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PSL350 – Stem Cells & Tissue Regeneration Course Number and Title: PSL350H1S Mammalian Molecular Biology Course Description: Extend molecular biology concepts to current scientific literature in
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in microfluidics, sample preparation, molecular barcoding, and advanced techniques for single-cell and spatial multi-omics analysis Biomaterials and Regenerative Medicine –stem cell, cell and tissue
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applications from mid and senior level applicants studying stem cell biology, regenerative medicine, genome engineering, neurobiology, genetics, cell and molecular biology, and artificial intelligence
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have the opportunity to present research findings at national and international conferences. Qualifications A PhD in cell biology, biophysics, bioengineering, or similar fields Expertise in routine cell
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cellular networks that govern tissue regeneration, cancer and immunity. We dissect the precise mechanisms of how reciprocal interactions between tissue stem cells; immune cells and the microbiome affect
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systems including human induced pluripotent stem cell (hiPSC)-derived cardiomyocyte subtypes and autonomic neurons, as well as 3D cardiac assembloids. We seek a molecular engineer for a project aimed at
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of Research - Stem Cell Biologist - Human Genetics Number of Vacancies 1 Location Rio Grande Valley, Texas Division/Organization Provost - Academic Affairs Appointment Period for Non-Tenure Position 3 years
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conditions of bone healing. The doctoral researcher will develop and apply models incorporating mechanical stimulation and cocultures of human bone forming stem cells and monocytes to capture both inflammatory
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field. Prior experience of embryonic stem cell (ESC) culture and/or mouse embryology is highly desirable, as is experience with techniques in gene and chromatin regulation such as CRISPR, Cut&Tag, Cut&Run
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significantly in size, funding, and scope, contributing to advances in emerging fields such as stem cell biology, RNA interference, and gene therapy. The mission of the Department of Pharmacology is to: Educate