MBD Free Project

Climate change have a direct effect on mosquitoes and their capacity as disease vectors. This projects seeks to prevent hospital-transmission and acute epidemic spread of climate-sensitive mosquito-borne viral diseases in Zanzibar hospitals. Photo: Otis Sloan Wood.
Climate change have a direct effect on mosquitoes and their capacity as disease vectors. With an integrated co-creation methodology, MBD Free seeks to prevent hospital-transmission and acute epidemic spread of climate-sensitive mosquito-borne viral diseases in Zanzibar hospitals. Photo: Otis Sloan Wood.

Project background

Hospitals can be hotspots for the initiation and spread of infectious disease outbreaks. However, in tropical areas more research is needed to identify and pilot sustainable interventions to minimize the risk of hospital-transmission and epidemic spread of climate-sensitive mosquito-borne viral disease as for example dengue and Zika.

The standard of waste and water management in the local environment generates multiple habitats for mosquitoes, while the open structure of tropical hospitals offer easy access for blood-seeking mosquitoes to around-the-clock presence of patients, relatives and staff. This situation creates highly favorable conditions for the spread of mosquito-borne viral diseases. Here, one infected person may initiate transmission and result in others carrying infections back to their homes and communities. Zanzibar represents one such setting. The significance of the problem is amplified by the ongoing climate change, poorly developed surveillance capacity and lack of treatment options.

Research aims

This research aims to build resilience to mosquito-borne viral diseases in Zanzibar by preventing hospital-acquired infections through integrated mosquito control and sentinel surveillance in Zanzibar hospitals. The core team behind the research represents a very broad range of disciplines, sectors and professions needed to come up with innovative, effective and sustainable interventions to address the problem. The project will be guided by previously identified proven and promising interventions including architectural adjustments and the use of mosquito mass trap technologies.

Moreover, the research will advance our knowledge by developing procedures for the selection, co-creation and adoption of interventions into the hospital setting, undertake feasibility and impact assessments and assess novel surveillance approaches for the detection of viruses in mosquitoes. Throughout the project, research capacity will be strengthened focusing at South partner institutions. Dedicated project activities emphasize research to program and research to policy translation.

 

Conferences

Otis Sloan Wood, Jakob Brandtberg Knudsen, Karin Linda Schiøler, Michael Alifrangis, Eliza Lupenza, Gloria Ceasar, Mwinyi Msellem, Fatma Saleh. (20-22 November 2024). Thermal Comfort, Ventilation, and Mosquito-Borne Disease Risk: A Preliminary Field Study of New Hospitals in Zanzibar, Tanzania. Conference presentation. CATE Conference, Seville, Spain. *Recipient of Outstanding Student Paper Award

 

The project brings together a strong, interdisciplinary network of research and government institutions across Zanzibar, mainland Tanzania and the region with a clear aim to strengthen South-South collaborations, while building on well-established partnerships with North partners.

Collaborators

  • State University of Zanzibar (SUZA)
  • Kilimanjaro Clinical Research Institute, Tanzania  (KCRI)
  • Kilimanjaro Christian Medical University College, Tanzania (KCMUCo)
  • Zanzibar Malaria Elimination Programme (ZAMEP)
  • Directorate of Preventive Services and Health Promotion Ministry of Health Zanzibar (MOH)
  • SACIDS Foundation for One Health, University of Agriculture, Tanzania (SUA)
  • Instituto Nacional de Saúde, Mozambique (INS) 
  • University of Copenhagen, Denmark (UCPH)
  • The Royal Danish Academy, Architecture, Design, Conservation, Denmark (KADK)

 

 

 

Karin Schiøler

Karin Schiøler, University of Copenhagen, Denmark 

Fatma Saleh

Fatma Saleh, State University of Zanzibar (SUZA)

Mwinyi Msellem

Mwinyi Msellem, Directorate of Preventive Services and Health Promotion Ministry of Health Zanzibar 

Shaali Ame

Shaali Ame, Directorate of Preventive Services and Health Promotion Ministry of Health Zanzibar 

Happiness Kumburu

Happiness Kumburu, Kilimanjaro Clinical Research Institute, Tanzania  (KCRI)

Gerald Misinzo

Gerald Misinzo, SACIDS Foundation for One Health, University of Agriculture, Tanzania

Debora Kajeguka

Debora Kajeguka, Kilimanjaro Christian Medical University College, Tanzania 

Michael Alifrangis

Michael Alifrangis, University of Copenhagen, Denmark 

Jakob Knudsen Jakob Brandtberg Knudsen, The Royal Danish Academy, Architecture, Design, Conservation, Denmark

 

Ayubo Kampango, Instituto Nacional de Saúde, Mozambique 

Bakari Khatib, Zanzibar Malaria Elimination Programme (ZAMEP)

 

 

Danielle Agnello Danielle Agnello, PostDoc (UCPH)
Otis Sloan Wood

Otis Sloan-Woods (PhD, KADK)

Eliza Lupenza

Eliza Lupenza (PhD, KCMUCo)

Gloria Ceasar

Gloria Ceasar (PhD, KCMUCo)

 

Funded by:



Full project title: Building resilience to climate-sensitive mosquito-borne viral diseases: preventing hospital-acquired infections and their epidemic spread through integrated mosquito control and sentinel surveillance in Zanzibar hospitals

Period:  2022-2027

Total: 11,999,216 DKK

Contact


Karin Linda Schiøler
Karin Schiøler (Co-PI)
ksch@sund.ku.dk
+4535326976
Fatma Saleh
Fatma Saleh (Co-PI)
fatma.saleh@suza.ac.tz