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-specific synaptic developmental timing to early cortical circuit function and plasticity in ASD” This PhD project focuses on understanding how altered synaptic development—particularly due to SYNGAP1
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translational cancer research. Omics based strategies, such as (epi-)genomics and transcriptomics, are opening unprecedented potential for developing novel precision oncology tools for improved diagnosis
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adults, significantly impacting quality of life, and remain challenging to treat. Our research group has pioneered innovative methods to study voiding behavior in mice and developed live imaging techniques
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researcher who is passionate about developing automated systems for microbiological research. The ideal candidate has: An MSc degree in bioengineering, biotechnology, microbiology, computer science, mechanical
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differentiation, shaping the overall course of plant development. Importantly, the synergy and interdependence of hormone signalling pathways are critical for driving cell cycle progression. These coordinated
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from established collaborations and access to centralized facilities with expertise in functional genomics and cell biology, proteomics, cutting-edge microscopy, immunology, technology development, and
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looking for a dynamic and highly motivated PhD student. Research topic Whereas mutations are the driving force for adaptive evolution, many genetic alterations exert negative fitness effects. The effect
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students who are eager to develop and apply artificial intelligence techniques and mechanistic mathematical models to explore fundamental questions in biology. The PhD program is organized in partnership
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approaches, developed and employed in the Malysheva Lab, are required to reveal these mechanisms. With the proposed project we aim to bridge this gap in our knowledge of cis-regulatory mechanisms underlying
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the genetic etiology and developing diagnostics and treatment methods for these diseases. Approaches range from human genetics, genomics, protein biochemistry and neuronal and glial cell biology to integrative