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Search Results Fulltext search 392 Results Found Crick Lectures Crick Lectures are open to scientists from other institutes and universities in and around London and elsewhere. Attendees require a minimum of graduate-level biological knowledge and the Crick lectures are not suitable for school-aged participants. Breadcrumb Home What's on Seminars, lectures & symposia Crick Lectures Meet Pooja Meet Pooja. Pooja works on detecting bugs and bacteria in ancient skeletons! Send in your questions to Pooja by Tuesday 4 August about her life in the lab and her research. On Friday 7 August she will answer as many questions as she can. 3 August 2020 - 7 August 2020 | - Breadcrumb Home What's on Meet Pooja Samra Turajlic | The constraints in the evolution of renal cell cancer Resarch in the Turajlic lab on understanding the evolution of renal cell cancer. Breadcrumb Home Research Labs Samra Turajlic Areas of interest Constraints of evolution Art + science in conversation A myriad of intriguing patterns exist throughout the natural world, many of which are visible to the naked eye. Breadcrumb Home What's on Exhibitions Deconstructing patterns Caroline Hill | The dynamics of TGF-β signalling Understanding how cells respond to ligands in complex physiological and pathological contexts in vivo requires a knowledge of the dynamics of signalling in addition to an understanding of the molecular wiring of the pathway. We have addressed this by using a combined experimental and computational modelling approach to study TGF-β superfamily signalling dynamics. Breadcrumb Home Research Labs Caroline Hill Areas of interest Signalling dynamics Accessibility The Crick is wheelchair-accessible and can support visitors with disabilities. Breadcrumb Home About us Visit us Accessibility Combining a toggle switch and a repressilator within the AC-DC circuit generates distinct dynamical behaviors Authors (6) Ruben Perez-Carrasco Chris P Barnes Yolanda Schaerli Mark IsalanJames Briscoe Karen M Page Cell systems Published 25 April 2018 Crick labsJames BriscoeFull details Snezhana Oliferenko | Areas of interest Understanding mitotic nuclear remodeling from the comparative and synthetic biology perspectives is the main thrust of our current research. Breadcrumb Home Research Labs Snezhana Oliferenko Areas of interest Neil McDonald | Polarity signalling assemblies at the plasma membrane Protein kinase C iota (PKCι) is a serine-threonine kinase that affects many cellular processes, including growth, proliferation, and motility. Breadcrumb Home Research Labs Neil McDonald Areas of interest Polarity signalling Neil McDonald | Structural biology of the XPF/MUS81/FANCM endonuclease family Mammalian endonucleases play key roles in several DNA repair pathways and thereby help maintain genomic integrity. Breadcrumb Home Research Labs Neil McDonald Areas of interest Structural biology Pagination First page First Previous page Previous … Page 2 Page 3 Page 4 Page 5 Current page 6 Page 7 Page 8 Page 9 Page 10 … Next page Next Last page Last
Crick Lectures Crick Lectures are open to scientists from other institutes and universities in and around London and elsewhere. Attendees require a minimum of graduate-level biological knowledge and the Crick lectures are not suitable for school-aged participants. Breadcrumb Home What's on Seminars, lectures & symposia Crick Lectures
Meet Pooja Meet Pooja. Pooja works on detecting bugs and bacteria in ancient skeletons! Send in your questions to Pooja by Tuesday 4 August about her life in the lab and her research. On Friday 7 August she will answer as many questions as she can. 3 August 2020 - 7 August 2020 | - Breadcrumb Home What's on Meet Pooja
Samra Turajlic | The constraints in the evolution of renal cell cancer Resarch in the Turajlic lab on understanding the evolution of renal cell cancer. Breadcrumb Home Research Labs Samra Turajlic Areas of interest Constraints of evolution
Art + science in conversation A myriad of intriguing patterns exist throughout the natural world, many of which are visible to the naked eye. Breadcrumb Home What's on Exhibitions Deconstructing patterns
Caroline Hill | The dynamics of TGF-β signalling Understanding how cells respond to ligands in complex physiological and pathological contexts in vivo requires a knowledge of the dynamics of signalling in addition to an understanding of the molecular wiring of the pathway. We have addressed this by using a combined experimental and computational modelling approach to study TGF-β superfamily signalling dynamics. Breadcrumb Home Research Labs Caroline Hill Areas of interest Signalling dynamics
Accessibility The Crick is wheelchair-accessible and can support visitors with disabilities. Breadcrumb Home About us Visit us Accessibility
Combining a toggle switch and a repressilator within the AC-DC circuit generates distinct dynamical behaviors Authors (6) Ruben Perez-Carrasco Chris P Barnes Yolanda Schaerli Mark IsalanJames Briscoe Karen M Page Cell systems Published 25 April 2018 Crick labsJames BriscoeFull details
Snezhana Oliferenko | Areas of interest Understanding mitotic nuclear remodeling from the comparative and synthetic biology perspectives is the main thrust of our current research. Breadcrumb Home Research Labs Snezhana Oliferenko Areas of interest
Neil McDonald | Polarity signalling assemblies at the plasma membrane Protein kinase C iota (PKCι) is a serine-threonine kinase that affects many cellular processes, including growth, proliferation, and motility. Breadcrumb Home Research Labs Neil McDonald Areas of interest Polarity signalling
Neil McDonald | Structural biology of the XPF/MUS81/FANCM endonuclease family Mammalian endonucleases play key roles in several DNA repair pathways and thereby help maintain genomic integrity. Breadcrumb Home Research Labs Neil McDonald Areas of interest Structural biology