Riter, R.N. and Weiss, R.S. (2019) Connecting students with patients and survivors to enhance cancer research training. Cancer Research, in press.
Author: mg943
The Weiss lab partners with the Cerione and Lin groups to receive a new R01 from the NIH!
https://research.cornell.edu/research/cancer-and-sirt5
Congratulations to Brenna Remick for graduating with honors in biological sciences! We will miss you! Cannot wait to hear the great things you will accomplish at Berkeley!
Our lab attends the 23rd Annual Buffalo DNA Replication & Repair Symposium
Thank you to the University at Buffalo Jacobs School of Medicine and Biomedical Sciences and the conference organizers for a wonderful conference! Catalina, PhD candidate, presented a talk titled “9-1-1 DNA Damage Response Clamp Subunit RAD9A Promotes Checkpoint Signaling to Maintain Genomic Stability,” and Matthew and Michael, undergraduates, presented a poster titled “Multiple Mammalian 9-1-1 DNA Damage Response Complexes Are Important for Meiotic Chromosome Maintenance.”
Congratulations to Matthew Guo for his successful oral presentation at the National Conference of Undergraduate Research!
Weiss lab lunch over spring break to say farewell to Dr. Elizabeth Moore! Best of luck at your post-doc in the Fischbach lab!
PhD student Irma Fernandez is featured by the Cornell Office of the Vice Provost for Research
Sirtuins’ connection to cancer is a big topic in life sciences research. What are they and why are they important to the hunt for cancer therapies? Read more about the work Irma in our lab here: https://research.cornell.edu/news-features/whats-all-talk-about-sirtuins
Congratulations to Dr. Elizabeth Moore for her successful dissertation defense!
The Weiss and Smolka labs have been awarded a collaborative NIH research grant!
Infertility and birth defects often arise due to improper genetic quality control during meiosis. We are working with Marcus Smolka’s lab in Molecular Biology and Genetics to resolve how the cellular DNA damage response ensures genetic quality control during meiosis and enables the efficient and accurate production of gametes. Read the article here: https://research.cornell.edu/research/genetic-quality-control-during-meiosis