Frederic Tripet
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Explore the profile of Frederic Tripet including associated specialties, affiliations and a list of published articles.
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75
Citations
1244
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Recent Articles
1.
Bredt B, Tripet F, Muller P
Parasit Vectors
. 2025 Feb;
18(1):66.
PMID: 39985064
Mosquito-borne pathogens continue to cause tremendous suffering, morbidity and mortality. For many of these diseases, vector control remains the most effective approach. The development and deployment of effective and efficient...
2.
Tenywa F, Kibondo U, Entwistle J, Dogan O, Haruna M, Phisoo R, et al.
Parasit Vectors
. 2025 Feb;
18(1):38.
PMID: 39905480
Background: Sugar feeding is an essential aspect of mosquito biology that may be exploited for mosquito control by adding insecticides to sugar attractants, so-called 'attractive targeted sugar baits' (ATSBs). To...
3.
Onen H, Kaindoa E, Nkya J, Limwagu A, Kaddumukasa M, Okumu F, et al.
Malar J
. 2025 Jan;
24(1):4.
PMID: 39789518
Background: Members of the Anopheles gambiae complex are major malaria vectors in sub-Saharan Africa. Their larval stages inhabit a variety of aquatic habitats in which, under natural circumstances, they are...
4.
Mapua S, Nambunga I, Odero J, Mkandawile G, Masalu J, Kahamba N, et al.
Parasit Vectors
. 2024 Dec;
17(1):549.
PMID: 39736795
Background: The Anopheles funestus group includes at least 11 sibling species, with Anopheles funestus Giles being the most studied and significant malaria vector. Other species, like Anopheles parensis, are understudied...
5.
Meza F, Tenywa F, Ashall S, Okumu F, Moore S, Tripet F
Parasit Vectors
. 2024 Dec;
17(1):499.
PMID: 39627795
Background: Attractive targeted sugar baits (ATSBs) are promising new interventions that can complement existing vector control tools. However, reproducible and quantitative information on the level of attractiveness of ATSBs under...
6.
Ottih E, Tripet F
Parasit Vectors
. 2024 Nov;
17(1):478.
PMID: 39568044
Background: Eggs of anopheline mosquitoes hatch within a few days of laying and require high levels of humidity to survive. Assessing natural variation in egg hatching and its environmental and...
7.
Mapua S, Limwagu A, Kishkinev D, Kifungo K, Nambunga I, Mziray S, et al.
Parasite Epidemiol Control
. 2024 Oct;
27:e00382.
PMID: 39434900
Introduction: Larval source management, particularly larviciding, is mainly implemented in urban settings to control malaria and other mosquito-borne diseases. In Tanzania, the government has recently expanded larviciding to rural settings...
8.
Irish S, Nimmo D, Bharmel J, Tripet F, Muller P, Manrique-Saide P, et al.
Malar J
. 2024 Aug;
23(1):252.
PMID: 39175014
Background: Indoor residual spraying (IRS) is one of the most effective malaria control tools. However, its application has become limited to specific contexts due to the increased costs of IRS...
9.
Mapua S, Samb B, Nambunga I, Mkandawile G, Bwanaly H, Kaindoa E, et al.
Parasit Vectors
. 2024 Jun;
17(1):261.
PMID: 38886827
Background: Malaria transmission in Tanzania is driven by mosquitoes of the Anopheles gambiae complex and Anopheles funestus group. The latter includes An. funestus s.s., an anthropophilic vector, which is now...
10.
Onen H, Kaddumukasa M, Kayondo J, Akol A, Tripet F
Parasit Vectors
. 2024 Jun;
17(1):257.
PMID: 38867296
Macroinvertebrate predators such as backswimmers (Heteroptera: Notonectidae), dragonflies (Odonata: Aeshnidae), and predatory diving beetles (Coleoptera: Dytiscidae) naturally inhabit aquatic ecosystems. Some aquatic ecosystems inhabited by these macroinvertebrate predator taxa equally...