Nutritional Rehabilitation Diets: Have We Moved On? Dr Tahmeed - - PowerPoint PPT Presentation

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Nutritional Rehabilitation Diets: Have We Moved On? Dr Tahmeed - - PowerPoint PPT Presentation

Nutritional Rehabilitation Diets: Have We Moved On? Dr Tahmeed Ahmed Director Centre for Nutrition and Food Security, ICDDR,B Professor James P. Grant School of Public Health, BRAC University Outline of Presentation Nutritional


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Dr Tahmeed Ahmed Director Centre for Nutrition and Food Security, ICDDR,B Professor James P. Grant School of Public Health, BRAC University

Nutritional Rehabilitation Diets: Have We Moved On?

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  • Nutritional rehabilitation – existing protocols
  • Situation in Asia
  • Diets during NR – local diets, RUTF
  • Need to develop „RUTF‟ from local food

ingredients

Outline of Presentation

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Severe Acute Malnutrition

  • WH<-3 SD
  • Edema both feet
  • MUAC <11.5 cm

At risk of death from

  • Hypoglycemia
  • Hypothermia
  • Infections
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On the Causes of Malnutrition

A person’s entitlements are commodities that s/he can command using rights and opportunities. Famine and malnutrition are a result of a collapse

  • f entitlements for a

certain segment of society and the failure of the state to protect those entitlements.

Amartya Sen

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Severe acute malnutrition much more common in Asia

Percentage severely wasted Number severely wasted in millions Africa 3.9 5.6 Asia 3.7

13.3

Maternal & Child Undernutrition Study Group The Lancet, 2008

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WHO Global Database on Child Growth and Malnutrition *Demographic and Health Survey

Severe Acute Malnutrition in Asia

3.5 2.9 0.8 6.4 5.1 7.6 2.9 2.6 4.5 1.4

1 2 3 4 5 6 7 8

Afganistan 2004 *Bangladesh 2007 Bhutan1999 *India 2005-06 Indonesia 2004 Lao PDR 2000 Myanmar 2003 *Nepal 2007 Pakistan 2001 Thailand2005-06

Percent

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Treatment of the Severely Malnourished Child

  • Acute phase

100 kcal/kg & 1.5 g protein/kg.d, infection control, micronutrients, appropriate rehydration, treatment of complications 3-7 days (no iron)

  • Nutritional rehabilitation phase

150-250 kcal/kg & 3-5 g protein/kg.d, micronutrients, health & nutrition education 2-6 weeks

  • Follow-up

Prevents relapse, promotes further growth & development

Ahmed T et al. Indian J Pediatr 2001

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The Lancet Series on Maternal and Child Undernutrition

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WHO Guidelines in Reducing CFR: A Meta analysis

Ahmed T et al. Lancet Nutr Series Web Appendix, 2008

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A Child is ready for Nutritional Rehabilitation -

  • No longer has diarrhea or vomiting
  • Other acute illnesses are under control
  • Does not require nasogastric tube feeding
  • Has a good appetite finishing most feeds
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WHO Recommended F-75 and F-100

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A nurse preparing F-75 with local ingredients in Kabul

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  • F-100 is ideal for nutritional rehabilitation
  • But it is not intended for use at home
  • Therefore children need to stay in a nutrition

unit until full recovery i.e. achievement of WL

  • 1 SD (90% of median)
  • Prolonged stay is not preferred by parents
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Local Diets in Nutritional Rehabilitation

  • Nutritious
  • Inexpensive, culturally acceptable
  • Locally available & not dependent on imports
  • Can be prepared at home so that nutritional

rehabilitation is continued at home

  • Can be given to siblings to prevent malnutrition
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Khichuri

100 g = ~140 kcal and 3 g protein

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Halwa

100 g = ~240 kcal and 5 g protein

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Standardized Diet Protocol Using Local Diets

Day 1

  • Milk suji 11 feeds
  • Halwa 2 feeds

Day 5 or 6

  • Milk suji 100 4 feeds
  • Halwa 3 feeds
  • Khichuri 3 feeds

Ahmed T et al. Ann Nutr Metab 2001

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Typical Weight Gain of a Severely Malnourished Child on Local Diets

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Efficacy of Local Diets in Nutritional Rehabilitation of Children with SAM

Discharge characteristics, n=1854 WL % 81 7 WA % 55 8 NRU stay, days 14 Energy intake, kcal/kg/d 214 49 Rate of weight gain, g/kg/d 10.9

Ahmed T. Annals Nutr 2006

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Day 1 Day 3 Day 14

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Incaparina - Guatemala

  • Vegetable and protein

mixture

  • Cottonseed, corn flour,

vitamin A, iron, niacin, DSM, sugar

  • 163 kcal/cup

INCAP Longitudinal Study (1969 – 1977) www.unu.edu

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Atole - Mexico

  • Traditional masa/corn

based mixture

  • Sugar, flavors, MN?
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Kitobero – Uganda

  • “Good mixed food”
  • Matoke (green

banana), pounded groundnuts, dried fish

  • r beans
  • Rich in carbohydrates,

fat and protein

  • Vitamin A, C, B

complex, folic acid, calcium

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ProNutro- South Africa

  • Commercial soy

fortified blended food, brand-named ProNutro

  • Used in people living

with HIV/AIDS

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Millet Gruel – Guinea Bissau

  • Studied in children with

malnutrition and persistent diarrhea

  • Gruel of millet, egg,

banana, margarine, sugar, micronutrients

  • Easy to prepare and

supplied as flour mix

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Corn-Soy-Wheat Noodle - Brazil

  • Low-cost, high-protein food 60% corn, 30% soy

flour, 10% wheat germ

  • 355 Kcal/100g
  • Protein 20.5 g
  • During study, noodle well accepted

American Journal of Clinical Nutrition, 1973

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Other Local Recipes

  • Maize, beans and green leafy vegetables
  • Ugali (East Africa)/ Sadza (Zimbabwe)/ Putu

(South Africa) with cowpeas and tomatoes

  • Groundnut and banana mush
  • Fish porridge (gruel of staple + fish)
  • Sorbottam Pito (Nepal)
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Local Diets Foster a Multi-Faceted Approach

  • Women empowerment
  • Increase of food diversification through

agroforestry, rainwater harvesting, cropping patterns and mixtures

  • Nutrition education
  • Integration of local diet management to treat

malnutrition at community level

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There are limitations!

  • Not evaluated except the local diets Khichuri

and Halwa

  • Levels of anti-nutrients like phytate not well

known

  • „Filling‟ effect may compromise actual intake
  • f nutrients
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Brown K, 2009 Infants <6 mo with SAM Infants > 6 mo old and <4 kg

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  • Similar to „solid‟ F-100
  • Ingredients for lipid-based RUTF

– Peanuts (ground into a paste) – Vegetable oil – Powdered sugar – Powdered milk – Vitamin and mineral mix

  • No water, no risk of bacterial contamination
  • Long shelf life

Ready-to-use Therapeutic Food (RUTF)

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Courtesy: Dr Mark Manary

Local production of Peanut-based RUTF in Malawi

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Meta-analysis of the efficacy of home-based RUTF treatment and standard facility-based treatment with F-100

Review: Efficacy of RUTF in managment of severe acute malnutrition Comparison: 03 RUTF supplement at home and standard therary Outcome: 01 RUTF supplement or standard therapy and weight gain (g/kg/day) Study RUTF F-100 WMD (random) WMD (random)

  • r sub-category

N Mean (SD) N Mean (SD) 95% CI 95% CI Cilberto MA 2005 532 3.70(4.30) 113 3.00(8.80) 0.70 [-0.96, 2.36] Diop el HI-2003 30 15.60(6.15) 30 10.10(3.36) 5.50 [2.99, 8.01] Total (95% CI) 562 143 3.00 [-1.70, 7.70] Test for heterogeneity: Chi² = 9.77, df = 1 (P = 0.002), I² = 89.8% Test for overall effect: Z = 1.25 (P = 0.21)

  • 10
  • 5

5 10 Favours control Favours intervention

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Treatment of SAM using a CMAM approach USD 200 / episode Food cost alone is USD 50-70 per episode for locally produced food

  • The local product has to be

like RUTF but be inexpensive

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CMAM: The Case of Bangladesh

  • ~500,000 children with SAM, but no CMAM program
  • Absence of GMP program to identify SAM
  • Imported RUTF not sustainable
  • Experience with cereal-based supplement not

satisfactory in the national program

  • Need to develop a model for identifying children with

SAM and treating them with RUTF made of local food ingredients

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Developing a RUTF from local food ingredients in Bangladesh

  • From local food ingredients, based on the

recommendations of a national workshop on management of SAM in Dhaka, 2007

  • Market survey done, recipes developed, initial

experiments done with rice / chickpea based diet

  • Shelf life
  • Organoleptic tests
  • Acceptability
  • Efficacy trial and then bulk production
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  • RUCFS based on rice,

lentils, milk powder

  • Work in progress with

WFP, DSM

  • Shelf life
  • Organoleptic tests
  • Acceptability
  • Efficacy
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  • Established a system for detecting the organism
  • Identified the organism in powdered milk formula
  • Suggests the need for surveillance
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Severe Acute Manutrition: India

  • 8 million children suffer from SAM
  • Identification on basis of visible severe wasting
  • r MUAC <11 cm
  • Weight-for-height not operationally feasible
  • Initial assessment & stabilization in a facility

followed by home management

  • Home-based diets or a local, sustainable RUTF

Gupta P et al. Indian Pediatr 2006

Recommendations from the IAP & AIMS

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Prasad V et al. Social Medicine 2009

  • Supports the IAP recommendation of home-based

diet for SAM

  • RUTF is expensive, even if locally produced

would cost $40 per child per treatment

  • The best SN is one that promotes self-reliance,

community participation, is low-cost & acceptable

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Prevalence of SAM in India

NNMB Rural Survey 2006

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‘Nutrimix’-ready to use food

  • Ingredients- wheat or rice, Bengal gram or green

gram, sugar/jaggery, vegetable oil and water

  • Wheat / rice & pulses in the ratio of 4:1 are

measured, roasted separately, ground to powder and

  • mixed. The mixture is kept in a dry, airtight container

and used as required. One tsp provides 10 Kcal energy and 0.4g of protein.

  • Rate of wt gain 7-10 g/kg per d

45

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  • www. cini-india.org

11/29/2011 46

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  • Efficacy of RUTF in under-5 children with SAM in

Bangladesh

  • Efficacy of RUTF using alternative milk protein

sources in the management of SAM

  • RUTF made of local food ingredients

Ongoing Research on Further Improvement of Case Management of Severe Acute Malnutrition

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  • Management of young infants less than 6 months

with SAM

  • Genetic basis of malnutrition
  • Hypophosphatemia responsible for many deaths

among children with SAM

Ongoing Research on Further Improvement of Case Management of Severe Acute Malnutrition

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Nutritional Rehabilitation Diets: Have We Moved On?

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Nutritional Rehabilitation Diets: Have We Moved On?

We still have the larger part of Asia left uncovered – a region that contributes to most of the burden of SAM. Unfortunately, we have not moved on.