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PhD Studentship available in the Bell Lab
A 3.5 year PhD position is available from October 2023 in the听叠别濒濒听尝补产,聽based in the Biological Physics group at the Department of Physics and Astronomy聽and the Laboratory for Molecular Cell Biology.聽This is an exciting opp
New publication by Ketteler Lab in SLAS Discovery
A new publication聽by the Ketteler lab, published in SLAS Discovery, describes聽a protocol for high-content screening of small molecule libraries in patient-derived neural cells and discuss potential pitfalls and challenges.
Abstract:
The 10 biggest science stories of 2022 鈥� chosen by scientists
From moon missions to fast-charging batteries and AI-sourced antibiotics, in no particular order, the year鈥檚 significant scientific developments. Read Yanlan Mao's .
Collaborative article in eLife for Stefan Lab
A new research article by the Stefan lab and colleagues, published in eLife,聽describes an extensive and systematic analysis of membrane contact sites in budding yeast to uncover novel proteins required for tethering organelles and modulation of membrane contacts.
New research article in Developmental Biology for Pichaud Lab
A new research paper by the Pichaud and labs, published in Developmental Biology,聽proposes that nuclear export of the polarity factor Par4/LKB1 is a key step towards enabling rear-front polarity in neural crest cells.
New publication in Mol Biol Cell for the Stefan lab
Using quantitative electron microscopy of hepatocytes and epithelial spheroids, the Stefan lab, in collaboration with Jemima Burden,聽revealed聽an extensive network of intra-cellular contacts between the endoplasmic reticulum and plasma membrane (ER-PM contacts) at lateral PM d
Methods in JoVE for Jemima Burden and Stefan lab
Jemima Burden and the Stefan lab describe a聽simple and comprehensive protocol to acquire three-dimensional details of membrane contact sites between organelles in hepatocytes from the liver or cells in other tissues.
Review in Advances in Biological Regulation for Saiardi lab
A for the聽Saiardi lab聽examines the聽regulation聽of聽myo-inositol homeostasis.
Abstract: