Upcoming seminars

Professor Gavin J. Miller - Keele University

Chemoenzymatic synthesis of nucleoside analogues and their glycoconjugates: accessing new tools for nucleic acid chemical biology.

Dr Kevin Chalut - Altos labs Cambridge Institute of Science

Extracellular matrix and its regulation of tissue function

(Circadian) control of collagen homeostasis - new tools and insights

Dr Joan Chang will present their work at this seminar

Dr Onyou Nam - University of York - Mackinder Lab

Protein organisation of the diatom CO2-fixing organelle

Dr Charlotta Boiers - Lund University

From development to malignancy: Modelling the origin of childhood leukemia

Prof Finn Werner, UCL

Prof Finn Werner will present their work at this seminar.

Dr Dmitry Ghilarov - John Innes Centre

Dmitry’s group is investigating protein molecular machines to discover, design and develop better antimicrobials.

Dr Eugene V. Koonin - National Center for Biotechnology Information - USA

Exploration of the world of viruses in the age of metagenomics and metatranscriptomics

Dr Louise Walport - The Francis Crick Institute

Dr Louise Walport will present their work at this seminar

Professor Patrick Yizhi Cai - Manchester Institute of Biotechnology - University of Manchester

By integrating engineering principles with biological research, we aim to see research through from idea to applicable knowledge and technologies. In doing so, we are committed to filling in our piece of the scientific puzzle, helping the field of synthetic biology reach its full potential.

Dr Alyssa Cull - Centre for Blood Research at York - Kent Lab

Haematopoietic stem cell clonal dynamics following gene therapy for sickle cell disease

Professor Dek Woolfson - University of Bristol

The principal aims of the Woolfson lab are (1) to understand the links between protein sequence, structure and function, i.e., the informatics aspect of the protein-folding problem; (2) to apply this knowledge to design entirely new protein structures and assemblies from scratch; and (3) to use these de novo proteins as components for applications in biotechnology, cell biology and synthetic biology.

Professor Philip Woodman, University of Manchester

Professor Philip Woodman will present their work at this seminar.

Dr Alex Ball - Natural History Museum

Dr Alex Ball will present their work at this seminar

Dr Clare Mahon - Durham University

Dr Clare Mahon will present their work at this seminar

Dr Felix Randow - MRC Laboratory of Molecular Biology - University of Cambridge

Cell-autonomous immunity: How cells defend their cytosol against invasive bacteria

Dr Adam Grieve, University of Bristol

Dr Adam Grieve will present their work at this seminar.

Prof Roxane Lestini, Ecole Polytechnique

Prof Roxane Lestini will present their work at this seminar.

Professor Judy Hirst - University of Cambridge

Professor Judy Hirst will present their work at this seminar

Dr. Hajk-Georg Drost - University of Dundee

Digital Biology is rapidly emerging as a transformative field, merging biological sciences with advanced computational technologies. Our discipline is concerned with how to effectively leverage intelligent software, predictive analytics, and high-performance computing to decode complex biological data to lead the way for groundbreaking advancements in healthcare and pharmaceuticals.