2012

A New Year
We had the pleasure of hosting a French stagiaire in the laboratory and we wish her luck with her studies back in France.  An undergraduate has moved onward to a co-op position after helping set up the video microscopy and winning 1st place in oral presentation of his work.  The video microscopy technique provided insight into the number of cells in population that undergo checkpoint adaptation.  The current team is now working on applying new techniques to measure enzyme activity and DNA damage in treated cancer cells so that we can predict better the mechanisms that drive checkpoint adaptation.

New Academic Year - New Laboratory Members

A new academic year begins with much promise and optimism.  This year we are optimistic because we have two new graduate students and two new undergraduates joining the laboratory.  New people mean new ideas and more energy to tackle the hard problem of how cancer cells divide.  We are also optimistic because the our cell based model seems to hold the answers to what are the biochemical pathways that enable cancer cells to divide, when they should not.  One enzyme, Checkpoint kinase 1, is clearly  important but we also find that it is not acting alone.  With help from the new recruits we are working to find the master regulator of checkpoint adaptation