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Bambarendage Pinithi (Pini) Perera
Bambarendage Pinithi (Pini) Perera Research Assistant Professor Environmental Health Sciences School of Public Health Lab website My primary research interests are in the field of environmental epigenetics, which seeks to identify molecular mechanisms and changes in epigenetic cues that result from environmental exposures at critical times in life, and links of these phenomena to…
2023 Symposium
7th Annual RNA Symposium, “From Molecules to Medicines” Friday, March 24, 2023, 8:30 am – 4:00 pm A. Alfred Taubman Biomedical Science Research Bldg, Kahn Auditorium 109 Zina Pitcher Pl, Ann Arbor, Michigan MiSciWriters Blog
CRISPR to KLIPP cancer
While most efforts involving CRISPR are focused on genome editing, the CRISPR machinery could also be used as a molecular weapon to slice up chromosomes of cancer cells. Research has shown that chromosomes may undergo a “catastrophic” event early in the process of carcinogenesis causing multiple breakages. While many cells die in such events, some…
Chase Weidmann, Ph.D., receives a K22 grant from NCI
Congratulations to Chase Weidmann, Ph.D., for receiving a K22 grant from NCI for “Unraveling the MALAT1 lncRNA-protein interaction networks that drive lung cancer metastasis” This project’s goal is to integrate cutting-edge sequencing and quantitative proteomics technologies with cell-based functional approaches to understand how RNA-protein interaction networks of MALAT1 promote metastatic activity in human lung cancers. Chase…
RNA Collaborative Seminar Series
The RNA Collaborative seminar series goal is to cross promote RNA research and strengthen and connect the RNA scientific community. More information is available on the RNA Collaborative Seminar Series webpage, supported by The RNA Society. We encourage RNA Centers across the world to join us. If your RNA Center is interested in joining this…
Machine learning expands single-molecule analysis accuracy and accessibility
The observation of single biomolecules in real-time is crucial for our understanding of the cellular biology that is assembled from these molecules, be they DNA, RNA or protein. The recent development of an array of tools and techniques for single-molecule analysis allows studies at an extremely small scale (nanometers, or 10-9 meters) over short periods…