Everybody poops, but not every day. An ISB-led research team examined the clinical, lifestyle, and multi-omic data of more than 1,400 healthy adults. How often people poop, they found, can have a large influence on one’s physiology and health.
Just-published research out of ISB shows the microbial teamwork behind denitrification can collapse in polluted environments, threatening ecosystem balance and resilience.
Philanthropist Carole Ellison created the recently unveiled K. Carole Ellison Fellows in Bioinformatics. “It’s so exciting to be part of (young researchers’) lives and help them along in their careers,” Ellison said.
In 2013, Joo was a high school intern in ISB’s Hood Lab. In 2014, she came back for another internship, this time in the Huang Lab. Joo has since graduated from the University of Washington with a Biochemistry and Molecular, Cellular and Development Biology double major, and now she’s working at Seattle Children’s Research Institute Center for Immunity and Immunotherapies in the Miao Lab.
Prior to joining ISB’s faculty, Dr. Wei Wei earned his Ph.D. from Caltech and served as a faculty member at UCLA Medical School. In this Q&A, Wei discusses his research career to date, how research might change over the next decade, and much more.
Members of the Moritz lab, as part of an international consortium centered in Bolzano Italy, reports this week in Cell, “Current Biology”, a multi-omic approach to identify the stomach contents and microbiome of the 5300 year old Mummy, Oetzi, the Iceman from the Oetzal Alps on the Austrian/Italian border.
The Institute for Systems Biology has created the ISB Foundation, which aims to implement fundraising programs to appeal to individual donors and foundations, provide support for capital expenditures for equipment or building additions, grow the ISB endowment, and create new endowed positions and programs.
In a study published in Nature Communications and with implications for understanding effects of climate change, ISB researchers show microscopic phytoplankton are more resilient in an acidified environment.