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assays, flow cytometry, and gene editing techniques Collaborate closely with biologists, clinicians, and data scientists within a highly interdisciplinary environment Contribute to publications and
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or a related field, as well as solid experience in the identification of phytoplankton using microscopy and flow cytometry. Additionally, the ability and willingness to conduct research at sea is
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. Duration of the funding The earliest possible funding period starts in July of the following year. The funding duration is 6-24 months. After a 12-month funding period, a decision is made as to whether
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background in immunology, tissue biology or cellular metabolism. Experience in working with animal models, cell isolations from tissues (lung, intestine), human tissue samples, multi-parameter flow cytometry
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institution or university in Germany. The project lifetime ends in December 2027, and this period is also included in this 12-year limitation. Interested? Then we are looking forward to receiving your
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, programming experience, and a passion for a practice-oriented project involving real data and applications. Project Outline: The project focuses on the numerical simulation of blood flow within cerebral
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research institution or university in Germany. The project lifetime ends in December 2027, and this period is also included in this 12‑year limitation. Severely disabled persons and those equaling severely
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machine learning protocols to enable robotic decision-making for targeted organoid growth Benchmark the platform against current standard culturing methods, either independently or in collaboration with
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guided by the values of open science. In addition, ZPID is currently establishing research groups in meta-science and science acceptance. Join the growing ZPID team! Current opening: Postdoctoral
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interdisciplinary and international teams Good communication and writing skills in English Our Offer: We work on current challenges that impact our society and are offering you the chance to actively help in shaping