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Description Job Summary: The Albertin Lab at Harvard University studies the evolution of developmental patterning mechanisms using cephalopods and other molluscs as model systems. We employ diverse approaches
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and quality‑controlled, generating high‑quality serological, molecular and genomic data alongside metadata that will feed dashboards as well as catalytic and phylodynamic models. The post includes
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animal models with advanced human-based systems for research in osteoarthritis and rheumatoid arthritis. You will focus on creating innovative in vitro NAMs that mimic or capture mechanisms of arthritis
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drug discovery and development, molecular and cellular biology, proteomics and genomics to support clinical trials for therapeutic repurposing and discovery of new promising small-molecule drugs. Key
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or other technical applications—often represent the critical point where materials and molecular functionality is determined. The research task involves establishing a research direction involving advanced
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for modelling protein structures and protein-ligand (metabolite) interactions. Using multi-scale molecular models, we aim to predict the structural features of gibberellin (GA) transporters, a key phytohormone
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Qualifications: Proficiency in molecular and cell biology techniques, including: Cell culture RT-qPCR ELISA SDS-PAGE Immunofluorescence, immunohistochemistry, or microscopy imaging Basic knowledge of microbiology
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the function of oligodendrocyte lineage cells and CNS health in aging and repair, using advanced in vivo and in vitro models combined with cutting-edge molecular, imaging, and transcriptomic approaches. About
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and implement serological, molecular and genomic sequencing pipelines for arboviruses (including dengue, Zika, yellow fever and chikungunya), directly supporting arbovirus surveillance as
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lineage cells and CNS health in aging and repair, using advanced in vivo and in vitro models combined with cutting-edge molecular, imaging, and transcriptomic approaches. About the Role The doctoral