Transition from hospital to home care for preterm babies: A qualitative study of the experiences of caregivers in Uganda.

Improving care for preterm babies could significantly increase child survival in low-and middle income countries. However, attention has mainly focused on facility-based care with little emphasis on transition from hospital to home after discharge. Our aim was to understand the experiences of the transition process among caregivers of preterm infants in Uganda in order to improve support systems. A qualitative study among caregivers of preterm infants in Iganga and Jinja districts in eastern Uganda was conducted in June 2019 through February 2020, involving seven focus group discussions and five in-depth interviews. We used thematic-content analysis to identify emergent themes related to the transition process. We included 56 caregivers, mainly mothers and fathers, from a range of socio-demographic backgrounds. Four themes emerged: caregivers' experiences through the transition process from preparation in the hospital to providing care at home; appropriate communication; unmet information needs; and managing community expectations and perceptions. In addition, caregivers' views on 'peer-support' was explored. Caregivers' experiences, and their confidence and ability to provide care were related to preparation in the hospital after birth and until discharge, the information they received and the manner in which healthcare providers communicated. Healthcare workers were a trusted source of information while in the hospital, but there was no continuity of care after discharge which increased their fears and worries about the survival of their infant. They often felt confused, anxious and discouraged by the negative perceptions and expectations from the community. Fathers felt left-out as there was very little communication between them and the healthcare providers. Peer-support could enable a smooth transition from hospital to home care. Interventions to advance preterm care beyond the health facility through a well-supported transition from facility to home care are urgently required to improve health and survival of preterm infants in Uganda and other similar settings.

Incentives for mothers, health workers and "boda-boda" riders to improve community-based referral process and deliveries in the rural community: a case of Busoga Region in Uganda.

BACKGROUND: This study set out to investigate how incentives for mothers, health workers and boda-boda riders can improve the community-based referral process and deliveries in the rural community of Busoga region in Uganda. Both the monetary and non-monetary incentives have been instrumental in the improvement of deliveries at health centres. METHODS: The study was a 2 arm cluster non-randomized control trial study design; with intervention and control groups of mothers, health workers and boba-boda (commercial motor-cycle) riders from selected health centres and communities in Busoga region. Among the study interventions was the provision of incentives to mothers, health workers (midwives and VHTs) and boda-boda riders for a duration of 6 months. Monetary and non-monetary incentives were applied in this study, namely; provision of training, training allowances, refreshments during the training, payment of transport fares by mothers to boda-boda riders, free telephone calls through establishment of a pre-paid Closed Caller User Group (CUG) and provision of bonus airtime to all registered CUG participants and rewards to best performers. The study used a mixed methods design. Descriptive statistical analysis was computed using STATA version 14 for the quantitative data and thematic analysis for qualitative data. RESULTS: Findings revealed that incentives improved community-based referrals and health facility deliveries in the rural community of Busoga. The proportion of mothers who delivered from health centres and used boda-boda transport were 70.5% in the intervention arm and only 51.2% in the control arm. Of the mothers who delivered from the health centres, majority (69.4%) were transported by trained boda-boda riders while only 30.6% were transported by un-trained boda-boda riders. And of the mothers transported by the boda boda riders, 21.3% in the intervention arm reported that the riders responded to their calls within 20 min, an improvement from 4.3% before the intervention. Mothers who were responded to between 21-30 min increased from 31.4% to 69.6% in the intervention arm while in the control arm, it only increased from 37.1% to a dismal 40.3%. Interestingly, as the time interval increased, the number of boda-boda riders who delayed to respond to mothers' calls reduced. In the intervention arm, only 6.2% of the mothers stated that boda-boda riders took as many as 31-60 min' time interval to respond to their calls in post intervention compared to a whopping 54.9% in the pre intervention time. There was little change in the control arm from 53.2% in the pre intervention to 41.2% in the post intervention. CONCLUSION: Incentives along the maternal health chain are key and the initiative of incentivising the categories of stakeholders (mothers, midwives, the VHTs and the boda-boda riders) has demonstrated that partnerships are very critical in achieving better maternal outcomes (health facility-based deliveries) as a result of proper referral processes.

Sporadic Rift Valley Fever Outbreaks in Humans and Animals in Uganda, October 2017-January 2018.

Introduction: Rift Valley fever (RVF) is a mosquito-borne viral zoonosis. The Uganda Ministry of Health received alerts of suspected viral haemorrhagic fever in humans from Kiruhura, Buikwe, Kiboga, and Mityana districts. Laboratory results from Uganda Virus Research Institute indicated that human cases were positive for Rift Valley fever virus (RVFV) by polymerase chain reaction. We investigated to determine the scope of outbreaks, identify exposure factors, and recommend evidence-based control and prevention measures. Methods: A suspected case was defined as a person with acute fever onset, negative malaria test result, and at least two of the following symptoms: headache, muscle or joint pain, bleeding, and any gastroenteritis symptom (nausea, vomiting, abdominal pain, diarrhoea) in a resident of Kiruhura, Buikwe, Mityana, and Kiboga districts from 1st October 2017 to 30th January 2018. A confirmed case was defined as a suspected case with laboratory confirmation by either detection of RVF nucleic acid by reverse-transcriptase polymerase chain reaction (RT-PCR) or demonstration of serum IgM or IgG antibodies by ELISA. Community case finding was conducted in all affected districts. In-depth interviews were conducted with human cases that were infected with RVF who included herdsmen and slaughterers/meat handlers to identify exposure factors for RVF infection. A total of 24 human and 362 animal blood samples were tested. Animal blood samples were purposively collected from farms that had reported stormy abortions in livestock and unexplained death of animals after a short illness (107 cattle, 83 goats, and 43 sheep). Convenient sampling for the wildlife (10 zebras, 1 topi, and 1 impala) was conducted to investigate infection in animals from Kiruhura, Buikwe, Mityana, and Kiboga districts. Human blood was tested for anti-RVFV IgM and IgG and animal blood for anti-RVFV IgG. Environmental assessments were conducted during the outbreaks in all the affected districts. Results: Sporadic RVF outbreaks occurred from mid-October 2017 to mid-January 2018 affecting humans, domestic animals, and wildlife. Human cases were reported from Kiruhura, Buikwe, Kiboga, and Mityana districts. Of the 24 human blood samples tested, anti-RVFV IgG was detected in 7 (29%) human samples; 1 human sample had detectable IgM only, and 6 had both IgM and IgG. Three of the seven confirmed human cases died among humans. Results from testing animal blood samples obtained from Kiruhura district indicated that 44% (64/146) cattle, 46% (35/76) goats, and 45% (9/20) sheep tested positive for RVF. Among wildlife, (1/10) zebras, (1/1) topi, and (1/1) impala tested positive for RVFV by serological tests. One blood sample from sheep in Kiboga district tested RVFV positive. All the human cases were exposed through contact or consumption of meat from infected animals. Conclusion: RVF outbreaks occurred in humans and animals in Kiruhura, Buikwe, Mityana, and Kiboga districts. Human cases were potentially infected through contact with infected animals and their products.