Contextual factors influencing schistosomiasis treatment and identification of delivery platforms for arpraziquantel in hard-to-reach areas and populations in Homa Bay County, Kenya
2024

Understanding Schistosomiasis Treatment in Hard-to-Reach Areas of Kenya

Sample size: 18 publication 10 minutes Evidence: moderate

Author Information

Author(s): Isaiah Phyllis Munyiva, Afriyie Doris Osei, Maghanga Mary, Ogeto Donna Obare, Nyamongo Mary Amuyunzu, Steinmann Peter

Primary Institution: Swiss Tropical and Public Health Institute

Hypothesis

What contextual factors influence schistosomiasis treatment and how can arpraziquantel be effectively delivered in hard-to-reach populations?

Conclusion

The door-to-door approach using community health promoters is the most effective way to deliver arpraziquantel to at-risk preschool-aged children in hard-to-reach areas.

Supporting Evidence

  • Community members showed awareness of schistosomiasis but had limited knowledge of transmission risks.
  • Barriers to healthcare access included poor infrastructure and financial constraints.
  • Participants expressed willingness to participate in future mass drug administration programs.
  • Door-to-door delivery by community health promoters was preferred for distributing arpraziquantel.

Takeaway

This study found that people in hard-to-reach areas of Kenya know about schistosomiasis but need better access to treatment, and delivering medicine directly to their homes is the best way to help them.

Methodology

A qualitative study using interviews, focus groups, and observations to understand treatment-related factors and delivery platforms for arpraziquantel.

Limitations

Findings may not be generalizable beyond the specific hard-to-reach areas studied due to the convenience sampling method.

Participant Demographics

Participants included parents and caregivers of children under 5 years, with a mix of genders and educational backgrounds, primarily from fishing communities.

Digital Object Identifier (DOI)

10.1371/journal.pgph.0004035

Want to read the original?

Access the complete publication on the publisher's website

View Original Publication