X~-ARK-J~~-~ Evaluation of the outpatient therapeutic care programme, Save the Children UK, North Darfur, Sudan, 2001 I/ 74 35 Summary of key findings Contest of the pro, oramme North Darfur experienced a severe drought in 1999 and 2000. This caused widespread crop failure, disruption to markets, decrease in the earning power of all families and a generalised decline in food security. In October 2000, the annual assessment of food needs undertaken by SC-LX and the Developnlent & Rehabilitation Committee (DRC) of north Darfur, concluded that during 2001 between 17,192 ,and 26,057 MT of relief grain \vould be required, in order to prevent loss of life and destitution. The report reconln~ended that this food be distributed fioni March 2001, to preempt tlie start of an estended hunger sap and to ensure tliat food was available before the planting season in July. Despite efforts repeated efforts by SC UK from October 2000 on\\;ards to advocate for a response, it was not possible to mobilise donor support for food distribution. It had been hoped tliat a general i-ation would be distributed to pre\;ent a further deterioration of the food security situation. Nutrition surveys carried out in April revealed tlie following rates of malnutrition and it became clear that supplementary and therapeutic feeding would be needed to prevent fitrther loss of life in the population under 5'. Global (< -2 z-scores or oedema) = 23.4% (95%CI 21.8 - 25.0) s Severe (< -3 z-scores or oedema) = 2.1 % (95% CI 1.6 - 2.6) On the basis of tlie survey results, blanket supplementary feeding was proposed for all 21 rural councils. Again it was not possible to secure donor support for this. A pl-oposal was made for targeted supplementary feeding in the six worst effected rural councils and funding was secured from DfID. USAID subsequently indicated that it could make USS500,OOO available so it was possible to include a fi~nher 4 rural councils in the programme. The rural councils were selected on tlie basis of the severity of their situation according to the nutrition survey results (calculated by food economy zone) and the Food Econon1y reports'. A general ration distribution of 15,000MT of grain was also made bet\\.een May and October. Once funding was secured, SC UK implemented an outpatient therapeutic feeding programme (OTP) with a ready to use therapeutic food (RUTF') which enrolled and treated 836 severely n~alnourislied children and a targeted\upplenientary feeding programme enrolling approximately 24,000 children and 23,000 pregnant and lactating \vomen in 10 rural councils of North Darfur during the period August I 1- Decembel- 12 2001. Other emergency interventions included: DflD and ECHO funded SC-UK to drill." I-ehabilitate 151 shallow wells or hand-pumps. The government of the Netherlands funded the provision of fi-ee basic drugs to dispensaries and clinics in 4 of the 12 rural councils. USAlD ft~nded ameasles vaccination can~paign. Outpatient Tl~erapeutic Programme design and content Children were screened in the first instance using MUAC and by checking for nutritional oedema. Children 12-59 months with a MUAC 39 degrees, increased respiratory rate (> 35 if over 2 years, > 40 if 1 - 1 years or > 50 if less than 1 year) or any sign of illness were referred in the first instance to a hospital (four hospitals were being supported by GOAL to give therapeutic care). Where a child could not be taken to the hospital due to [he distance, they were referred to a stabilisation centre (3 of these were set up in health centres located in areas least accessible to the hospitals). Treatment in the stabilisation centre included: rehydration" where necessary. treatment with a systematic autibiotic (amosicyllin) and fansidar, folic acid, vitamin A, measles vaccination, feeding with F75 by naso-gastric tube and daily examination and monitoring. Children were discharged from the stabilisation centre to the OTP when appetite was shown to have returned by the successfi~l eating of RUTF for more than one day. Children were referred to the hospital if they vomited more than 50% of the feed after 6 consecutive meals, had a body temperature >39C or had a high respiratory rate or failed to resain appetite after 5 days in the stabilisation centre. ' Xurriser I'lun~py Nut \\.;IS used. ' Children wcrc idmirred ;rccordins to .\lC.\C crireria nod nor disclmrged from rhc programme. This ;IIIo\KxI :I greater numlxr oicbildren ro henefir iron2 the progrlmme rhm would haw ken possible \xi& rr;d;~rd mcighr for hei~l~r cnrv aod exit criruria. Ibis \\:IS desirdAu +en rl~c Lirnired nrailnble suppon to h~uscl,oldz. ' ,\IUt\C cur offs were calculated usins serlsitirity and specificity analysis of \veighr for height and MUAC data 011 a sample of 733 children at the tirst distribution's screening session '.\hter. ORS :lad susar mere used (using rl~e recommended rccipe) for reh!-drxion as CMV or Rcsonial wcrc nor ar:tilal)le ro rhe progrxmme. Children admitted into the OTP received a systematic antibiotic (amosycillin). chloroquine (according to the Ministry of Health treatment guidelines), folic acid. vitamin A, measles vaccination and 14 packets of 0.92g and 500 kcal RCTF per week. Children in the OTP were visited daily by the Community Nutrition \Vorker (CNW) who checked the child for appetite (sachets of RUTF eaten the previous day). diarrhoea history, thirst, dehydration and the presence of a carer and watched the child consume RUTF. Children had a full examination weekly by the team nurse or medical assistant (health professional category just below a doctor in Sudan) and their weight fol- height was recalculated. The CNW was also responsible for the identification of severely malnourished infants throu~h community screening, instruction in the use of therapeutic foods through home visits. the identification (alongside the medical assistant and nurse) and referral to inpatient units of severely undernourished children who failed to thrive in the outpatient program due to anoresia or co-morbidity, hygiene promotion activities and the distribution of soap to mothers of severely undemourished children with skin diseases, the promotion of the use of ORS through home \:isits and to act as a 'contact point' between the community and other elements (e.g. the clinical team) of the outpatient therapeutic program. Children were discharged from the OTP to the supplementary feeding pro,gxnnme when they had reached 75% weight for height for 4 consecutive weeks. In total the programme had 100 distribution points and employed 290 field staff including medical assistants and nurses, CNWs, and Team leaders. A note about data quality A comprehensive monitoring system was put in place to n~onitor the programme outcomes as it was a new type of intervention for SCUK. The data system \\.as specially designed for the programme but proved to be inadequate and would have to be substantially revised for any future programme. One of the reasons may have been that the programme had to stall quickly because the rains were forecast which had the potential to severely hamper distributions. Specific problems encountered \\.ere inconsistencies between daily and weekly reporting forms, some children's outcomes not reported at the end of the programme due to the rush to close and the failure of the system to track children through OTP and SFP. Outpatient Therapeutic Programme outcomes Table 1. Key outcome indicators for qualit! of care for the 3 months of operations in the OTP Average 1 range percentage i 1 Discharged to supplementary feeding progranlnle I SI.4 1 (45-100) i Defaulted !10.1 1 (0-36) i Died 1 2.9 1 (0-7.7) i i Transferred (to TFC, hospital or dispensary) i 5.6 i (0-13.4) Mortality: A mortality rate of 2.9% is very low and well within Sphere standards. However, the mortality rate is difficult to interpret because children were discharged to supplementary feeding after reaching 75% weight for height and sonie of these children niay have subsequently died. Using the Pn~dhon index the crpecfecl mortality was calculated based 011 i) the death rates achieved in conventional but well run TFCs using internationally recognised protocols, ii) the anthroponietric r' oedenia profile of children adniitted into the OTP, iii) the deaths which can be expected in the pel-iod froni admission to discharge at 75% weight for height, and iv) using a cossection factor to take in account the transfer of children (potentially the most sick) to other facilities'. The expected number of deaths was conipared to the obsened deatlis in the OTP. Half (51%) of expected deaths of children without oedenla (n=714) were actually observed while almost all (92%) those expected occurred for children with oederna (n=62). Rates did vary according to location (see ranses in Table 1 ). Other indicators: The average rate of rlej~~rlti~~g was skewed by the high rate of defaulting in one location where the largest nomber of children were adniitted (El Faslier to\\n) and where up to 34% of children defaulted. This was mainly because the children were from pastoralist families \vho only stayed in the town for a few days at a time. 36% of children defaulted from another location (Tina) in the pastoral area where only 21 childsen were adniitted. Discharge rates were therefore also lo\\{ in these two centres. With the exception of these two locations, defaulting rates in the other 9 locations remained below 14%. Rer~rlmissio~r rates were approximately 1.0% of total adniissions. 11.Ierur le/rg/lr of stq. was estimated at 25 days for wasted children and 35 days for oedeniatous children. This data, once again has to be interpreted in the light of the discharge criteria of 75% weight for height compared to the usual 85% weight for height. 1b1ecl1,r weight gairr Lvas 6.6g/kg/day for wasted children and l.S@g/day for oedeniatous children. Children in the stabilisation centres: Only 17 children were adniitted to the stabilisation centres, three children in total died though two died after discharge to the OTP and are therefore included in the death rate in table I. - If tc~nsfer cues :Ire not r;kn into ;~ccoonr. momlin rates can appear PC? lo\\- if all cornplicnred .' iugh +l, c:ws ;are transferred Coverage: Rural council .A1 sayah El fasher nml El fasher town 1 Karnoi nates of coverage t vlasimum coverage of 3TP (esc TFC) % 56 39 24 53 50 25 5s 10 30 20 OTP location 15% Contidence ~otewal 23-156 21-81 12-49 21-137 27-104 10-70 24- I62 4-27 16-62 8-52 Table 2 slio\vs the range of estimated coverage rates achieved by ~ral council. The I-ates are con~parable to rates achieved in \\.ell-nm TFCs operating in high popularion densitites. More childl-en were admitted in locations where prevalence of nialnutrition \\as liiglier. Tak~tig into account tlie children admitted into the hospital the presence of TFCs did not increase coverage substantially (35% (17-79)). Unlborro I I There are two possible reasons for the lower than expected coverage rates. First, pan of the programme period overlapped with the planting season which affected the rate of adiiiissions into the programme and second a miscalculation was made in setting the registration targets which may have affected the rate of case finding. 4-28 The esti~iiates in Table 2 are proble~uatic for several reasons: It xvas not possible to estimate coverage with an antliroponietric survey during the project period. The numerator is the total number of children admitted (minus readmissions and transfers) over the 3-month project period. Coverage should be estimated at a single point in time and could therefore be as little as a third of the estimated coverage in Table 2. There are tlie usual problems in accurate estimates of population figures. These figures are based on 20% of the population being being under five years, \\,liereas the Bureau of Statistics reconlniends this figure to by 16.6%. Tlic data for the pmtoralist areas could utiderestimate tlic real coverage due to overestimation of population in these areas. Both of thcsc factors could mcan that the corerage figures are underestimated. The estimates of malnutrition were based on a survey conducted in April 2001 and compared to children admitted into the programme August - December 2001. Malnutrition could have increased in tlie run up to the harvest in October i November or, as in west Darfur, could have declined. Total 32 15-71 The wider contest of the programme Table 3: acute malnutrition before and after the intervention Food Economy [ April 2001 I Januar? 2002 i Zone / Global acute / Severe acute I Global acute j Severe acute : Table 4: Under five mortality rates (3 month8 retrospective survey using previous birth technique) / Goz i l'ombac Pastoralist 1 Son-wadi Pestoralist Table 3 sho\vs that rates of global acute n~alnutrition have declined sigificmtly in all food economy zones since April 2001, tllougll rates of severe malnutrition have only declined significantly in the Goz area. Rates of severe malnutrition remained high in January 2002 in tlie Tombac area and in contrast to all other areas (and the April sul-vey). 96% of the severe nlalnutrition was oedeniatous. The Tonibac area \vas also the only area where severe malnutrition measured by MUAC (