Apply for a fully funded PhD position in Molecular Parasitology at Texas State University. Competitive stipend, full tuition, health benefits, and cutting-edge malaria research beginning Spring 2027.
Applications are now open for a fully funded PhD position in Molecular Parasitology at Texas State University for Spring 2027. Hosted by the Mukherjee Lab in the Department of Biology, this exciting doctoral opportunity is designed for highly motivated students interested in malaria research, molecular biology, cell biology, and biochemistry.
The successful candidate will join an interdisciplinary research team investigating the molecular mechanisms underlying malaria pathogenesis, with a particular focus on membrane protein biogenesis in Plasmodium falciparum—the parasite responsible for the deadliest form of human malaria.
This fully funded position includes a competitive graduate stipend, full tuition coverage, and health insurance benefits, making it an excellent opportunity for aspiring researchers seeking advanced training in infectious disease biology.
Applications will be reviewed beginning 15 August 2026.
Located in San Marcos, Texas, Texas State University is one of the leading public research institutions in the United States, offering students access to modern research facilities, collaborative laboratories, and internationally recognized faculty.
The Department of Biology supports innovative research across multiple disciplines, including molecular biology, microbiology, genetics, ecology, and biomedical sciences. Graduate students benefit from a collaborative research environment that encourages interdisciplinary learning and scientific discovery.
The Mukherjee Lab is dedicated to advancing knowledge of malaria biology with the goal of identifying new therapeutic targets that could contribute to the development of next-generation antimalarial drugs.
About the PhD Research Project
The doctoral project focuses on understanding how membrane proteins are produced, trafficked, and regulated within Plasmodium falciparum.
Transmembrane (TM) proteins perform essential biological functions throughout the parasite’s intracellular lifecycle. Approximately 31% of the Plasmodium proteome consists of transmembrane proteins, making them critical to parasite survival and pathogenicity.
By investigating the molecular mechanisms governing intracellular trafficking and membrane protein biogenesis, the research aims to uncover vulnerabilities that may lead to improved treatments for malaria.
The project offers students the opportunity to contribute to globally significant biomedical research addressing one of the world’s most devastating infectious diseases.
Research Focus Areas
The selected PhD student will investigate topics including:
- Malaria pathogenesis
- Membrane protein biogenesis
- Intracellular protein trafficking
- Plasmodium falciparum biology
- Molecular parasitology
- Cellular protein regulation
- Antimalarial drug target discovery
- Parasite cell biology
This research sits at the intersection of molecular biology, cell biology, and biochemistry, providing excellent interdisciplinary training.
Laboratory Techniques and Training
The successful applicant will receive hands-on experience using a wide range of modern laboratory techniques.
These include:
- Genetic manipulation
- Molecular biology techniques
- Protein biochemistry
- Advanced fluorescence microscopy
- Cell biology methods
- Experimental parasite biology
The project provides excellent preparation for careers in biomedical research, academia, biotechnology, pharmaceutical research, and global health.
Graduate Research Responsibilities
In addition to conducting an independent doctoral research project, the successful candidate will actively participate in broader laboratory activities.
Responsibilities include:
- Conducting independent scientific research
- Collaborating on multidisciplinary projects
- Assisting with project development
- Preparing scientific manuscripts
- Contributing to grant writing
- Mentoring undergraduate researchers
- Participating in laboratory meetings and scientific discussions
These experiences provide valuable professional development beyond laboratory research.
Funding Package
The PhD position is fully funded.
The successful student will receive:
- Competitive graduate stipend
- Full tuition waiver
- Health insurance benefits
- Access to advanced research facilities
- Mentorship from experienced faculty
- Professional development opportunities
This funding allows students to focus on research while minimizing financial barriers to doctoral study.
Eligibility Requirements
Applicants should possess a strong academic background in biological sciences.
Preferred qualifications include a Master’s degree in:
- Molecular Biology
- Cell Biology
- Microbiology
- Biochemistry
- Or another closely related discipline
The Mukherjee Lab is particularly interested in candidates who demonstrate enthusiasm for interdisciplinary research and scientific discovery.
Strong motivation, curiosity, and commitment to research are considered essential qualities for success in the programme.
Why Study Malaria?
Despite decades of progress, malaria remains one of the world’s leading infectious diseases, affecting millions of people every year.
Understanding how Plasmodium falciparum survives, invades host cells, and regulates essential proteins is critical for developing new treatments capable of overcoming emerging drug resistance.
Research conducted in the Mukherjee Lab contributes directly to expanding scientific understanding of parasite biology while supporting global efforts to combat malaria.
Students joining this project will have the opportunity to contribute to research with significant international public health relevance.
Why Choose Texas State University?
Graduate students at Texas State University benefit from:
- Modern research laboratories
- Collaborative scientific environment
- Experienced faculty mentorship
- Interdisciplinary research opportunities
- Professional development training
- Supportive graduate community
- Opportunities for publications and conference presentations
San Marcos also offers an excellent quality of life, combining a vibrant academic environment with easy access to major research hubs across Texas.
How to Apply
Interested applicants should submit the following directly to Dr. Sumit Mukherjee:
- Curriculum Vitae (CV)
- Cover Letter outlining:
- Research experience
- Academic interests
- Career goals
Applications should be emailed to:
Applications will begin to be reviewed on or after 15 August 2026, and interested candidates are encouraged to submit their materials as early as possible.
Final Thoughts
The Fully Funded PhD Position in Molecular Parasitology at Texas State University offers an outstanding opportunity for aspiring scientists interested in infectious diseases, molecular biology, and biomedical research.
With comprehensive financial support, access to cutting-edge laboratory facilities, and the opportunity to contribute to globally important malaria research, this doctoral position is well suited to motivated graduates seeking to build careers in academic research, biotechnology, or global health.
Prospective applicants should prepare their application materials early and submit them ahead of the review period beginning 15 August 2026.
