/L* - This value is **higher than standard** F-100 osmolarity. - Excessive osmolarity could lead to **osmotic diarrhea** and feeding intolerance in severely malnourished children.

Q: Which deficiency is associated with pigmentation changes and growth retardation?

Zinc deficiency. ***Zinc deficiency*** - **Zinc deficiency** can lead to **growth retardation** due to its role in cell division and protein synthesis. - It also manifests with various skin changes, including **acrodermatitis enteropathica** with periorificial and acral dermatitis, characterized by vesiculobullous and pustular lesions that can show **varied pigmentary changes** (hypopigmentation, erythema, or post-inflammatory changes). - The combination of **growth retardation** and **dermatitis with pigmentary changes** is characteristic of zinc deficiency. *Niacin deficiency* - **Niacin deficiency** (pellagra) is characterized by the \"3 Ds\": **dermatitis**, **diarrhea**, and **dementia**, with dermatitis being a photosensitive rash. - While it causes skin changes with hyperpigmentation in chronic cases, **growth retardation** is not a primary or characteristic feature. *Vitamin A deficiency* - **Vitamin A deficiency** primarily affects vision (e.g., **night blindness**, **xerophthalmia**) and immune function. - While it can cause **follicular hyperkeratosis** of the skin, widespread **pigmentation changes** and significant **growth retardation** are not its defining features. *Riboflavin deficiency* - **Riboflavin deficiency** (ariboflavinosis) causes symptoms such as **cheilosis**, **angular stomatitis**, **glossitis**, and **seborrheic dermatitis**. - While it affects skin and mucous membranes, it does not typically cause the prominent **growth retardation** or widespread **pigmentation changes** seen with zinc deficiency.

Q: A 3-year-old child presents with normal height for age, but abnormal weight for age and abnormal weight for height. Which of the following is NOT a possible diagnosis?

Chronic Malnutrition (Stunting). ***Chronic Malnutrition (Stunting)*** - **Stunting** is defined by a low **height-for-age Z-score (HAZ < -2 SD)**, indicating chronic nutritional deprivation. - The child has **normal height-for-age**, which **definitively rules out stunting** as a current diagnosis. - This is the most clearly excluded diagnosis given the clinical parameters. *Acute Malnutrition (Wasting)* - **Wasting** is characterized by a low **weight-for-height Z-score (WHZ +2 SD), which is also possible. *Acute on Chronic Malnutrition* - By strict definition, this requires **both stunting (low HAZ) AND wasting (low WHZ)** simultaneously. - Since height-for-age is normal, the child does not meet criteria for stunting, making this diagnosis **technically unlikely**. - However, this option might be considered in cases of: (1) recent catch-up growth in height, (2) measurement variability near cutoff points, or (3) evolving nutritional compromise. - While less likely than pure stunting being excluded, it remains theoretically possible in edge cases. *All of the options are possible diagnoses* - This is incorrect because **chronic malnutrition (stunting)** is definitively excluded by the normal height-for-age. - The child's normal linear growth rules out this option.

Q: If a child's weight is 70% of the normal according to IAP classification, how is it categorised?

Moderate malnutrition. ***Moderate malnutrition*** - According to the **IAP (Indian Academy of Pediatrics) classification** for malnutrition, a child whose weight is between **61% and 70%** of the expected weight for their age is categorized as having moderate malnutrition. - This classification uses **weight-for-age** as the primary criterion to assess the nutritional status of children. *Mild malnutrition* - Mild malnutrition is classified when a child's weight-for-age is between **71% and 80%** of the expected normal weight. - The given weight of 70% falls just outside this range, indicating a more significant degree of undernourishment. *Severe malnutrition* - Severe malnutrition is defined as a child's weight-for-age being **less than or equal to 60%** of the expected normal weight. - Since the child's weight is 70%, it does not meet the criteria for severe malnutrition. *Normal weight* - A child is considered to have a normal weight if their weight-for-age is **more than 80%** of the expected normal weight. - The given weight of 70% is significantly below this threshold, ruling out normal weight status.

Q: Acute malnutrition in a child is clinically assessed by?

Weight for height. ***Weight for height*** - This anthropometric measure is a key indicator for diagnosing **acute malnutrition** (wasting) in children, as it reflects appropriate weight for a given height, irrespective of age. - A low **weight-for-height Z-score** (typically below -2 standard deviations) signifies that a child is too thin for their height, indicating recent or rapid weight loss. *Body mass index* - While **BMI** (weight in kg / height in m²) is widely used for adults and older children, its interpretation for diagnosing acute malnutrition in younger children can be complex and less direct than weight-for-height. - BMI charts and Z-scores exist for children, but **weight-for-height** is often preferred for acute malnutrition assessment, particularly for children under 5 years old. *Weight for age* - **Weight-for-age** is an indicator of **underweight**, which reflects a combination of acute and chronic malnutrition. - It does not differentiate between a child who is short for their age (stunted) but has appropriate weight for their height, and a child who is acutely wasted. *Height for age* - **Height-for-age** is the primary indicator for assessing **chronic malnutrition** or **stunting**. - It reflects a child's cumulative growth faltering over a longer period and does not provide information about acute nutritional status.

Q: A child was brought with pedal edema and cheilosis. Cardiomegaly was present. What is the vitamin deficiency associated with this clinical presentation?

Thiamine deficiency. ***Thiamine deficiency*** - The combination of **pedal edema** and **cardiomegaly** suggests **wet beriberi**, which is caused by **thiamine (vitamin B1) deficiency**. - **Cheilosis** (cracking at the corners of the mouth) is also a feature that can be seen in various vitamin deficiencies, but the cardiac involvement is highly indicative of thiamine deficiency. *Riboflavin deficiency* - **Riboflavin (vitamin B2) deficiency** is characterized by **cheilosis**, glossitis, angular stomatitis, and seborrheic dermatitis. - It typically does not cause **cardiomegaly** or significant **pedal edema** without other concurrent nutritional deficiencies. *Pyridoxine deficiency* - **Pyridoxine (vitamin B6) deficiency** primarily manifests as **dermatitis**, **microcytic anemia**, and neurological symptoms like **peripheral neuropathy** and **seizures**. - It is not typically associated with **pedal edema** or **cardiomegaly**. *Niacin deficiency* - **Niacin (vitamin B3) deficiency** causes **pellagra**, characterized by the "3 Ds": **dermatitis**, **diarrhea**, and **dementia**. - While it can manifest with systemic issues, it does not typically present with the prominent **cardiomegaly** and **pedal edema** seen in this case.

Q: What is the definition of severe acute malnutrition according to WHO criteria?

Weight for height less than -3 SD. ***Weight for height less than -3 SD*** - According to the **WHO criteria**, severe acute malnutrition (SAM) is defined by a **weight-for-height Z-score below -3 standard deviations (SD)**. - Other indicators of SAM include a **mid-upper arm circumference (MUAC) less than 115 mm** or the presence of **bilateral pitting edema**. *Weight for age less than -2 SD* - **Weight-for-age below -2 SD** is an indicator of **underweight**, but does not specifically define severe acute malnutrition. - This measure reflects a combination of acute and chronic malnutrition and is insufficient alone to diagnose SAM. *Weight for height less than -2 SD* - **Weight-for-height below -2 SD** signifies **moderate acute malnutrition (MAM)**, not severe acute malnutrition. - This indicates wasting but is not as critical as the -3 SD threshold for SAM. *Weight for age less than -3 SD* - While a low weight-for-age indicates malnutrition, the **-3 SD threshold for weight-for-age** is more indicative of **severe underweight** (a type of chronic malnutrition) rather than specifically severe acute malnutrition, which is primarily characterized by **wasting (low weight-for-height)**. - This measure does not distinguish acute wasting from chronic growth faltering as precisely as weight-for-height.

Q: A 2-year-old boy weighing 12 kg is diagnosed with vitamin A deficiency. What is the recommended oral dose of vitamin A for him?

200,000 I.U.. ***200,000 I.U.*** - According to **WHO guidelines**, for children aged **12 months and older** with vitamin A deficiency, the recommended oral dose is **200,000 I.U.** - This dose is given immediately upon diagnosis, repeated the next day, and a third dose is given 2-4 weeks later. - Since this child is **2 years old**, he falls into the ≥12 months category requiring 200,000 I.U. *100,000 I.U.* - A dose of **100,000 I.U.** is recommended for infants aged **6-11 months** with vitamin A deficiency. - This child is 2 years old, making 100,000 I.U. an insufficient dose for his age group. *50,000 I.U.* - A dose of **50,000 I.U.** is recommended for infants **younger than 6 months** diagnosed with vitamin A deficiency. - This dose is too low for a 2-year-old child. *150,000 I.U.* - **150,000 I.U.** is not a standard WHO-recommended dose for vitamin A deficiency treatment in any pediatric age group. - This is an incorrect dosing option.

Question 1

Gomez classification is based on?

Accepted Answer

Weight retardation

Answer

Height retardation

Answer

Mid arm circumference

Answer

Stunting

Question 2

Osmolarity of Milk F-100 is

Accepted Answer

409 mOsm/L

Answer

399 mOsm/L

Answer

429 mOsm/L

Answer

413 mOsm/L

Question 3

Which deficiency is associated with pigmentation changes and growth retardation?

Accepted Answer

Zinc deficiency

Answer

Niacin deficiency

Answer

Vitamin A deficiency

Answer

Riboflavin deficiency

Question 4

A 3-year-old child presents with normal height for age, but abnormal weight for age and abnormal weight for height. Which of the following is NOT a possible diagnosis?

Accepted Answer

Chronic Malnutrition (Stunting)

Answer

Acute Malnutrition (Wasting)

Answer

Acute on Chronic Malnutrition

Answer

All of the options are possible diagnoses

Question 5

Which of the following statements BEST describes the clinical significance of the difference between foremilk and hindmilk?

Accepted Answer

Hindmilk is richer in fat and helps relieve hunger.

Answer

Foremilk has a consistent protein content throughout feeding.

Answer

Hindmilk is high in calories.

Answer

Foremilk is lower in fat compared to hindmilk.

Question 6

If a child's weight is 70% of the normal according to IAP classification, how is it categorised?

Accepted Answer

Moderate malnutrition

Answer

Mild malnutrition

Answer

Severe malnutrition

Answer

Normal weight

Question 7

Acute malnutrition in a child is clinically assessed by?

Accepted Answer

Weight for height

Answer

Body mass index

Answer

Weight for age

Answer

Height for age

Question 8

A child was brought with pedal edema and cheilosis. Cardiomegaly was present. What is the vitamin deficiency associated with this clinical presentation?

Accepted Answer

Thiamine deficiency

Answer

Riboflavin deficiency

Answer

Pyridoxine deficiency

Answer

Niacin deficiency

Question 9

What is the definition of severe acute malnutrition according to WHO criteria?

Accepted Answer

Weight for height less than -3 SD

Answer

Weight for age less than -2 SD

Answer

Weight for height less than -2 SD

Answer

Weight for age less than -3 SD

Question 10

A 2-year-old boy weighing 12 kg is diagnosed with vitamin A deficiency. What is the recommended oral dose of vitamin A for him?

Accepted Answer

200,000 I.U.

Answer

50,000 I.U.

Answer

100,000 I.U.

Answer

150,000 I.U.

Pediatric Nutrition — MCQs

Pediatric Nutrition — MCQs

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