PROTEIN ENERGY MALNUTRITION

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PROTEIN ENERGY MALNUTRITION SEVERE CHİLDHOOD UNDERNUTRITION

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PROTEIN ENERGY MALNUTRITION. SEVERE CHİLDHOOD UNDERNUTRITION. PEM(SCU). Most important nutritional disease in developing countries. Leading cause of morbidity and mortality. MALNUTRITION: 1) inproper or inadequate food intake 2) inadequate absorbtion of food. 1 MARASMUS. - PowerPoint PPT Presentation

Transcript of PROTEIN ENERGY MALNUTRITION

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PROTEIN ENERGY MALNUTRITION

SEVERE CHİLDHOOD UNDERNUTRITION

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PEM(SCU)

• Most important nutritional disease in developing countries.

• Leading cause of morbidity and mortality.

• MALNUTRITION: 1) inproper or inadequate food intake

2) inadequate absorbtion of food

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1 MARASMUS

• Primarily energy deficient

take

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2 KWASHIORKOR

• Primarily protein deficient take

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3 MARASMIK-KWASHIORKOR

• Has features of both disorders-wasting and edema

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• ETIOLOGY: 1)Primary-Main:

-insufficient food

- inadequate knowledge of feeding tecniques

- poor hygiene

- infections

- socioeconomic status

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• 2) Secondary-Precipitating factors : - prematurity, SGA

- metabolic abnormalities (DM, hypotiroidism etc..)

- congenital abnormalities of digestive system (cleft palate etc...)

- severe inpairment of any body system (CVS, GUS, CNS etc...)

- constitutional defects (celiac , CF etc..)

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CLINIC MANIFESTATIONS• MARASMUS: - failure to gain weight

- severe wasting

- linear growth stunting

- generalized muscular wasting and absence of subcutaneous fat ==> loss of turgor.

- atrophy of muscle ==> hypotonia

- skin is dry, appears loose

- face resembles an elderly person loss of temporal and buccal fat pads (last subcutane adipose depots to be mobilized in starvation)

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CLINIC MANIFESTATIONS 2

- hair is thin.

- hypothermia, slow pulse rate, hypotension.

- abdomen distended or flat

- intestinal pattern may be readily visible.

- basal metabolic rate tends to be reduced.

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KWASHIORKOR• Disease of the deposed baby when the next

is born (African’s dialect)

• Insufficient intake of protein (often associated with deficient energy intake)

• Evident from early infancy to about 5 yr. of age (during the weaning or postweaning phase) (18 mounts-3 years most common)

• Produce a fat appearing child==> sugar baby

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KWASHIORKOR 2

• Soft painless edema (espacially feet and legs=>face and upper extremities) failure the gain weight may be masked

• dermatose=hyperkeratosis,dyspigmentation, desqumation.

• Thin hair, color changes; red to yellowish gray

• Height may be normal/stunted

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KWASHIORKOR 3

• Abdomen is frequently protruding• Lethargy, apathy or irritability• Loss of muscular tissue• Liver may enlarge early/late fatty

infiltration(lipogenesis from the excess ch intake)• Renal plasma flow, GFR, renal tubular functions

are decrased• Increased susceptiblity to infections-acute or chronic (HIV,TBC,NOMA-necrotizing

ulceration of gingiva and the cheeks)

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Kwashiorkor Marasmus

Onset is later, after the breast-feeding is stopped.

1.The onset is earlier, usually in the first year of life

Not very Pronounced.

2.Growth failure is more pronounced.

Edema is present.

3.There is no edema

Blood protein concentration is reduced very much.4.Blood protein concentration is reduced less markedly.

Red boils and patches are classic symptoms.

5.Skin changes are seen less frequently.

Fatty liver is seen.

6.Liver is not infiltrated with fat

Recovery period is short.7.Recovery is much longer.

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MARASMIK-KWASHIORKOR

• Clinical features of both types malnutrition

• Main features :

- edema of Kwashiorkor

- cachexia of Marasmus

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• Height }

• Weight } FOR AGE

• HC }

• WEIGHT- FOR HEIGHT

• Mid arm circumference (1-5 yrs=>stable)

• Skinfold thickness: ↓ PEM

: ↑ obesity

DIAGNOSIS= - dietary history - evaluation of present deviations from avarage

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• Muscle mass=> arm circumference- skinfold measurement

• BMI= w/h²• Deficiencies of some nutrients=> low blood

levels and their metabolities• Protein reserves – serum albumin ↓ halflife

rapid turnover pr- transthyretin 12 hr

- prealbumin 1,9 d

- transferrin 8 d

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• Excretion of hydroxyproline is decreased hydroxyproline/creatinine = ↓ 2 => nutritional deficiency

• Low plasma methionine,a dietary precursor of cysteine,needed for major antioxidant glutathione

- Free radical damage• Cellular immunologic insufficiency (total

lymphocyte count, anergy to skin test Ags = streptokinase, streptodornase, candida, mumps, tuberculin

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• Plasma IgG ↑

• Ketonuria in early stage

• Increased aminoaciduria

• K, Mg, cholesterol ↓

• BUN ↓, insufficient protein intake

• Amylase, transaminases, lipase ,AP ↓

• Anemia

• Bone growth delayed

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CLASSIFICATION OF SEVERITY

• GOMEZ, WELLCOME, WATERLAW

• GOMEZ: w: weight h: height

w for age(%)=w of patient/w of healty child with same age X 100

90-100 %= NORMAL

75-89%=1º malnutrition (mild)

60-74%=2º malnutrition (moderate)

<60% = 3º malnutrition (severe)

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WELLCOME

• W for age - 60-80%

- <60%

EDEMA (+) Kwashiorkor, Marasmic- Kwashiorkor

(-)Underweight, Marasmus

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WATERLAW

• H for age= h of patient/h of healty child with same age X 100

• 95% ↓=> chronic malnutrition= stunting

• W for h= w of the patient/ w of healty child with with the same h X100

• 90% ↓=> acute malnutrition= wasting

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TREATMENT

• 1st Phase Resusitation phase 2-4 days• Treatment of dehydration, hypothermi,

hypoglicemia, vitamine def, anemia, infections, anorexia

• Sufficient quantities of the appopriate liquid preparation for mild-moderate dehydration=> orally/NG tube

• Breastfed infant should be nursed as often as he/she wants.

• IV fluids are necessary for treatment of severe dehydration

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TREATMENT 2

• 2nd Phase= First renutrition phase; provide for catch-up growth and designed to provide calories and proteins to reconstitute normal height and weight over a period of 1 week or more

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day Protein(g/kg/day)

Eng(kcal/kg/day)

0-1 0,7 70 ORT (12)

2-3 1,0 100 Milk ½

4-5 2,0 120 Whole milk

6-7 3,0 150 High energy milk

8-12 4,0 150 High energy milk

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TREATMENT 3

• 3rd Phase= Rehabilitation phase 2-6w; continued on the phase 2 refer with additional caloric suplementation==> normal diet

• K =2 Weeks• Mg =1-2 Weeks• Zn =2 Weeks • Fe , Folic acid = 3 months for correction of

anemia• Vit A

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Stabilization Rehabilitation

  _________________________ _____________

Days 1-2 Days 3-7 Weeks 2-6

1. Hypoglycaemia      

2. Hypothermia      

3. Dehydration      

4. Electrolytes  

5. Infection    

6. Micronutrients no iron with iron

7. Initiate feeding    

8. Catch-up growth      

9. Sensory stimulation  

10. Prepare for follow-up      

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OUTCOME

• Mortality rate in severe cases 10-20%• Adverse prognostic factors: mental

depression,hypothermia, hypoglicemia, petechies

• CAUSE of DEATH: electrolite imbalance, severe dehidratation, cardiac insufficiency, infections, broncopneumonia, sepsis (Gr- microorganisms)

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THANKS