Protrusion-retraction cycles in endothelial cells

Protrusion-retraction cycles in endothelial cells

E2F1 mRNA in cells expressing cell cycle fluorescent activity reporters

E2F1 mRNA in cells expressing cell cycle fluorescent activity reporters

The Meyer lab seeks to understand how human cells move and divide to build, maintain and repair tissues and organs. The movement and division of cells is controlled by integration of large numbers of mitogen, cell contact, and stress signaling inputs that control the maintenance and repair of tissues and drive cancer progression. We are identifying new targets for cancer therapy and seek new ways to promote tissue repair by developing and applying cutting edge live-cell microscopy approaches to understand how signaling systems orchestrate cell movement and proliferation of normal and cancer cells.

Our Research Recent Publications Meet The Lab

News

Nalin’s paper on Cdc7 is out in Nature!

Nalin’s paper on Cdc7 is out in Nature!

The paper shows that cells can live without Cdc7 but then need Cdk1 instead of Cdk2 to start S phase

Anjali’s paper is out in Science

Anjali’s paper is out in Science

Membrane-proximal F-actin restricts local membrane protrusions and directs cell migration

Yumi’s paper is out on BioRxiv

Yumi’s paper is out on BioRxiv

Intravital imaging reveals cell cycle-dependent satellite cell migration during muscle regeneration

Hee Won, Steve, Ariel (and others!) paper is out in eLife!

Hee Won, Steve, Ariel (and others!) paper is out in eLife!

Stress-mediated exit to quiescence restricted by increasing persistence in CDK4/6 activation

Contact

Meyer Lab
Address:

Depts. of Cell and Developmental Biology and Biochemistry
Weill Cornell Medicine
1300 York Ave, Rm402
New York, NY

Email:

tom4003@med.cornell.edu