MNJ08-001
In relation to growth charts:

images/MNJ-P-OSCE 08. Growth monitoring_page_12_Figure_10.jpeg

  1. Will the standards be applicable to all children?
  2. What reference data should be used for children older than 5 years?
  3. How will these new standards change current estimates of overweight (for 8 years old) and undernutrition (infancy) in children?
  4. Which countries were involved in WHO MGRS study.
  5. What is mid-parental height and target centiles?

Answer

  1. Can be applied to all children everywhere, regardless of ethnicity, socioeconomic status and type of feeding

MNJ08-002
* 10 years old Rajini, weight 38 kg and height 142 cm. Mother is 150 cm, father is 170 cm. Record this data: Calculate

  1. MPH
  2. Target range
  3. Height age
  4. Weight age
  5. Ideal height
  6. Stunted
  7. Wasted

Answer

MPH: 166.5 cm


MNJ08-003
11-year-old female Aditi was brought with history of fever 2 days, caused by "viral pharyngitis". Her doctor after "routine" measurement of height and weight asked her to undergo certain tests:

images/MNJ-P-OSCE 08. Growth monitoring_page_13_Figure_15.jpeg
images/MNJ-P-OSCE 08. Growth monitoring_page_14_Picture_2.jpeg

  1. Interpret the chart.
  2. Likely diagnosis. Is this puberty?
  3. Why this is not familial?
  4. What investigations to confirm the clinical suspicion?

Answer

Pe eee ee acts Pes pee Increasing height centiles crossing two lines Decreasing weight centles.


MNJ08-004
*

images/MNJ-P-OSCE 08. Growth monitoring_page_14_Figure_8.jpeg

  1. What does this chart show?
  2. How do you interpret the red lines?
  3. Give the normal values for this parameter at different age groups
  4. What type of pathology do you think this child suffered from (give 2 examples)?

Answer

Growth velocity chart

Age period Gain in height
0-12 months 25cm
2nd year 12cm
3rd—4th years 7om
>4 years—puberty 5 cm/year
12-13 years 10 cm/year

MNJ08-005
*

images/MNJ-P-OSCE 08. Growth monitoring_page_15_Figure_2.jpeg

  1. In patient A, female, now age 11 years, what 1s your diagnosis? How do you interpret her growth chart?
  2. Patient B, born with weight 2.3 kg and length 47 cm. His mother is 152 cm and father is 160 cm. Both do not have a skeletal dysplasia. What is your diagnosis? Give 3 points on which you base your diagnosis

Answer

  1. Child A was atnormal GV tll5 years age but sudden increase in GV at 6-8 years age but again normal GV indicate some pathological conditions like precocious puberty or hyperthyroidism at this age but treatment was taken so again come in normal values.

MNJ08-006
*

  1. Name this device and mention its use
  2. What do the individual numbers signify?
  3. What you use if this device is not available during examination of a child with early puberty? And how you interpret the results?

Answer

Orchodometer, it 1s useful to know the testicular volume

3.2–4 cm = Stage-III 4–4.5 cm = Stage-IV >4.5 cm = Stage-V


MNJ08-007
* Match

Agarwal growth chart for girls depicting typical growth patterns in familial short stature (—), constitutional delay of growth and puberty (—), Turner syndrome (—) and hypothyroidism (—)

112

images/MNJ-P-OSCE 08. Growth monitoring_page_15_Picture_12.jpeg
images/MNJ-P-OSCE 08. Growth monitoring_page_16_Picture_2.jpeg
images/MNJ-P-OSCE 08. Growth monitoring_page_16_Figure_3.jpeg

  1. Construction growth delay
  2. Familial
  3. Hypothyroid
  4. Turner

Answer

A-3, B-1, C-4, D-2


MNJ08-008
* May 2013:

Match the following in a child with short stature

  1. CA > BA = HA A Familial 2. CA = BA > HAB Celiac disease

3 CA > BA = HA + abnormal GV C. Constitutional

Match the following in a child with tall stature

1 CA < BA = HA A. Obesity

  1. CA < BA = HA + abnormal GV B Precocious puberty

Answer

See the text at beginning of the chapter.


MNJ08-009
*

Study the growth patterns of child A and child B. Answer the following questions

Child-A

ture-f s: B
ige
We igl nt- for -a ge p er ce nti le s ΛE RE COF RD # .
or 1 Manoj I Kum ar Si han ma 1 2 13 3 14 15 5 16 1 7 18 1 9 20
Mot her's Stat ure _ Fat her's s Sta ature _ É 1 - 1 1 11 1 17 T Т Ŧ ľ cm
- 1 Date - ge 1 We ight 4 S tatu re Ŧ E BMI* A i E (1) A RS )= 400 76
_ + _ _ + _ _ + _ _ - H ŧ # - 95 190 74
# # İ ŧ 1 - ŧ -90 185 70
+ + _ _ + _ _ _ 1 2 1 4 ŧ H ≡75! 180 72
± t Ħ Z 7 4 L =50 - 70
_ A4 Selection 20.7 L H Z X, A J 4 ŧ -25 175 68
*To C Calculate Weig m) x 10 ,000 1 X X 1 × H Ī = 170
in ±cm: _ 3=4 _ _ _ 10 ο± 11: 7 4 1 1 4 1 Ħ I E 10 165 -00
160 Ħ Ĭ Ĭ ŧ Ĭ ŧ Ĭ Ï Ϊ T 1 4 7 160 -64
-62 + Ħ ŧ ŧ 1 1 4 X. 4 1 ŧ -62
-60 155 Ħ + Ħ ŧ ŧ 4 1/ 4 Λ X X / ŧ ŧ 155 60
100 = 150- ŧ Ħ ŧ ŧ 1 4 4 4) 4 1 1 / # ŧ 150 - 00
-58 145 ŧ Ħ ŧ F Z 2 7 4, Z 1 7 7 E = Ŧ Ŧ
-56 Ŧ 1 1 1 7 1 F 1 Ŧ F 105 E
-54 140 ŧ П * 7 Z 1 1 X Z Z F Ŧ ŧ 230
20700-0 135 ŧ , И, Z, 1 7 4 K / = 100 220
-52 130 Ħ 1 ١, Z, / Z 1 1 ŧ Ė ŧ ŧ 95 95 210
-50 1 4 K M Τ X Z 1 ŧ ŧ ŧ , 1 200
-48 1 ŧ 1 4 / Ă, 4 ŧ ŧ E # 1 290 30 190
-46 120 Ħ 1 1 1 1 ± ŧ Ħ # Ė / 7 # 85 100
-115: 1 K) 1 X 1 ŧ Ħ ŧ 1 H ŧ -75° 80 180
-44 110 1 A 1 A 4 ± ŧ ŧ , / 7 4 * 75 170
-42 1 4 1 1 1 ŧ ١, / 1 4 Z 504 ±160
-40 105 M 1 A Ŧ ł Ŧ 1 1 J 4 50! ±150
1100.00 100: 1 4 П ŧ F ŧ =, / 1 1 1 4 >25 65 £140
-38 95 M 14 Ŧ Ħ ŧ ŧ ١, 4 1 4 1 n , 1 7 + = 10- 60 130
-36 =90 1 ŧ 1 ŧ # 1 1 1 1 4 - L - 5 _ 120
-34 _ /// Ŧ П / F Χ V 1 4 1 1 1, Z 7 1 110
-32 - ŧ Ħ / F Χ X 1 1 1 4 7 1 1 =
-00 1 ŧ ١, 1 7 1 X Ζ 1 4 Z 7 0.000 100
-30 - 1 4 , Z 1 1 4 1 4 K 40 = 90
-80 35 ı 1 2 4 1 4 2 1 ŧ 35 80
-70 Ħ ŧ 1 2 $ Z 4 4 1 ŧ ŧ F-70
-60 30 , / ŧ Ш K H 2 1 1 $ 7 ŧ Ė ŧ ŧ 30 160
= 25 Ħ Ł 1 2 4 1 1 1 Ė ŧ 25 =
-50 = 20 1 * 1 1 1 1 F 20 = 50
-40 = 1 1 F E-40
-30 7 1 П F 15 1 00
lb 10
kg
A GE 0 /E/ R S) 10
kg
lb
IN 2 3 1 1 1 - - 0 - - - 1 1 1 111 1 1 18 9 Ein

SOURCE: Developed by the National Center for Health Statistics in collaboration with the National Center for Chronic Disease Prevention and Health Promotion (2000). http://www.cdc.gov/growthcharts

Child-B

ure _ vve SIĈ JII 1-10 or. je P er ce п ie S HE CO RD # -
lano ar : Sh arm na 1 2 1 3 14 1 15 16 3 17 18 1 9 20
er's St atur _ _ r's Statu _ _ - _ Ė Ė Ë A GE C YE ARS 3)= Ĥ - Ë Ė Ì cm -in-
D ate + ρ ge _ H We ight - H Sta tun e ٠ - 3MI _ E Ì 1 1 E 190
1 t E ŧ 1 + ŧ 99 25 74-
+ _ _ H + ŧ ŧ 1 7 F 185 72-
+ H t ۰ E 1 7 4 Ħ =75 5= 180
E 1 7 1 1 - ŧ =50 0= 175 _70·
T. 0 181 de la 211 - 200 - 0.00 E 1 / 1 4 1 E -25 5- 68-
10 C alcula n) + n) > (10 ,00 9 7 1 7 X 1 E 170 - 00
in: cn - _ 3= - 4 - 5- E _ -7 - 8= -10 1 11 + , 1 4, 1 1 + + E 10 165 -66
- = Ŧ Ĭ = Ĭ , _ Ϊ Ι, Ζ, Ź, 4 Λ 1 4, H 1 E -64-
62 160 4 E 1 E 1 1 Z 1 7 1 1 ŧ Ħ 160 -62-
15 5 F 1 ŧ ŧ 1 1 X, X Z 1 4, 4 4 H ŧ F H 155
60 150 1 1 ŧ E 1 E Χ 4 X 1 Ź 4 4 ŧ Н 1 E 150 60
58 - Ħ # # ŧ Ħ 1 + ŧ 4 4 X 1 Ź 4 + ŧ Ħ # ŧ Ħ ,100 -
F0. 14 - E 7 - F , 1 4 1 1 Z 1 Ŧ Н ŧ E =
56 140 5 1 ŧ Ь 1 4 1 Ł Z Z 1 ŧ Ħ # E 105 230
54 - - E 1 1 Ø 1 7 4, 1 / 1 ŧ Ħ # ŧ =
52 13 7 E ٠, 1 E H 1 1 7 9 4 1 ŧ ŧ E 100
130 1 Ħ / ŧ ŧ 1 4 1 ۲, 4 7 2 1 ŧ ŧ ŧ Ħ ŧ - 95 54 95 210
50 12 1 E Z 4 1 1 ζ 4 1 П × =90- 200
48 - 1 ŧ E 1 4 4 1 1 1 ŧ Ħ 1 b 290 0= 190
40 120 )+ / # ŧ 1 7 4 43 Z # # ŧ # # ŧ 1 4 4 ŧ Ħ _85: 100
46 11 5 / 1 1 1 7 4 / F / Ŧ 1 1 1 E - 80 180
44 110 4 K 1 Z Z 1 ŧ 1 4 И 1 Ł >75 ) _75 170
42 - N 1 1 Z 1 1 ŧ 1 4 X Ħ ŧ 160
£10: 5 E 1 Z 1 Z 7 E Ŧ 1 4 1 4 Þ =50 05 = 70∃ 150
40 100 5 1 A 1 Ψ 7 / ŧ # ŧ ŧ 7 X 1 ŧ 1 ŧ 65 140
38 + H / 4 1 E 1 = 1 F 1 Z 1 4 Ы 1 F >2 5
95 7 1/ 4 ŧ E / 1 Ē 1 1 1 , 1 Z 1 E = 10 )= =60: 130
36 =90 )# 1 # ŧ ŧ F ŧ # ١, 1 1 7 4 1 4 4 Þ - 5= =55: E120
34 -85 , / 1 I 1 E Ι, 1 X Z 1 4 1 4, E -50- 110
32 -1/ 1 1 ٥ 1 X Έ, 1 1 1 1 E =
=80 )= Ħ ١, 1 ŧ + ŧ 4 1 X Z 1 7 1 # ŧ Ħ 7.25.25.25 100
30- 1 H 1 E 1 Z, 1 4 7 4 Z, 7 Н Ŧ E 40 90
80: =35 H 1 ŧ E 7 4 1 1 1 3 4 Ħ ŧ E 35 80
70 1 ŧ ŧ X 1 Z 4 1 4 7 2 ŧ Ħ # ŧ Ħ 00 E-70
177 1 3 ) 1 ŧ E 1 4 P 1 4 2 1 Ŧ E =30 E
60 =2 5 # ŧ ١, 1 2 7 1 1 3 4 1 ŧ 1 ŧ Ħ ŧ ŧ Ħ -25 -70
-60
50 1 8 1 2 E 1 F Ħ F -50
40 =20 1 1 $ 2 1 1 Ħ =20 40
30 =15 5 E # # 1 F F F П F =15 30
30 10 =10 E 30
lb: 1 1 F F E A GE C YE AR SI Ŧ E Ib

Published May 30, 2000 (modified 11/21/00).

SOURCE: Developed by the National Center for Health Statistics in collaboration with the National Center for Chronic Disease Prevention and Health Promotion (2000).
http://www.cdc.gov/growthcharts

SAFER HEALTHIER-PEOPLE

images/MNJ-P-OSCE 08. Growth monitoring_page_17_Figure_16.jpeg
images/MNJ-P-OSCE 08. Growth monitoring_page_18_Picture_7.jpeg
images/MNJ-P-OSCE 08. Growth monitoring_page_19_Picture_5.jpeg
images/MNJ-P-OSCE 08. Growth monitoring_page_20_Picture_2.jpeg

  1. Identify the chart
  2. What phenomenon is sought to be reflected in the sequential plot of values in this chart?
  3. What does the arrow indicate? What is the significance of this?
  4. What is difference between child A and child B?
  5. How will the child A and child B be classified at 16 years age in terms of their BMI?
  6. Interpret the findings in respect of child A and child B and enlist them.
  7. What is the commonest cause of the pattern seen in child A? Enlist 1 more condition which can result in a similar picture.
  8. What is the basis of pattern seen in child B?
  9. What will the weight-for-height plot show for child A.

Answer

  1. CDC 2000 BMI-for-age percentile plot

MNJ08-010
* Growth assessment station:

This male child was born on 09 July 2000.

  1. Assess the height and weight parameters of the child.
  2. The fathers height is 168 cm and the mothers height is 158 cm. What is the child's expected adult height?
  3. Does the child require evaluation for short stature or obesity? You are required to enumerate the steps of calculation.

Answer

No model answer in source material.


MNJ08-011

images/MNJ-P-OSCE 08. Growth monitoring_page_20_Figure_11.jpeg
images/MNJ-P-OSCE 08. Growth monitoring_page_21_Picture_2.jpeg
images/MNJ-P-OSCE 08. Growth monitoring_page_21_Picture_6.jpeg
images/MNJ-P-OSCE 08. Growth monitoring_page_22_Picture_2.jpeg

  1. Identify EACH of the growth patterns.

Answer

No model answer in source material.