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cartilage-targeted gene delivery within a fast-paced, NIH-funded and industry-collaborative environment. This position is designed for top-tier, self-driven scientists who can independently execute, manage
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might be our next PhD candidate! Information Functional and durable regeneration of articular cartilage is still an unsolved challenge, despite the growing clinical and socioeconomic burden. In recent
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. For more information see: https://medicine.iu.edu/faculty-labs/witczak Successful candidates will have recently completed PhD training, possess a strong background in type 2 diabetes, metabolism, and/or
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. For more information see: https://medicine.iu.edu/faculty-labs/witczak Successful candidates will have recently completed PhD training, possess a strong background in type 2 diabetes, metabolism, and/or
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apply them to uncover the mechanistic role of matrix viscoelasticity in biological contexts, for example articular cartilage maturation and cancer cell migration. Job description In the first part of
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University of North Carolina at Chapel Hill | Chapel Hill, North Carolina | United States | 2 months ago
well as collaborating investigators. Minimum Education and Experience Requirements PhD or similar doctoral degree in the biomedical sciences. Required Qualifications, Competencies, and Experience Experience in cell
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. This position provides access to state-of-the-art facilities and resources to support both clinical and basic science research. Research efforts will focus on understanding the bone and cartilage healing
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the mechanistic role of matrix viscoelasticity in biological contexts, for example articular cartilage maturation and cancer cell migration. Job description In the first part of the project, the doctoral student
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University of North Carolina at Chapel Hill | Chapel Hill, North Carolina | United States | 2 months ago
, imaging, biomarkers distribution in blood or synovial fluid) as well as histological evaluation of multiple tissues (cartilage, bone, synovium, muscles), protein/gene expression analyses in isolated tissues
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to the materials of the future will be studied in the coming years. For example, joint injuries (bone, cartilage, ligament, tendon) currently have very few satisfactory regenerative therapies and do not rely