PHD Candidate

PhD Candidate in Cell-Matrix Interactions in Dynamic Hydrogels Maastricht University WO limburg, Maastricht Geplaatst 22 uur geleden Welcome to Maastricht University! Join us in developing cell-instructive and adaptive supramolecular biomaterials. In this PhD project, you will investigate how the molecular organization, mechanics, dynamics, and presentation of biological signals within hydrogels influence cell behavior. You will then help extend these principles toward living materials in which engineered cells actively modify their surrounding matrix. PhD Candidate in Cell-Matrix Interactions in Dynamic Hydrogels Discover how dynamic supramolecular matrices instruct cells and how cells can, in turn, reshape and improve the material around them - Our goal: To establish predictive relationships between supramolecular hydrogel design and cell response, and to use these insights to create adaptive materials with two-way communication between cells and their matrix. - Your colleagues: You will join the BioMatt group of Dr. Matthew Baker ( https://merlninstitute.com/discover-merln/departments-and-groups/research-groups/biomatt-polymeric-biomaterials ). The BioMatt group is part of MERLN's Department of Instructive Biomaterials Engineering (IBE), which develops biomaterials that actively interact with and guide biological systems. Within this environment, BioMatt combines molecular and polymer design with cell biology and tissue engineering to create dynamic materials for biomedical applications. Working at MERLN means joining an international network of researchers from approximately 25 nationalities and a collaborative community spanning biomaterials, chemistry, mechanobiology, tissue engineering, biofabrication, microbiology, and cell biology. You will work in newly renovated laboratories with access to state-of-the-art facilities and close scientific support from colleagues across the SupraValent team. What you do This posit...

动态水凝胶中细胞-基质相互作用的博士研究生 马斯特里赫特大学 WO limburg，马斯特里赫特 发布于22小时前 欢迎来到马斯特里赫特大学！加入我们，共同开发具有细胞指导性和自适应性的超分子生物材料。在本博士项目中，你将研究水凝胶内生物信号的分子组织、力学、动力学及其呈现方式如何影响细胞行为。随后，你将帮助将这些原理扩展至活体材料，其中工程化细胞能够主动修饰其周围的基质。动态水凝胶中细胞-基质相互作用的博士研究生 探索动态超分子基质如何指导细胞，以及细胞如何反过来重塑并改善其周围的材料——我们的目标：建立超分子水凝胶设计与细胞响应之间的预测性关系，并利用这些见解创建具有细胞与基质之间双向通信的自适应材料。——你的同事：你将加入Matthew Baker博士的BioMatt小组（https://merlninstitute.com/discover-merln/departments-and-groups/research-groups/biomatt-polymeric-biomaterials）。BioMatt小组隶属于MERLN的指导性生物材料工程（IBE）系，该系开发能够主动与生物系统相互作用并引导生物系统的生物材料。在这一环境中，BioMatt将分子和聚合物设计与细胞生物学及组织工程相结合，为生物医学应用创建动态材料。在MERLN工作意味着加入一个由来自约25个国籍的研究人员组成的国际网络，以及一个跨越生物材料、化学、力学生物学、组织工程、生物制造、微生物学和细胞生物学的协作社区。你将在新近翻新的实验室中工作，可使用最先进的设施，并获得SupraValent团队同事的密切科学支持。你做什么 该职位...

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