Impact of Suaahara, an integrated nutrition programme, on maternal and child nutrition at scale in Nepal

Suaahara was an innovative, complex, multi-sectoral, large-scale, nutrition programme in Nepal to increase exposure to nutrition-related information and services, improve nutrition-related knowledge and practices among pregnant women and mothers of infants and young children, and improve their nutrition. This study evaluated the effectiveness of Suaahara to improve nutrition and nutrition-related practices by comparing changes over 10 years between intervention and comparison districts. The samples of households at baseline in 2012 and endline in 2022 were 2040 and 2480, respectively, from 120 old wards. The impact was estimated using intent-to-treat regression models in which survey year, arm and their interaction were fixed effects, accounting for district clustering, with the interaction estimating differences between arms in changes over time. The intervention, relative to comparison, reduced maternal underweight by 8.43 percentage points (p < 0.001), consistent with improved maternal and fetal condition that was manifested as the greater length of 0.761 z-scores (p = 0.004) of infants 0-5.9 months. Complementary feeding practices with children between 6 and 23.9 months of age improved more in the intervention than comparison districts: child dietary diversity by 0.294 food groups (p = 0.072) and minimum dietary diversity by 9.51 percentage points (p = 0.028), feeding sick child more (p = 0.002) and administering oral rehydration solution and zinc for diarrhoea (p = 0.057) by about 17 percentage points each, and minimum meal frequency (p = 0.004) and minimum acceptable diet (p = 0.022) by about 15 percentage points each. Substantial impacts were demonstrated despite political restructuring, earthquakes, and other major challenges that Nepal and Suaahara faced and limitations in statistical power because of the reduced number of districts that then could be included in the study. Registered at clinicaltrials.gov with identifier NCT05448287.

A Quality Improvement Initiative to Enhance the Treatment of Children With Severe Acute Malnutrition in Nepal

Objectives

Despite being implemented for decades, Nepal's Integrated Management of Acute Malnutrition program has experienced several implementation challenges such as low coverage, stock outs of ready-to-use therapeutic food supplies, poor reporting, loss to follow up and sub-optimal counselling. To address these and build a culture of continuous service delivery improvement, the Suaahara-II program adopted and assessed a quality improvement (QI) approach.

Methods

Change ideas, including increasing case identification through various platforms, developing QA standards to measure service quality, and providing incentives for female community health volunteers, were implemented as part of the QI initiative in four pilot municipalities. To assess changes in outcomes such as cure rate and number of cases identified and lost to follow-up, baseline information was collected over six months pre-implementation and performance was monitored throughout the QI implementation cycle of 17 months (February 2019—June 2021). We also analyzed secondary data from the government health management information system and established a monitoring mechanism to ensure data quality for outcome measures. For the outcome measure of service quality score, we developed a quality assurance (QA) checklist to score services while treating children with severe acute malnutrition (SAM).

Results

Our findings suggest that the QI effort was effective. The SAM cure rate increased from 67.4% pre-implementation to 80% post-implementation and the loss-to-follow-up rate declined from 26% to 8%. The number of new SAM cases fluctuated between 0–20 cases per month likely due to restrictions to mobility caused by the COVID-19 pandemic. Although there is no comparison to facilities that did not participate in the QI pilot, those that did had an average quality assurance score of 82.4%–above the 80% benchmark.

Conclusions

We found that the QI approach helped improve SAM cure rate, limited loss-to-follow-up and improved quality of case management for children with SAM. To successfully and sustainably implement QI to improve service delivery, leadership and local government accountability, regular coaching support and collaborative team efforts are key.

Funding Sources

United States Agency for International Development (USAID).

Diagnostic utility of ultrasonography and computerized tomography in gall bladder perforation: A case report

Gall bladder (GB) perforation can be misdiagnosed as any other more common cause of acute abdomen. We present a case of a 72-year-female who had presented to the emergency department with an acute abdomen. The clinical presentation and the biochemical markers had pointed towards acute pancreatitis. However, the ultrasonographic examination of the abdomen and the pelvis suggested GB perforation which was confirmed by the multislice computerized tomography scan. Following this the patient underwent open cholecystectomy and was successfully managed. The invaluable contributions from the radiological modalities led to the successful management of the patient.

Ultrasound evaluation of normal orbital preseptal thickness

INTRODUCTION

Orbital preseptal thickness is an important parameter not only in diagnosis of orbital cellulitis but also in recent classification and management of dark eye circle (DEC).

OBJECTIVE

The aim of this study was to evaluate normal preseptal thickness and collect baseline data in normal skin in a given population with no orbital pathology.

MATERIALS & METHOD

Ultrasound was performed on 42 patients (23 females and 19 males) with clinically normal eyes and orbits for evaluation of normal orbital preseptal thickness. The age ranged between 15 to 35 years with a mean age of 24.9 years.

RESULTS

Our study concluded that normal preseptal thickness ranged from 2.1 mm to 5.5 mm. Mean preseptal thickness for both sides was 3.9 mm.

CONCLUSION

Ultrasound can be used as quick, reliable and cost-effective modality for evaluation of orbital preseptal thickness.

Normal Width of Third Ventricle In Nepalese Population: Assessment By CT Scan

INTRODUCTION

Cerebral ventricular enlargement occurs as a natural aging process but also has been associated with many neurological disorders. Whether this enlargement is primary or secondary to these pathological conditions remains controversial. Objective of the study was to tabulate and create normal references values for maximum width of third ventricle in Nepalese population according to age group and gender.

METHODS

MTW was determined in two hundred (112 males and 88 females) and age ranging between 1- 93 years who had normal Computed tomography scan of the head .The data collected was analyzed with statistical program IBM SPSS version 20.

RESULTS

Measurements of MTW in both males and females of the normal groups revealed no significant difference. No significant difference in MTW was noticed till the age of 49 years. Significant differences were noticed between 49 - 93 years of age.

CONCLUSIONS

This study corroborated well with normal MTW values published in literatures from other parts of the world. However normal values specific to our local population becomes more relevant in interpreting CT scan of head in Nepal.

Guidance for the performance evaluation of three-dimensional air quality modeling systems for particulate matter and visibility

Guidance for the performance evaluation of three-dimensional air quality modeling systems for particulate matter and visibility is presented. Four levels are considered: operational, diagnostic, mechanistic, and probabilistic evaluations. First, a comprehensive model evaluation should be conducted in at least two distinct geographical locations and for several meteorological episodes. Next, streamlined evaluations can be conducted for other similar applications if the comprehensive evaluation is deemed satisfactory. In all cases, the operational evaluation alone is insufficient, and some diagnostic evaluation must always be carried out. Recommendations are provided for designing field measurement programs that can provide the data needed for such model performance evaluations.