Colince Kamdem is a scientist, university researcher, and educator whose work connects infectious disease research with evolutionary biology. He is especially known for studying Anopheles mosquitoes, the group that includes some of the world’s most important malaria vectors. His research explores how mosquitoes adapt to changing environments, how their genes influence their behavior, and why some populations become less sensitive to insecticides used for malaria control. As of 2026, Colince Kamdem serves as an Assistant Professor in the Department of Biological Sciences at the University of Texas at El Paso, commonly known as UTEP. His academic path began with advanced training in Biochemistry at the University of Yaoundé I and developed into a research career spanning genetics, genomics, ecology, vector biology, pesticide resistance, and public health.
Quick Bio Information
| Information | Details |
|---|---|
| Full Name | Colince Kamdem |
| Profession | Scientist, Researcher, and University Professor |
| Current Position | Assistant Professor |
| Department | Biological Sciences |
| Institution | University of Texas at El Paso |
| Location | El Paso, Texas, United States |
| Academic Field | Biological Sciences |
| Master’s Degree | MS in Biochemistry |
| Master’s Institution | University of Yaoundé I |
| Master’s Year | 1999 |
| Doctoral Degree | PhD in Biochemistry |
| Doctoral Institution | University of Yaoundé I |
| PhD Year | 2012 |
| Main Research Area | Mosquito Biology and Evolutionary Genomics |
| Public Health Focus | Malaria Vector Control |
| Research Interests | Genomics, Ecology, Evolution, Vector Biology |
| Major Study Organisms | Anopheles Mosquitoes |
| Additional Focus | Insecticide and Pesticide Resistance |
| 2026 Academic Role | UTEP Assistant Professor |
The academic and professional information above is supported by current UTEP faculty and departmental records.
Who Is Colince Kamdem?
Colince Kamdem is an academic researcher whose work asks an important question: how do disease-carrying mosquitoes change when people alter their environments or try to control them? His laboratory examines the environmental, genetic, and molecular processes that allow Anopheles mosquitoes to adapt to human environments and vector-control measures. This places his work between basic science and practical public-health research. Rather than studying mosquito biology in isolation, he examines genetics, ecology, behavior, insecticides, and evolution together. UTEP describes his main areas of expertise as Evolutionary Genomics, Vector Biology, Ecology, Malaria, and Pesticide Resistance. This combination helps explain why his research can be relevant both to scientists studying evolution and to specialists designing better malaria-control strategies.
Academic Background
Kamdem’s formal university education is rooted in Biochemistry. According to his official UTEP faculty profile, he completed an MS in Biochemistry at the University of Yaoundé I in 1999. He later earned his PhD in Biochemistry from the same university in 2012. These qualifications are also listed in UTEP’s current Biological Sciences academic catalog. Biochemistry provides a strong foundation for understanding biological processes at the molecular level, including proteins, receptors, enzymes, metabolism, and genetic activity. Those subjects later became highly relevant to Kamdem’s mosquito research because insecticide responses can depend on molecular targets, detoxification systems, gene variation, and signaling pathways inside mosquito cells.
From Biochemistry To Vector Biology
The development of Colince Kamdem’s research career shows how molecular science can connect with real-world disease problems. His early training focused on Biochemistry, but his research expanded into Entomology, Mosquito Genetics, Evolutionary Biology, and Vector Control. Malaria research requires this multidisciplinary approach because mosquito populations are constantly interacting with changing environments. A mosquito’s response to an insecticide may depend on its genes, physiology, behavior, habitat, and evolutionary history. Kamdem’s work therefore moves beyond simply asking whether an insecticide kills mosquitoes. His research investigates why different mosquito populations respond differently and how those responses might evolve over time, giving researchers a deeper view of the biological pressures affecting malaria control.
Colince Kamdem At UTEP
As of 2026, Colince Kamdem is an Assistant Professor in the Department of Biological Sciences at the University of Texas at El Paso. Both UTEP’s faculty directory and its Biological Sciences faculty page confirm his current position. His official profile places his office in the Bioscience Research Building and identifies his research at the intersection of infectious diseases and evolutionary biology. Being based within a university Biological Sciences department allows him to combine laboratory research, scientific publication, student education, and collaborative research. His work at UTEP also reflects a broader feature of modern biology: important health questions increasingly require researchers to combine molecular science with ecology, evolution, genomics, and computational analysis.
Main Research Areas
The central theme of Kamdem’s research is mosquito adaptation. His UTEP research description explains that his laboratory investigates environmental, genetic, and molecular mechanisms that allow Anopheles mosquitoes to adapt to human environments and vector-control pressures. The laboratory integrates Landscape Ecology, Genomics, Molecular Evolution, and Experimental Assays. This approach is valuable because mosquito populations do not exist under identical conditions. Urbanization, insecticide use, climate, breeding habitats, and local ecological conditions may all create different selection pressures. By studying these influences together, Kamdem and his collaborators can investigate not only what mosquitoes are doing today but also the evolutionary processes that may shape mosquito populations in the future.
Malaria And Anopheles Mosquitoes
Anopheles mosquitoes are central to Kamdem’s scientific work because members of this genus can transmit malaria parasites to humans. Effective malaria prevention therefore depends partly on reducing contact between people and infectious mosquitoes. Vector-control programs often rely on tools such as insecticide-treated materials and indoor insecticide applications, but mosquito populations can evolve in response to these pressures. Kamdem’s research examines several important Anopheles species, including Anopheles gambiae, Anopheles coluzzii, and Anopheles funestus. By comparing related mosquito populations and species, researchers can study how ecological specialization, genetics, and evolutionary history influence behavior and insecticide susceptibility. His work therefore contributes to the scientific knowledge needed to understand why one control strategy may work differently across mosquito populations.
Insecticide Resistance Research
One of the most practically important parts of Colince Kamdem’s work concerns insecticide resistance. Resistance develops when mosquito populations become less susceptible to chemicals that previously controlled them effectively. Kamdem’s current UTEP profile highlights work on neonicotinoids, a group of insecticides that act on nicotinic acetylcholine receptors in the insect nervous system. His research has examined genetic variation in these receptor subunits as well as metabolic processes involving cytochrome P450 enzymes. A 2024 publication listed by UTEP studied field-evolved resistance to neonicotinoids in Anopheles gambiae and connected that resistance with mutations in receptor subunits together with P450-mediated detoxification. Understanding mechanisms like these can help researchers assess how durable new insecticides may be once they are deployed against wild mosquito populations.
Evolutionary Genomics
Evolutionary Genomics allows scientists to examine changes across mosquito genomes and determine how genetic differences may relate to behavior, ecology, or chemical resistance. This is a major part of Kamdem’s research program. Instead of assuming that closely related mosquitoes will behave in the same way, researchers can compare their genomes and experimentally test their behavior. This approach can reveal cases in which relatively small genetic differences are associated with meaningful ecological differences. Kamdem’s UTEP research summary emphasizes that his work connects subtle genomic variation with ecologically important mosquito traits. Such studies are particularly useful when researchers are dealing with closely related or cryptic species that may appear similar but respond differently to habitats or control measures.
Mosquito Behavior And Oviposition
A particularly fresh area of Kamdem’s research concerns oviposition, meaning the process by which female mosquitoes choose places to lay their eggs. In August 2026, Molecular Ecology published a study co-authored by Kamdem titled “Contrasting Oviposition Preference Despite Limited Chemosensory Receptor Gene Differentiation in Two Cryptic Anopheles Species.” The research examined behavioral differences between closely related mosquito species and explored whether those differences could be explained by variation in large families of chemosensory receptor genes. The study is important because egg-laying decisions affect where mosquito populations develop and which habitats they occupy. It also demonstrates an important scientific lesson: meaningful behavioral differences do not always require major differences in the most obvious candidate genes.
Nicotinic Acetylcholine Receptors
Another important research direction involves nicotinic acetylcholine receptors, often shortened to nAChRs. These receptors participate in nervous-system signaling and are targets for neonicotinoid insecticides. In July 2026, research involving Kamdem compared the genomics of these receptors and reported early divergence of the alpha-6 subunit in cryptic Anopheles species. His broader program also examines amino-acid variation across nAChR subunits in Anopheles gambiae, Anopheles coluzzii, and Anopheles funestus. Studying these receptors can help researchers identify natural or evolving genetic variation that may affect how mosquitoes respond to insecticides targeting their nervous systems. This provides a bridge between molecular evolution and the practical evaluation of mosquito-control chemicals.
Human Environments And Mosquito Evolution
Kamdem’s research also contributes to a larger scientific question: what happens when mosquitoes adapt to environments heavily modified by people? Human settlements create new breeding habitats, pollution patterns, water systems, structures, and chemical pressures. UTEP lists a 2025 Science publication involving Kamdem on the ancient origin of an urban underground mosquito. His research program more broadly investigates how mosquito populations respond to human environments and vector-control pressure. These studies suggest that mosquito control cannot be treated as a fixed problem. Mosquitoes are living populations capable of adaptation, meaning successful long-term control requires an understanding of evolutionary change rather than relying only on the immediate effectiveness of a particular intervention.
Teaching And Genetics Education
Colince Kamdem’s role at UTEP includes teaching as well as research. A Spring 2026 UTEP syllabus identifies him as the instructor for BIOL 3320 Genetics. The course uses a molecular and mechanistic approach to heredity and gene function, covering areas such as DNA structure, replication, transcription, translation, mutation, recombination, inheritance, chromosomes, gene regulation, and genetic variation. These subjects closely connect with his research expertise because modern mosquito biology depends heavily on understanding how genetic information produces biological traits. His teaching therefore gives students access to concepts that are not only fundamental to biology but are also directly relevant to contemporary research in evolution, disease, and public health.
Research Funding And Recognition
Scientific research on malaria vectors requires sustained funding because it can involve laboratory experiments, genomic analysis, insecticide testing, field collections, and collaboration across countries and institutions. Kamdem’s official UTEP biography states that he has received multiple awards and includes NIH R01 support for research examining evolutionary adaptation of mosquito populations to vector-control tools. His profile also records a First-Time PI Award from Research & Innovation at the University of Texas in May 2024. His UTEP research page further notes support from NIH/NIAID. These details show that his research program has attracted institutional and federal research support focused on questions relevant to mosquito evolution and malaria control.
International Research Connections
Although Kamdem is currently based in El Paso, his research has an international dimension. His education at the University of Yaoundé I and his work involving African malaria vectors create a strong connection between university-based molecular research and regions where malaria remains an important health challenge. A research project updated in 2026 by the Malaria Eradication Scientific Alliance describes a PhD project studying genetic and phenotypic divergence between Anopheles gambiae and Anopheles coluzzii and identifies Colince Kamdem as a supervisor. The project involves the Centre for Research in Infectious Diseases in Cameroon and the University of Yaoundé I, showing how his work can connect researchers and students across institutions and countries.
Scientific Publications And Collaboration
Kamdem’s publication record reflects the collaborative nature of modern biological research. His work involves specialists in genomics, entomology, evolutionary biology, infectious diseases, and mosquito control. Current academic records list research ranging from insecticide resistance and receptor genetics to mosquito behavior and adaptation. Collaborative science is particularly important in malaria research because answering one question may require wild mosquito collection, laboratory experiments, genome sequencing, statistical analysis, molecular biology, and ecological interpretation. Rather than viewing individual publications separately, Kamdem’s work can be understood as part of a broader effort to determine how mosquito diversity and evolution influence the effectiveness of public-health interventions.
Why Colince Kamdem’s Research Matters
The practical importance of Colince Kamdem’s work becomes clearer when viewed through the challenge of long-term mosquito control. A chemical may appear highly effective when first introduced, yet its usefulness can decline if mosquito populations possess or develop genetic and physiological traits that reduce susceptibility. Behavioral changes may also allow mosquitoes to avoid interventions. Kamdem’s research addresses both sides of this problem by studying molecular mechanisms such as receptor variation and detoxification while also examining behavioral and ecological adaptation. This integrated perspective can help researchers better understand how control tools may perform over time and why monitoring mosquito populations remains essential when designing durable strategies against malaria.
Personal Information
Public academic records provide considerable information about Colince Kamdem’s education and scientific career, but they offer far less verified information about his private life. Reliable institutional sources reviewed for this profile do not provide a confirmed date of birth, age, marital status, wife, children, or detailed family background. Those details should therefore not be guessed or copied from unverified biography websites. What can be stated confidently is that Kamdem is professionally based at UTEP in El Paso, Texas, where he works in Biological Sciences. Keeping professional biography separate from unsupported personal claims makes a profile more accurate and useful to readers.
Final Thoughts
Colince Kamdem has developed a research career that connects Biochemistry, Genetics, Evolutionary Genomics, Ecology, Mosquito Biology, and Malaria Vector Control. His education at the University of Yaoundé I provided a molecular foundation that now supports a broader research program at the University of Texas at El Paso. His work investigates how Anopheles mosquitoes adapt to human environments, how insecticide resistance develops, how genetic variation affects susceptibility, and how mosquito behavior can diverge even among closely related species. The newest research available in 2026 shows that these questions remain active areas of his work. What makes the Colince Kamdem research profile especially relevant is its combination of fundamental evolutionary science with a practical public-health goal: understanding mosquitoes well enough to make malaria-control strategies more effective and durable.
FAQs About Colince Kamdem
Who Is Colince Kamdem?
Colince Kamdem is a scientist, researcher, and Assistant Professor in Biological Sciences at the University of Texas at El Paso. His research focuses on mosquito evolution, genomics, ecology, malaria vectors, and insecticide resistance.
Where Does Colince Kamdem Work?
As of 2026, Colince Kamdem works in the Department of Biological Sciences at the University of Texas at El Paso in El Paso, Texas. UTEP lists him as an Assistant Professor.
What Did Colince Kamdem Study?
He earned an MS in Biochemistry from the University of Yaoundé I in 1999 and a PhD in Biochemistry from the same university in 2012.
What Does Colince Kamdem Research?
His research examines Anopheles mosquitoes, Evolutionary Genomics, Vector Biology, Ecology, Malaria, and Pesticide Resistance. His laboratory studies how environmental and genetic factors influence mosquito adaptation to human environments and vector-control measures.
Does Colince Kamdem Study Malaria?
Yes. His research focuses heavily on mosquito species involved in malaria transmission and on improving scientific understanding of mosquito adaptation, insecticide susceptibility, and vector-control strategies.
What Is Colince Kamdem’s Latest Research?
Among his recent work is a Molecular Ecology paper published on August 17, 2026, investigating contrasting egg-laying preferences and chemosensory receptor gene differentiation in two cryptic Anopheles species.
What Does Colince Kamdem Teach?
A Spring 2026 UTEP syllabus identifies him as the instructor for BIOL 3320 Genetics, a course covering molecular genetics, heredity, DNA, mutations, chromosomes, gene regulation, genetic variation, and related biological processes.
Why Is Colince Kamdem’s Work Important?
His research can help scientists understand why mosquito populations respond differently to insecticides and environmental conditions. This knowledge is important when evaluating and improving malaria-vector control tools intended to remain effective over the long term.
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