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- Institute of Molecular Genetics of the Czech Academy of Sciences
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of hemato-oncology is searching for a highly motivated, enthusiastic and hard-working Ph.D. student. The candidate should hold a master degree in genetics, molecular biology, cell biology, or in a related
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situ hybridization to evaluate molecular phenotypes and regulatory mechanisms. Requirements: The candidate should hold a Master degree or an equivalent degree in cell biology, genetics, biomedicine
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the transport of the new lipidized analogs to the brain, using peptide analogs with fluorescent or 125I labels. Different in vitro models of the blood-brain barrier (BBB) will be employed, such as primary
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their individual components selectively switched or activated using light of specific wavelengths. The primary goal of the Ph.D. project is the preparation and detailed investigation of these unique molecules and
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of the Polycomb Repressive Complexes (PRC). Our main focus is understanding PRC2 function in plant growth and vegetative development and its evolution in the green lineage. We combine methods of molecular biology
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, immunology, medicine, or a related field. Exceptional problem-solving and critical thinking skills. Strong motivation, dedication to scientific research, and eagerness to learn and master new techniques
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. Vojtěch Bystrý, Ph.D. Annotation: This Ph.D. project focuses on applying foundational encoding models to multiomics data integration and knowledge-based modeling for clinical applications. The primary goal
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disorders. Moreover, IPHYS holds an important role in the education of undergraduate and graduate students and health care workers. PhD program at IPHYS – main features and advantages: Cutting edge research
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. Prior experience with DNA damage or mammary gland research will be considered an advantage. Suggested reading Sumbal J, Chiche A, Charifou E, Koledova Z, Li H: Primary mammary organoid model of lactation
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of mobile elements. In contrast, euphalic forms exchange genetic information and allow the expansion of mobile elements in the genome. The main mechanism controlling mobile elements in the genome is the piRNA