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ACUTE MALNUTRITION
Dr. Franceska Akello
Date: 24th/01/2019
DEFINITIONS
 Malnutrition refers to deficiencies or excess or
imbalances in a person’s intake of energy and or
nutrients required for body's demand for them to
ensure growth, maintenance, and specific functions
( WHO, 2016)
 It covers 2 broad categories
 Under nutrition: Results from not getting enough
proteins, calories or micronutrients to meet the
metabolic demands of the body
 Over nutrition: Results from getting too much proteins,
calories or micronutrients than what the body requires.
UNDER NUTRITION
 It is a major public Health concern in Uganda that
affects both children and adults
 It is estimated that 6% of Ugandan children have
acute malnutrition, 2% of them have SAM
 > 40% of acutely malnourished children present to
health facility have HIV.
UNDER NUTRITION…
 It can be acute (recent) or chronic ( long term)
 There are 4 forms of under nutrition
 Acute malnutrition
 Stunting
 Under weight
 Micronutrient deficiencies
The 4 forms can be categorized as either moderate or
severe.
UNDER NUTRITION
 PEM: it is a group of body depletion disorders
which include kwashiorkor, marasmus and the
intermediate stages
 MARASMUS: represents simple starvation . The
body adapts to a chronic state of insufficient caloric
intake
 KWASHIORKOR: it is the body’s response to
insufficient protein intake but usually sufficient
calories for energy.
 Most often features of marasmus and kwashiorkar
overlap.
 Henceforth, Jellife suggested PEM to include both
enteties
 Due to the over lapping, acute oedematous and acute
non oedematous malnutrition has been used to describe
severe forms of PEM
 Underweight : weight for age < -2SD of the median
age-sex specific weight of the NCHS/WHO
reference
 •Stunting: height for age < -2SD of the median age-
sex specific height of the NCHS/WHO reference
 •Wasting: Weight for height <-2SD of the median
weight at a given height of the NCHS/WHO
reference
WHO CLASSIFICATION OF PEM
MODERATE
MALNUTRITION
SEVERE
MALNUTRITION
Symmetrical edema NO YES
[edematous
malnutrition]
Weight for height -3 < SD-score <-2d
(70–79%)
SD-score <-3 (<70%)
[severe wasting]
Height for age -3 < SD-score <-2
(85–89%)
SD-score <-3 (<85%)
(severe stunting)
AETIOLOGY OF PEM
 Primary malnutrition :– reduced intake
 Secondary malnutrition :-
 Increased nutrient needs: severe infections
 Decreased nutrient absorption:
Lactose intolerance, HIV Enteropathy
 Increased nutrient loss: diarrhoea/vomiting
AETIOLOGY OF PEM
Several combinations of factors can lead to PEM in
children:
 Social and Economic Factors
 Biological factors
 Environmental factors
PEM IN SUB-SAHARAN AFRICA
PEM in Africa is related to:
 The high birth rate
 Subsistence farming
 Overused soil, draught & desertification
 Pets & diseases destroy crops
 Poverty
 Low protein diet
 Political instability (war & displacement)
ROLE OF INFECTIONS
Infections play a role in the causation of malnutrition
by:-
 Decreasing intake
 Causing malabsorption
 Metabolic losses during infections
 Frank protein losing enteropathy
PEM AFFECTS VIRTUALLY ALL ORGAN SYSTEM
 CVS
 Heart size may be reduced
 C.O and SV reduced
 Blood pressure reduced
Caution: -IV fluids –only in shock
-Blood transifusion if in severe anemia
 Liver –
 protein synthesis reduced
 gluconeogenesis is reduced
 risk of hypoglycemia
 bile secretion is reduced
 ability to excrete toxins reduced
caution: - small fragment meals
- sufficient carbohydrate
- No Fe supplements
 GUT:
 Glomerular filtration reduced
 Na excretion reduced
 UTI common
Caution:- restrict dietary Na+
 GIT:
 Intestinal motility is reduced
 gastic acid production reduced
 exocrine pancrease reduced
 villi atrophy
IMMUNE SYSTEM
All aspects of immunity diminished
 Impaired cell mediated immunity due to thymus
atrophy
 Reduced Secretory levels of IgA
 Components of complement except C4 are low
 Lysozyme content in leucocytes is reduced
 Granulocyte and lymphocyte suppression due to
reduced hematopoiesis
 Phagocytic and bactericidal activity of leucocytes
is reduced ( energy is needed for phagocytosis)
ASSESSMENT OF UNDER NUTRITION
 Under nutrition is identified through anthropometric
measurements, clinical signs and biochemical tests
 The body measurements are compared to
reference value.
NUTRITION INDICATORS
 Mid upper arm circumference (MUAC)- a marker of
wasting
 Weight for height (WFH)- Marker of wasting
 Height for age (HFA) –Stunting
 Weight for age -(Under weight)
MEDICAL HISTORY:
• Usual diet before current episode of illness
• Breastfeeding history
• Food and fluids taken in past few days
• Recent sinking of eyes
• Nature, duration and frequency of vomiting /
diarrhoea,
• Time when urine was last passed
• Contact with people with measles or tuberculosis
• Any deaths of siblings
• Birth weight
• Milestones reached
PHYSICAL EXAMINATION:
 Weight and length or height. MUAC
 Edema/ severe pallor/ signs of dehydration/ tepm
instability
 Eyes: drynes, conjunctival/corneal lesions
 Ears, mouth, throat: evidence of infection
 Skin: evidence of infection or purpura
 Enlargement or tenderness of liver, jaundice
 Abdominal distension, bowel sounds, “abdominal
splash”
 Signs of circulatory collapse: cold hands and feet,
weak radial pulse, diminished consciousness
 Respiratory rate and type of respiration: signs of
pneumonia or heart failure
INVESTIGATIONS
TEST RESULT/SIGNIFICANCE
Blood glucose Glucose concentration <54 mg/dl (3 mmol/l) is indicative
of hypoglycaemia
B/S for malarial
parasites
Presence of malaria parasites is indicative of infection
Haemoglobin or
packed-cell
Haemoglobin <40g/l or packed-cell volume <12% is
volume indicative of very severe anaemia
Urine culture &
microscopy
Presence of bacteria on microscopy (or >10 leukocytes
specimen per high-power field) is indicative of infection
Stool analysis Presence of blood is indicative of dysentery
Presence of Giardia cysts or trophozoites is indicative
of infection
Chest X ray Pneumonia causes less shadowing of the lungs in
malnourished children. Vascular engorgement is indicative
of heart failure. Bones may show rickets or fractures of the
ribs
3 management phases.
 Initial/ Stabilization ( Phase 1)
◦ Life threatening problems identified & treated
◦ Specific deficiencies/metabolic abnormities corrected
◦ Feeding begun. (F75)
 Transition (phase 2)
◦ Intensive feeding.( F100)
◦ Mother trained
 Rehabilitation (phase 3)
o Stimulate child+ introduce family
foods.
The ten point management plan
of SAM
 hypoglycemia
 hypothermia
 dehydration
 electrolyte imbalance
 infection
 micronutrient deficiencies
 re feeding syndrome ( if no cautious
feeding)
 catch-up growth
 sensory stimulation and emotional
support
 follow-up after recovery
Target times in mgt.
Hypoglycemia
 Hypoglycaemia- blood sugar less than
3mmol/l, lethargy, hypothermia, LOC.
 Secondary to disturbed metabolism,
defective gluconeogenesis and
glycolysis, infections and reduced
appetite
 10% dextrose 5ml/kg ,followed by
feed, every 30min and treat infections.
Hypothermia
 hypothermia- temperature less than
35 degrees centigrade.
 RX: Kangaroo care, warm with
blanket ,don't bathe, feed the child,
treat hypoglycaemia, and infections.
Close monitoring, preferably half
hourly.
Severe Dehydration:
 History of diarrhoea, or vomiting,
infrequent feeds.
 No dehydration- resomal 5ml/kg per
motion.
 Some dehydration-5ml/kg every
30min,for 2hrs, then alternate with
feed unto 10hrs
Severe Dehydration and
shock
 Severe dehydration-no shock, 5ml/kg
for 2hrs.
 If shock (hypovolemic/septic)- iv
ringers lactate 15ml/kg /hr made up to
5%detrose for up to 2hrs.( mix- 1/2SD
+ 5%Dex in equal proportion)
 If no improvement, treat as septic
shock with whole blood and
antibiotics.
Infections
 For no complications- Give oral
antibiotics ( amoxyl)
 For presence of a complication, give
IV antibiotics- ampicillin/gentamycin.
 For no improvement after 24hrs, the
switch to chloramphenical.
Micronutrient & Electrolyte
◦ Correct micronutrient deficiencies
 Multivitamins, folic acid, Vitamin A
 Zn acetate 2mg/kg or in Resomal
 Cu SO4 0.2mg Cu/kg or in Resomal
◦ Correct electrolyte imbalance
 Potassium 2-4 mmol/kg/d
 Magnesium 0.3-0.6mmol/kg/d or
resomal and feeds
Severe Anemia, Hb< 4g/dl
 Look for signs of congestive Cardiac
Failure
 If present, stop all fluid in take and
transfuse with packed cells 5-
7ml/kg/over 3 hrs.
 If not give whole blood 10ml/kg/over 3
hours
 Give a diuretic (frusemide 1mg/kg IV )-
when in CCF.
 Avoid giving digoxin.
 Do not give iron in phase 1 .
Corneal Ulceration:
 Caused by deficiency in Vitamin A .
 suspect it in case of extremely red
eyes ,bleeding, photo phobia.
 Rx- vitamin A days 1 ,2, and 14
 Instil one drop of atropine in the
affected eye.
 Apply drops of CAF or T.E.O
 Bandage the affected eye.
Resomal.
 Severely malnourished children
◦ K deficient, high Na levels
◦ Mg, Zn, copper deficiency
 Commercially available
 Impaired liver & intestinal function + infection
Food must be given in small amounts, frequently
(PO/NG)
 Unable to tolerate usual amounts of dietary protein,
fat, Na
Diet low in above, hi in carbohydrates
 F-75
75kcal or 315kj/100ml
Initial phase treatment, 130ml/kg/d
Feed q 2-3hr (8 meals/d)
 F-100
100kcal or 420kj/100ml
Feed q 4-5 h (5-6 meals/d)
Rehabilitation phase (appetite returned)
Composition of F75 & F100
F-75 F-100
 Dried skimmed milk 25g 80g
 Sugar 70g 50g
 Cereal flour 35g -
 Vegetable oil 27g 60g
 Mineral mix 20ml 20 ml
 Vitamin mix 140ml 140 ml
 Water 1l 1l
 Protein 0.9g 2.9g
 Lactose 1.3g 4.2g
 K 3.6mmol 5.9mmol
 Na 0.6mmol 1.9mmol
 Mg 0.43mmol 0.73mmol
 Zn 2.0mmol 2.3mmol
 Copper 0.25mg 0.25mg
 Osmolarity 333mOsmol/l 419mOsmol/l
 Energy from protein 5% 12%
 Energy from fat 32% 53%
Oral feeds.
 Provided according to patient’s weight
and requirement of 100kcal/kg/day
including protein.
 Record on a milk card as well as
clinical monitoring form (CMF)
 Supervise each feed and make sure
child is only fed on F75 and not any
other feed.
Phase 2
 Transfer to phase 2 when;
 Childs appetite has returned
 No severe medical complications.
 Oedema has began to disappear.
 Give F100 only,8 times a day. No
other feeds.
 Continue exclusive B/feeding.
Phase 3
 Change to phase 3 when there is no
oedema , good appetite ,no acute
medical problem , less apathetic.
 Aim at gradual weight gain.
 Reduce frequency of feeds from 8 to 3,
and have a porridge meal introduced.
 Do gradual introduction of family foods.
 Start iron supplements and stimulate
child. (play & group education)
Discharge.
 Ideally, weight for height 85%, MUAC
120mm, no oedema, ascending
weight curve.
 In crisis, discharge can be at 80%,
phase two complete, antibiotics
completed, child eating well, gaining
weight.
 Schedule follow up, at supplementary
feeding centres.
Follow up
 First month Every week
 Second month Twice monthly
 Third month Once monthly
 Supplementation of 1500 Kcal /day
Prevention:
 Growth monitoring
 Oral rehydration salts for diarrhoea
 Family planning
 Immunization
 Breast feeding supplemented at 6
months.
 Education of individuals
 Ensure food security

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1.Acute Malnutrition.pptx

  • 1. ACUTE MALNUTRITION Dr. Franceska Akello Date: 24th/01/2019
  • 2. DEFINITIONS  Malnutrition refers to deficiencies or excess or imbalances in a person’s intake of energy and or nutrients required for body's demand for them to ensure growth, maintenance, and specific functions ( WHO, 2016)  It covers 2 broad categories  Under nutrition: Results from not getting enough proteins, calories or micronutrients to meet the metabolic demands of the body  Over nutrition: Results from getting too much proteins, calories or micronutrients than what the body requires.
  • 3. UNDER NUTRITION  It is a major public Health concern in Uganda that affects both children and adults  It is estimated that 6% of Ugandan children have acute malnutrition, 2% of them have SAM  > 40% of acutely malnourished children present to health facility have HIV.
  • 4. UNDER NUTRITION…  It can be acute (recent) or chronic ( long term)  There are 4 forms of under nutrition  Acute malnutrition  Stunting  Under weight  Micronutrient deficiencies The 4 forms can be categorized as either moderate or severe.
  • 5. UNDER NUTRITION  PEM: it is a group of body depletion disorders which include kwashiorkor, marasmus and the intermediate stages  MARASMUS: represents simple starvation . The body adapts to a chronic state of insufficient caloric intake  KWASHIORKOR: it is the body’s response to insufficient protein intake but usually sufficient calories for energy.
  • 6.  Most often features of marasmus and kwashiorkar overlap.  Henceforth, Jellife suggested PEM to include both enteties  Due to the over lapping, acute oedematous and acute non oedematous malnutrition has been used to describe severe forms of PEM
  • 7.  Underweight : weight for age < -2SD of the median age-sex specific weight of the NCHS/WHO reference  •Stunting: height for age < -2SD of the median age- sex specific height of the NCHS/WHO reference  •Wasting: Weight for height <-2SD of the median weight at a given height of the NCHS/WHO reference
  • 8. WHO CLASSIFICATION OF PEM MODERATE MALNUTRITION SEVERE MALNUTRITION Symmetrical edema NO YES [edematous malnutrition] Weight for height -3 < SD-score <-2d (70–79%) SD-score <-3 (<70%) [severe wasting] Height for age -3 < SD-score <-2 (85–89%) SD-score <-3 (<85%) (severe stunting)
  • 9. AETIOLOGY OF PEM  Primary malnutrition :– reduced intake  Secondary malnutrition :-  Increased nutrient needs: severe infections  Decreased nutrient absorption: Lactose intolerance, HIV Enteropathy  Increased nutrient loss: diarrhoea/vomiting
  • 10. AETIOLOGY OF PEM Several combinations of factors can lead to PEM in children:  Social and Economic Factors  Biological factors  Environmental factors
  • 11. PEM IN SUB-SAHARAN AFRICA PEM in Africa is related to:  The high birth rate  Subsistence farming  Overused soil, draught & desertification  Pets & diseases destroy crops  Poverty  Low protein diet  Political instability (war & displacement)
  • 12. ROLE OF INFECTIONS Infections play a role in the causation of malnutrition by:-  Decreasing intake  Causing malabsorption  Metabolic losses during infections  Frank protein losing enteropathy
  • 13. PEM AFFECTS VIRTUALLY ALL ORGAN SYSTEM  CVS  Heart size may be reduced  C.O and SV reduced  Blood pressure reduced Caution: -IV fluids –only in shock -Blood transifusion if in severe anemia
  • 14.  Liver –  protein synthesis reduced  gluconeogenesis is reduced  risk of hypoglycemia  bile secretion is reduced  ability to excrete toxins reduced caution: - small fragment meals - sufficient carbohydrate - No Fe supplements
  • 15.  GUT:  Glomerular filtration reduced  Na excretion reduced  UTI common Caution:- restrict dietary Na+  GIT:  Intestinal motility is reduced  gastic acid production reduced  exocrine pancrease reduced  villi atrophy
  • 16. IMMUNE SYSTEM All aspects of immunity diminished  Impaired cell mediated immunity due to thymus atrophy  Reduced Secretory levels of IgA  Components of complement except C4 are low  Lysozyme content in leucocytes is reduced  Granulocyte and lymphocyte suppression due to reduced hematopoiesis  Phagocytic and bactericidal activity of leucocytes is reduced ( energy is needed for phagocytosis)
  • 17. ASSESSMENT OF UNDER NUTRITION  Under nutrition is identified through anthropometric measurements, clinical signs and biochemical tests  The body measurements are compared to reference value.
  • 18. NUTRITION INDICATORS  Mid upper arm circumference (MUAC)- a marker of wasting  Weight for height (WFH)- Marker of wasting  Height for age (HFA) –Stunting  Weight for age -(Under weight)
  • 19. MEDICAL HISTORY: • Usual diet before current episode of illness • Breastfeeding history • Food and fluids taken in past few days • Recent sinking of eyes • Nature, duration and frequency of vomiting / diarrhoea, • Time when urine was last passed • Contact with people with measles or tuberculosis • Any deaths of siblings • Birth weight • Milestones reached
  • 20. PHYSICAL EXAMINATION:  Weight and length or height. MUAC  Edema/ severe pallor/ signs of dehydration/ tepm instability  Eyes: drynes, conjunctival/corneal lesions  Ears, mouth, throat: evidence of infection  Skin: evidence of infection or purpura
  • 21.  Enlargement or tenderness of liver, jaundice  Abdominal distension, bowel sounds, “abdominal splash”  Signs of circulatory collapse: cold hands and feet, weak radial pulse, diminished consciousness  Respiratory rate and type of respiration: signs of pneumonia or heart failure
  • 22. INVESTIGATIONS TEST RESULT/SIGNIFICANCE Blood glucose Glucose concentration <54 mg/dl (3 mmol/l) is indicative of hypoglycaemia B/S for malarial parasites Presence of malaria parasites is indicative of infection Haemoglobin or packed-cell Haemoglobin <40g/l or packed-cell volume <12% is volume indicative of very severe anaemia Urine culture & microscopy Presence of bacteria on microscopy (or >10 leukocytes specimen per high-power field) is indicative of infection Stool analysis Presence of blood is indicative of dysentery Presence of Giardia cysts or trophozoites is indicative of infection Chest X ray Pneumonia causes less shadowing of the lungs in malnourished children. Vascular engorgement is indicative of heart failure. Bones may show rickets or fractures of the ribs
  • 23. 3 management phases.  Initial/ Stabilization ( Phase 1) ◦ Life threatening problems identified & treated ◦ Specific deficiencies/metabolic abnormities corrected ◦ Feeding begun. (F75)  Transition (phase 2) ◦ Intensive feeding.( F100) ◦ Mother trained  Rehabilitation (phase 3) o Stimulate child+ introduce family foods.
  • 24. The ten point management plan of SAM  hypoglycemia  hypothermia  dehydration  electrolyte imbalance  infection  micronutrient deficiencies  re feeding syndrome ( if no cautious feeding)  catch-up growth  sensory stimulation and emotional support  follow-up after recovery
  • 26. Hypoglycemia  Hypoglycaemia- blood sugar less than 3mmol/l, lethargy, hypothermia, LOC.  Secondary to disturbed metabolism, defective gluconeogenesis and glycolysis, infections and reduced appetite  10% dextrose 5ml/kg ,followed by feed, every 30min and treat infections.
  • 27. Hypothermia  hypothermia- temperature less than 35 degrees centigrade.  RX: Kangaroo care, warm with blanket ,don't bathe, feed the child, treat hypoglycaemia, and infections. Close monitoring, preferably half hourly.
  • 28. Severe Dehydration:  History of diarrhoea, or vomiting, infrequent feeds.  No dehydration- resomal 5ml/kg per motion.  Some dehydration-5ml/kg every 30min,for 2hrs, then alternate with feed unto 10hrs
  • 29. Severe Dehydration and shock  Severe dehydration-no shock, 5ml/kg for 2hrs.  If shock (hypovolemic/septic)- iv ringers lactate 15ml/kg /hr made up to 5%detrose for up to 2hrs.( mix- 1/2SD + 5%Dex in equal proportion)  If no improvement, treat as septic shock with whole blood and antibiotics.
  • 30. Infections  For no complications- Give oral antibiotics ( amoxyl)  For presence of a complication, give IV antibiotics- ampicillin/gentamycin.  For no improvement after 24hrs, the switch to chloramphenical.
  • 31. Micronutrient & Electrolyte ◦ Correct micronutrient deficiencies  Multivitamins, folic acid, Vitamin A  Zn acetate 2mg/kg or in Resomal  Cu SO4 0.2mg Cu/kg or in Resomal ◦ Correct electrolyte imbalance  Potassium 2-4 mmol/kg/d  Magnesium 0.3-0.6mmol/kg/d or resomal and feeds
  • 32. Severe Anemia, Hb< 4g/dl  Look for signs of congestive Cardiac Failure  If present, stop all fluid in take and transfuse with packed cells 5- 7ml/kg/over 3 hrs.  If not give whole blood 10ml/kg/over 3 hours  Give a diuretic (frusemide 1mg/kg IV )- when in CCF.  Avoid giving digoxin.  Do not give iron in phase 1 .
  • 33. Corneal Ulceration:  Caused by deficiency in Vitamin A .  suspect it in case of extremely red eyes ,bleeding, photo phobia.  Rx- vitamin A days 1 ,2, and 14  Instil one drop of atropine in the affected eye.  Apply drops of CAF or T.E.O  Bandage the affected eye.
  • 34. Resomal.  Severely malnourished children ◦ K deficient, high Na levels ◦ Mg, Zn, copper deficiency  Commercially available
  • 35.  Impaired liver & intestinal function + infection Food must be given in small amounts, frequently (PO/NG)  Unable to tolerate usual amounts of dietary protein, fat, Na Diet low in above, hi in carbohydrates  F-75 75kcal or 315kj/100ml Initial phase treatment, 130ml/kg/d Feed q 2-3hr (8 meals/d)  F-100 100kcal or 420kj/100ml Feed q 4-5 h (5-6 meals/d) Rehabilitation phase (appetite returned)
  • 36. Composition of F75 & F100 F-75 F-100  Dried skimmed milk 25g 80g  Sugar 70g 50g  Cereal flour 35g -  Vegetable oil 27g 60g  Mineral mix 20ml 20 ml  Vitamin mix 140ml 140 ml  Water 1l 1l  Protein 0.9g 2.9g  Lactose 1.3g 4.2g  K 3.6mmol 5.9mmol  Na 0.6mmol 1.9mmol  Mg 0.43mmol 0.73mmol  Zn 2.0mmol 2.3mmol  Copper 0.25mg 0.25mg  Osmolarity 333mOsmol/l 419mOsmol/l  Energy from protein 5% 12%  Energy from fat 32% 53%
  • 37. Oral feeds.  Provided according to patient’s weight and requirement of 100kcal/kg/day including protein.  Record on a milk card as well as clinical monitoring form (CMF)  Supervise each feed and make sure child is only fed on F75 and not any other feed.
  • 38. Phase 2  Transfer to phase 2 when;  Childs appetite has returned  No severe medical complications.  Oedema has began to disappear.  Give F100 only,8 times a day. No other feeds.  Continue exclusive B/feeding.
  • 39. Phase 3  Change to phase 3 when there is no oedema , good appetite ,no acute medical problem , less apathetic.  Aim at gradual weight gain.  Reduce frequency of feeds from 8 to 3, and have a porridge meal introduced.  Do gradual introduction of family foods.  Start iron supplements and stimulate child. (play & group education)
  • 40. Discharge.  Ideally, weight for height 85%, MUAC 120mm, no oedema, ascending weight curve.  In crisis, discharge can be at 80%, phase two complete, antibiotics completed, child eating well, gaining weight.  Schedule follow up, at supplementary feeding centres.
  • 41. Follow up  First month Every week  Second month Twice monthly  Third month Once monthly  Supplementation of 1500 Kcal /day
  • 42. Prevention:  Growth monitoring  Oral rehydration salts for diarrhoea  Family planning  Immunization  Breast feeding supplemented at 6 months.  Education of individuals  Ensure food security