Alcohol and other drug use patterns and services in an integrated refugee settlement in Northern Zambia: a formative research study

BACKGROUND

Evidence on patterns of alcohol and other drug (AOD) use and how to effectively deliver services to address AOD use in humanitarian settings is limited. This study aimed to qualitatively explore the patterns of AOD use among Congolese refugees in Mantapala Refugee Settlement and members of the surrounding host community and identify potential appropriate intervention and implementation approaches to address AOD use disorders among conflict-affected populations.

METHODS

Fifty free listing interviews, 25 key informant interviews, and four focus group discussions were conducted among refugees, host community members, humanitarian implementing agency staff, and refugee incentive workers. These participants were selected based on their knowledge of AOD use and related problems in the settlement and the surrounding host community in northern Zambia.

RESULTS

Cannabis and home-brewed alcohol were the substances that were perceived to be most commonly used and have the greatest impact on the community. Participants reported that self-medication, boredom, and relief of daily stressors associated with lack of housing, safety, and employment were reasons that people used AODs. Participants recommended that programming include components to address the underlying causes of AOD use, such as livelihood activities. Stigma due to the criminalization of and societal ideals and religious beliefs regarding AOD use was identified as a substantial barrier to accessing and seeking treatment.

CONCLUSIONS

Our study's findings indicate the need for services to address AOD use in Mantapala Refugee Settlement. Interventions should consider the social and structural determinants of AOD use.

Testing a Screening, Brief Intervention, and Referral to Treatment Intervention Approach for Addressing Unhealthy Alcohol and Other Drug Use in Humanitarian Settings: Protocol of the Ukuundapwa Chapamo Randomised Controlled Trial

Refugees and other displaced persons are exposed to many risk factors for unhealthy alcohol and other drug (AOD) use and concomitant mental health problems. Evidence-based services for AOD use and mental health comorbidities are rarely available in humanitarian settings. In high income countries, screening, brief intervention and referral to treatment (SBIRT) systems can provide appropriate care for AOD use but have rarely been used in low- and middle-income countries and to our knowledge never tested in a humanitarian setting. This paper describes the protocol for a randomised controlled trial to compare the effectiveness of an SBIRT system featuring the Common Elements Treatment Approach (CETA) to treatment as usual in reducing unhealthy AOD use and mental health comorbidities among refugees from the Democratic Republic of the Congo and host community members in an integrated settlement in northern Zambia. The trial is an individually randomised, single-blind, parallel design with outcomes assessed at 6-months (primary) and 12-months post-baseline. Participants are Congolese refugees and Zambians in the host community, 15 years of age or older with unhealthy alcohol use. Outcomes are: unhealthy alcohol use (primary), other drug use, depression, anxiety and traumatic stress. The trial will explore SBIRT acceptability, appropriateness, cost-effectiveness, feasibility, and reach.

Titanium-containing mesoporous molecular sieves for catalytic oxidation of aromatic compounds

Titanium silicalite is an effective molecular-sieve catalyst for the selective oxidation of alkanes, the hydroxylation of phenol and the epoxidation of alkenes in the presence of H2O2 (refs 1-3). The range of organic compounds that can be oxidized is greatly limited, however, by the relatively small pore size (about 0.6 nm) of the host framework. Large-pore (mesoporous) silica-based molecular sieves have been prepared recently by Kresge et al. and Kuroda et al.; the former used a templating approach in which the formation of an inorganic mesoporous structure is assisted by self-organization of surfactants, and the latter involved topochemical rearrangement of a layered silica precursor. Here we describe the use of the templating approach to synthesize mesoporous silica-based molecular sieves partly substituted with titanium--large-pore analogues of titanium silicalite. We find that these materials show selective catalytic activity towards the oxidation of 2,6-di-tert-butyl phenol to the corresponding quinone and the conversion of benzene to phenol.