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systemic metabolic functions in the body during aging. Using mouse models, flow cytometry, RNA/DNA sequencing, proteomics, metabolomics, immunofluorescence microscopy, HSC transplantation and assays
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, Python or Bash programming languages) as well as experience in analysing sequencing data with cluster computing environments. Experience with molecular dating methods and nanopore sequencing is considered
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sequencing data with cluster computing environments. Experience with molecular dating methods and nanopore sequencing is considered an advantage. Excellent communication skills in English, both verbal and
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the MULTIMODAL team, which aims to develop life-inspired, adaptive material systems that integrate multiple sensory inputs with controlled motor responses, inspired by biological sensory–motor
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projects, contributing to study design, sample processing, data analysis, and interpretation. Prioritize and manage multiple projects effectively, ensuring timelines and goals are met. Manage a dynamic
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techniques such as mouse models, in vivo immune cell functional assays, flow cytometry, cell biology, metabolic assays, imaging and omics-techniques (next generation sequencing). Applicants should possess a
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imaging (MRI). The position is within the Research Council of Finland (RCF) consortium project focusing on the development of low-field MRI hardware, sequences, image reconstruction and applications, in
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leadership. The role requires a versatile language scholar who, in addition to specialist expertise in Russian, possesses skills aligned with the University’s strategic plan and the focus areas
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electron microscopy (cryo-EM), light microscopy, sequencing, and proteomics. For more information, please visit: https://www.helsinki.fi/hilife/bi Why Finland? Finland is a very family-friendly country with
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) because they have unusual sequences and (2) because they aren’tglobular. The project involves studying TAAs from ESKAPE pathogens (eg Acinetobacter)to determine how they bind host effectors (collagen