Impactful Community-Centered Research

ResearchLink International (RLI) is a premier research and consultancy organization with more than 10 years of dedicated experience in malaria entomology and vector control. Our work is grounded in cutting-edge scientific research, operational expertise, and capacity building to accelerate malaria elimination efforts in Africa and beyond. We combine molecular, ecological, and field-based research to inform evidence-driven malaria control policies and innovative interventions.

Our Research Focus Areas

• Malaria Vector Behavior and Ecology
  We study the feeding, resting, and biting behaviors of malaria vectors to understand transmission dynamics and intervention impacts. This includes pioneering novel tools such as the Mosquito Electrocuting Trap (MET), which safely and accurately measures outdoor biting rates without exposing humans to mosquito bites.

• Genetics and Population Structure of Malaria Vectors
  Our research explores genetic diversity, gene flow, and behavioral sub-structures among Anopheles mosquito populations. Understanding these genetic factors enables us to predict and monitor the spread of insecticide resistance and behavioral adaptations that challenge vector control. Read more in our study: Investigating associations between biting time in the malaria vector An. arabiensis and circadian rhythm gene polymorphisms.

• Insecticide Resistance Monitoring and Management
  Through molecular and phenotypic assays, we track insecticide resistance in malaria vectors. These findings help tailor intervention strategies such as IRS and LLINs to local resistance profiles, ensuring sustained efficacy. See our recent work on resistance in Namibia: Insecticide susceptibility status of Anopheles gambiae mosquitoes.

• Integrated Vector Management (IVM) and Innovative Control
  RLI advances integrated strategies combining IRS, LLINs, larviciding, and biolarviciding with eco-friendly microbial agents. Our projects emphasize sustainable, community-inclusive approaches and address vector resistance and behavioral avoidance.

• Capacity Building and Operational Research
  We train entomologists, technicians, and community health workers on surveillance methodologies, molecular diagnostics, and vector control operations, fostering local ownership and long-term program sustainability.

Selected Research Highlights and Publications

You can access these and other key publications here.

• Behavioural Avoidance Strategies of Malaria Vectors in High LLIN Coverage Areas
  Explores vector adaptations complicating control in Tanzania. Read the article.

• Mosquito Electrocuting Traps as a Safer Alternative to Human Landing Catches
  Developed and validated the MET device, providing accurate, ethical, and scalable measurement of vector biting behavior. Read the study.

• Genetic Associations with Biting Times in Anopheles arabiensis
  Explored circadian rhythm gene polymorphisms linked to mosquito biting behavior. Access here.

• Population Structure and Spread of Insecticide Resistance
  Comparative analysis in Tanzania with implications for control strategies. Read the publication.

• Baseline Entomological Surveillance in Namibia
  Vital entomological data to inform Namibia’s malaria control program. Full article.

• Evaluation of Vector Sampling Techniques
  Compared vector collection methods for operational surveillance improvement. See article.

Impactful Research Programs

• NamTan Vector Control Initiative
  A cross-border project scaling up biolarviciding and integrated vector management between Namibia and Tanzania. This initiative promotes environmentally sustainable control, community engagement, and policy integration to reduce malaria transmission.

• Collaborations with Ministries of Health and Global Partners
  RLI partners with WHO, Global Fund, Clinton Health Access Initiative, and national health authorities to support vector surveillance, insecticide resistance monitoring, and vector control programs.

Leadership Spotlight

Dr. Deodatus Maliti, PhD (University of Glasgow), is the visionary founder and current Director of RLI. He brings extensive expertise in malaria medical entomology, genetic and behavioral research, and vector control program management. Under his leadership, RLI connects high-quality scientific research with practical malaria elimination efforts.

Why Collaborate with ResearchLink International?

• Over a decade of scientific and operational excellence in malaria entomology.

• Development of innovative surveillance tools, such as the Mosquito Electrocuting Trap and Portable Insecticide Treated Surfaces (PIES)

• Deep knowledge of mosquito behavior, genetics, and insecticide resistance, critical for adaptive vector control.

• Proven track record supporting national programs and scaling integrated vector management approaches.

• Strong commitment to capacity building, empowering local health workers and scientists.

• Extensive regional experience in Tanzania, Namibia, and Southern Africa.

• Established partnerships with global institutions ensuring best practices and collaboration opportunities.

Connect with Us

To explore partnership opportunities, consultancy services, or research collaboration, contact:

ResearchLink International
Moshi, Tanzania
Phone: +255 686 997 270
Email: info@researchlinktz.com
Website: www.researchlinktz.com

ResearchLink International is dedicated to transforming malaria control through rigorous research, innovative solutions, and collaborative engagement—working towards malaria-free communities in Africa and beyond.