NSF CAREER
Our group officially received the prestigious CAREER award from NSF! This grant will support our exploration of mechanosensitive membrane proteins on the cell surface. Many thanks to all the hard … Read More
Our group officially received the prestigious CAREER award from NSF! This grant will support our exploration of mechanosensitive membrane proteins on the cell surface. Many thanks to all the hard … Read More
As part of her thesis, Huan systematically reviewed the rheology and interfacial properties of biomolecular condensates. In addition to summarizing quantitative measurements in the literature, we also tried point out … Read More
In collaboration with Jie Xu’s lab, Yiling studied how a protein called “NINJ1” regulates the rupture of cell plasma membranes. We found that having more NINJ1 drastically reduces the lysis … Read More
In collaboration with Cliff Brangwynne and Howard Stone’s groups, Holly, James, and Huan studied the mechanics of the nucleolus – the very core of a eukaryotic cell and a multi-layered … Read More
The Shi lab at Rutgers-New Brunswick is seeking a postdoctoral researcher to study biomolecular condensates and/or mechanosensitive membrane proteins. To see more information and apply, please go to the application page … Read More
Congratulations to Huan, who just successfully defended her Ph.D. thesis in Chemistry and Chemical Biology!
Several papers from the lab were published in the past few months. In collaboration with the labs of Dragomir Milovanovic, Zhiping Pang, Jean Baum, and Conor McClenaghan, Huan and Mengying … Read More
Zheng recently gave a talk at the BPPB seminar (mainly) on Huan’s MAPAC paper. Below is a recording of the talk:
Welcome to Dr. Mengying Deng, Jinying Wang, Divya Kumari, Shengrui Shao, Nisrine Tabnaoui, and Elton Maloku as our newest lab members! Mengying joined as a postdoc to explore the quantifications … Read More
Shilong and Zheng wrote a book chapter, detailing the steps to quantify cell membrane protrusions (and the sorting of proteins on them) using simple widefield fluorescence images. Read it here!