Pioneering scientific breakthroughs in tissue homeostasis and inflammatory diseases is a major milestone for early career scientists aiming to influence global healthcare. For many ambitious doctoral graduates, finding a postdoctoral position that offers both state of the art laboratory resources and direct, cross disciplinary mentoring remains a persistent struggle. Navigating the competitive space of biomedical science postdoc grants is often difficult because it is tough to find a fellowship that combines advanced wet lab research with high performance bioinformatics.
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The 2026 Temple University Postdoctoral Fellowships in Barrier Immunology, hosted by the Department of Microbiology, Immunology and Inflammation in Philadelphia, Pennsylvania, are premier academic appointments designed to solve these professional challenges. By providing fully funded research positions and direct integration into the cutting edge Jensen Lab, the Lewis Katz School of Medicine ensures that brilliant young geneticists and virologists can focus entirely on mapping innate immunity and tissue defense without financial or operational worry.
2026 Temple University Postdoctoral Fellowship in Barrier Immunology Summary Table
| Detail | Value |
|---|---|
| Host Organization | Temple University Lewis Katz School of Medicine |
| Research Center | Center for Inflammation and Lung Research |
| Supervising Scientist | Dr. Liselotte E. Jensen |
| Target Audience | Recent PhD Holders in Immunology or Biochemistry |
| Primary Benefit | Fully Funded Postdoctoral Appointment and Research Support |
| Program Type | Full Time On Site Research Fellowship |
| Location | Philadelphia Pennsylvania United States |
| Application Deadline | Open Until Filled (Apply as Early as Possible) |
About the 2026 Temple University Postdoctoral Fellowship in Barrier Immunology
The Postdoctoral Fellowships in Barrier Immunology represent far more than a basic laboratory job; they serve as a prestigious launchpad for computational oncology careers and advanced innate immunity research funding. Operating within the vibrant scientific ecosystem of Temple University in Philadelphia, selected fellows will work directly under the supervision of Dr. Liselotte E. Jensen.
The program is designed to address complex, real world challenges in chronic inflammatory diseases, atopic dermatitis, and cancer biology. Selected fellows are treated as key scientific collaborators, gaining access to advanced three dimensional and organoid cell culture systems, single cell RNA sequencing, spatial transcriptomics, high resolution imaging, and transgenic mouse models to uncover novel anti inflammatory pathways in the skin.
Core Objectives of the Program
- To support early career researchers by providing high value biomedical science postdoc grants and full research resources.
- To identify novel anti inflammatory pathways and characterize unconventional intracellular antiviral restriction mechanisms.
- To evaluate how the dysregulation of tissue homeostasis contributes to cancer development and chronic inflammatory diseases.
Benefits of the 2026 Temple University Postdoctoral Fellowship in Barrier Immunology
- Fully funded research employment with competitive salary compensation and university benefits.
- Direct, hands on training in cutting edge single cell genomics, spatial transcriptomics, and advanced imaging.
- Direct mentorship and career guidance from internationally recognized principal investigator Dr. Liselotte E. Jensen.
- Outstanding opportunities to coauthor high impact publications in prestigious peer reviewed scientific journals.
- Access to extensive university computing clusters, modern animal facilities, and clinical databases.
- Vibrant working environment in Philadelphia with excellent public transit and close proximity to New York and Washington DC.
Research Methodology and Key Responsibilities
Selected fellows will lead and collaborate on multiple high priority scientific tasks, including:
- Innate Immunity Analysis: Characterizing extra and intracellular restriction mechanisms during viral infections.
- Tissue Homeostasis Modeling: Investigating the cellular processes that maintain skin health and prevent chronic inflammation.
- Oncology Integration: Defining how dysregulated immune pathways promote tumor development and cancer progression.
- Scientific Communication: Drafting and polishing high quality scientific manuscripts and presenting research at national conferences.
- Mentorship: Assisting in the technical training and supervision of graduate and undergraduate research students in the lab.
Eligibility and Requirements for Applicants of the 2026 Temple University Postdoctoral Fellowship in Barrier Immunology
- Educational Background: You must hold a recently completed PhD or terminal doctoral degree in biochemistry, cell biology, immunology, microbiology, virology, or a closely related STEM field.
- Technical Skills: Practical experience in molecular biology, biochemistry, signal transduction, or cell culture methods.
- Animal Research: Absolute willingness and ability to work productively with mouse models of disease and infectious materials.
- Research Record: Evidence of scholarly success, with a track record of peer reviewed publications in relevant scientific journals.
- Communication Excellence: Outstanding written and verbal communication skills in professional English.
- Personal Attributes: Strong critical thinking abilities, a highly collaborative spirit, and a deep interest in interdisciplinary biomedical innovation.
Step by Step Application Guide for the 2026 Temple University Postdoctoral Fellowship in Barrier Immunology
Phase 1: Research Focus and Lab Group Review
- Visit the official Jensen Lab website to study their current projects and previous publications.
- Review the core research themes including barrier immunology, atopic dermatitis, and cancer biology.
- Assess how your doctoral research in biochemistry or virology aligns with tissue homeostasis modeling.
- Confirm your willingness to relocate to Philadelphia, Pennsylvania, and work full time on site.
Phase 2: Compiling Your Academic and Research Portfolio
- Update your Curriculum Vitae to highlight your peer reviewed publications, technical skills, and educational milestones.
- Document your specific laboratory experience with mouse models, cell culture, or molecular biology.
- Gather current contact information, including emails and telephone numbers, for three professional references.
- Save your CV and reference list as clear, high quality PDF files.
Phase 3: Drafting Your Tailored Cover Letter
- Write a professional cover letter explaining your specific motivation for wanting to work in the Jensen Lab.
- Highlight your previous experience with immunology, virology, signal transduction, or biochemistry.
- Describe your specific research interests and how they align with the active projects of the Center for Inflammation.
- Proofread the letter carefully to make sure the English is simple, engaging, and completely hyphen free.
Phase 4: Submitting Your Application Package via Email
- Open a new email message addressed directly to Dr. Liselotte E. Jensen at liselotte.jensen@temple.edu.
- Use a clear, professional email subject line such as Postdoctoral Fellowship Application 2026.
- Attach your cover letter, updated CV, and reference list as separate, high quality PDF documents.
- Submit your completed application package early, as the review process begins immediately on a rolling basis.
Phase 5: Interview and Technical Presentation Prep
- Save a digital confirmation of your submitted application and all uploaded files for your records.
- Monitor your registered email account regularly for any invitation to participate in a virtual interview.
- Prepare a short presentation summarizing your previous doctoral research and your future goals in barrier immunology.
- Coordinate your personal logistics to relocate to Philadelphia and begin your full time research contract upon selection.
Jamnet Expert Advice (STAR/SMART Methods)
- Use the SMART Method: Be Specific about the tissue defense pathways you want to analyze, ensure your experimental datasets are Measurable, and keep your goals Relevant to human disease prevention.
- Apply the STAR Technique: In your cover letter and interview, describe a challenging laboratory Situation, the specific Task you managed, the Action you took using advanced molecular tools, and the positive Result.
- Emphasis: Focus heavily on your ability to work productively in a highly collaborative, interdisciplinary team environment.
- Proactive Tip: Highlight any experience you have with scRNA seq or spatial transcriptomics, as the selection committee places immense value on these emerging computational skills.
Deadline: Open Until Filled (Apply as Early as Possible)
Frequently Asked Questions (FAQ) About the 2026 Temple University Postdoctoral Fellowship in Barrier Immunology
- What is the primary research focus of this fellowship? The focus is on the mechanisms of inflammation, barrier immunology, and tissue homeostasis during infections and cancer.
- Who is the supervising principal investigator? The selected fellows will work under the direct mentorship of Dr. Liselotte E. Jensen.
- Where is the fellowship physically located? The positions are based on site at the Temple University Lewis Katz School of Medicine in Philadelphia, Pennsylvania.
- Is prior experience with animal models required? Yes experience with mouse models or a strong willingness to work with mice and infectious materials is required.
- What is the application deadline? The positions are open immediately and will remain open until filled.
- What academic degrees are eligible? Applicants must hold a recently completed PhD in immunology, cell biology, biochemistry, virology, microbiology, or a related field.
- Are employee benefits included? Yes the positions are fully funded and come with a comprehensive university employee benefits package.
- Do I need to submit GRE or IELTS scores? No formal standardized test scores are required, but outstanding English writing and speaking skills are necessary.
- How do I submit my application? You must email your cover letter, CV, and three references in PDF format directly to Dr. Liselotte E. Jensen.
- What computational methods are used in the lab? The lab utilizes advanced single cell RNA sequencing, spatial transcriptomics, and high resolution imaging tools.
