1. Computational Biology & Data Integration
Using multi-omics microbiome analysis single-cell transcriptomics and machine learningbased biomarker prediction models this project will investigate the effect of early-life diet on the gut microbiomes functional capacity and its association with the onset of childhood allergies
Preferred skills :
Ideal candidate : A computational biologist or bioinformatician with strong programming skills and a keen interest in applying AI to biological systemsparticularly in the context of clinical datasets and microbiome-driven disease mechanisms.
2. Immunology & MicrobeImmune System Interactions
This study will investigate the effects of gut microbial protein metabolism on immune tolerance development in food allergies.
Preferred skills :
Ideal candidate : An immunologist with strong wet-lab experience and interest in microbiome-immunity crosstalk.
What We Offer
To apply please send aCVcover letter and contact information forthree referencesto .
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The Translational Microbiome & Immune Tolerance Laboratoryat the University of Maryland School of Medicine Center for Advanced Microbiome Research and Innovation (CAMRI)within the Institute for Genome Sciences (IGS)is recruiting multiple postdoctoral fellows to join our interdisciplinary team studying the gut microbiomes role in immune tolerance development. Our lab integrates multi-omics microbiome analyses microbial genetics experimental models and clinical cohorts to investigate mechanisms by which early-life gut microbial metabolism shapes host immunity. We welcome applicants with backgrounds incomputational biology molecular microbiology and / orbasic immunologyto apply for the following positions :
Key Skills
Virology,Bioinformatics,Genetics,R,Biochemistry,Cell Biology,Research Experience,Spectroscopy,Cell Culture,Molecular Biology,Microscopy,Research Laboratory Experience
Employment Type : Full Time
Experience : years
Vacancy : 1
Postdoctoral Position • Baltimore, Maryland, USA