Digital Cell Cycle Conference - featuring Sir David Lane (A*STAR, Singapore)
Watch on demand our Cell Cycle Club held on October 21, 2020.
Summary
The Cell Cycle Club provides a venue for labs doing fundamental cell cycle research in model organisms to interact with those using mammalian cells to drive research in a more ‘translational’ direction.
Meeting aims:
- Provide an opportunity for students and post-docs to present new and unpublished data
- Inspire new collaborations within the UK and beyond
Webinar objectives
- Gain an understanding of the role of cyclin F in oncogene-induced DNA
- Explore current research in the cell cycle field
- Understand the history of P5
2sdfsdfdfThe Cell Cycle Club provides a venue for labs doing fundamental cell cycle research in model organisms to interact with those using mammalian cells to drive research in a more ‘translational’ direction.
Meeting aims
Provide an opportunity for students and post-docs to present new and unpublished data
Inspire new collaborations within the UK and beyond
Meeting aims
Provide an opportunity for students and post-docs to present new and unpublished data
Inspire new collaborations within the UK and beyondThe Cell Cycle Club provides a venue for labs doing fundamental cell cycle research in model organisms to interact with those using mammalian cells to drive research in a more ‘translational’ direction.
Meeting aims
Provide an opportunity for students and post-docs to present new and unpublished data
Inspire new collaborations within the UK and beyondThe Cell Cycle Club provides a venue for labs doing fundamental cell cycle research in model organisms to interact with those using mammalian cells to drive research in a more ‘translational’ direction.
Meeting aims
Provide an opportunity for students and post-docs to present new and unpublished data
Inspire new collaborations within the UK and beyond
Timings
00:00 - 03:19 - Introduction
03:19 - 27:23 - Deniz Irvali (University of Tubingen, Germany)
Start is not the metabolic commitment point of the cell cycle
27:23 - 59:02 - Camilla Reiter Elbaek (University of Denmark, Denmark)
WEE1 kinase supports DNA replication fork stability by limiting CDK2 activity
59:02 - 01:51:09 - Professor Sir David Lane (A*STAR, Singapore)
40 years of p53: from discovery to therapy
01:51:09 - 01:52:34 - Closing remarks