ISB News

SYSTEMS BIOLOGY 101: On Being Interdisciplinary

In describing systems biology and the distinguishing characteristics of ISB’s approach, we always emphasize how our lab groups are intentionally and necessarily interdisciplinary. One of our labs, for example, includes molecular biologists, microbiologists, geneticists, engineers, oceanographers, and even an astrophysicist. The complexity of biology in this age of “big data” requires diverse teams in order tackle such vast amounts of data and to make sense of it all. New technologies that crunch data faster and more efficiently also permit researchers to re-analyze existing datasets, a process which often reveals undiscovered information. Complementary skills empower any of our groups of researchers to better understand biological or environmental challenges from different perspectives and to arrive at shareable insights more quickly. Our interdisciplinary teams have contributed notable advances to everything from ocean acidification to neurodegenerative diseases and tuberculosis to multiple cancers.

Recent Articles

  • Spotlight on ISB Education graphic

    2023-24 School Year ISB Education Highlights

    In the final installment of the 2023-24 academic year roundup, we highlight some of the top projects the ISB Education team is working on. Throughout the summer, the ISB Education was busy publishing research in a special edition of Connected Science Learning, hosting interns, and much more.

  • 2024 ISB Virtual Microbiome Series

    Our multi-day microbiome-themed virtual course and symposium is back for the fifth year! ISB is hosting a two-day course on October 16 & 17, 2024, followed by a symposium on October 18, 2024 titled, “A gut feeling: Microbes and their impacts on our minds.” Both events are virtual and free.

  • Fluidized bed reactor

    How Microbes Evolve to Spatially Divide and Conquer an Environment 

    ISB researchers examined representative organisms of two classes of microbes whose interaction contributes to the conversion of more than 1 gigaton of carbon into methane every year. They found that gene mutations selected over a relatively short timeframe in the two microbes led to distinct functions.