Team Leader
Oluwaseun Ajileye
Texas A&M University
Ecology and Evolutionary Biology Program
oluwaseun.ajileye@tamu.edu
Project Type
Research
Who Can Join
Faculty, Graduate Students, Undergraduate Students
Project Description
This cutting-edge research project investigates the molecular detection and co-infection dynamics of parasitic helminths and tick-borne pathogens within tick vectors. Using advanced molecular techniques, we will screen tick samples for multiple pathogen types including filarial nematodes, bacteria (Rickettsia, Ehrlichia, Borrelia), and protozoans (Babesia). Our team will employ multiplex PCR, DNA sequencing, and phylogenetic analysis to identify pathogens and examine co-infection patterns that may influence pathogen transmission and vector competence. The project addresses critical knowledge gaps in understanding how multiple pathogens interact within tick vectors and their implications for disease ecology. Team members will gain expertise in molecular parasitology, tick biology, pathogen identification, and bioinformatics. This collaborative research aims to contribute to disease surveillance efforts, generate peer-reviewed publications, and advance our understanding of complex pathogen-vector interactions in natural ecosystems.
Team Needs
We seek dedicated team members with complementary skills to advance our molecular pathogen detection research. Molecular biology experience (PCR, gel electrophoresis, DNA extraction, primer design) is highly valuable. Laboratory skills including sterile technique, sample processing, and equipment maintenance are important. Bioinformatics experience (sequence analysis, phylogenetic software, database searches) would strengthen our analytical capabilities. Attention to detail is critical for accurate pathogen identification and data recording. Interest in parasitology, microbiology, or vector-borne diseases is essential for project engagement. Data management skills and experience with statistical software (R, SPSS) would be beneficial for co-infection analysis. Strong organizational abilities for managing large sample datasets and maintaining laboratory protocols. Collaborative spirit and effective communication skills are vital for team coordination. Previous experience with tick handling, pathogen screening, or microscopy would be advantageous but not required. Time commitment of 12-15 hours per week including both laboratory and analytical work.
Special Opportunities
Team members will gain comprehensive training in state-of-the-art molecular diagnostics with direct applications to medical and veterinary parasitology. Co-authorship opportunities on high-impact publications in parasitology and vector biology journals. Advanced molecular techniques training including multiplex PCR optimization, DNA sequencing, and pathogen-specific assay development. Bioinformatics skills development through phylogenetic analysis and sequence database management. Conference presentation opportunities at national parasitology and entomology meetings. Professional networking with researchers in tick-borne disease communities. Research independence through supervised individual projects within the larger study. Grant writing experience through collaborative funding applications. Career mentorship for paths in medical parasitology, public health, or veterinary medicine. Laboratory leadership opportunities for senior team members. Cross-training in both classical parasitology and modern molecular techniques. Potential for follow-up independent research projects building on co-infection findings. The project provides excellent preparation for graduate programs in parasitology, microbiology, or public health, and offers practical experience valued in medical/veterinary diagnostics careers.