The Center for Biotechnology & Interdisciplinary Studies at Rensselaer

The Center for Biotechnology and Interdisciplinary Studies (CBIS) at Rensselaer Polytechnic Institute interweaves life sciences, physical sciences, and engineering into the fields of biotechnology and medicine, opening exciting new pathways to innovation and discovery. From complex biological networks to nanoscale assemblies that mimic biological processes, CBIS is a powerhouse of academic and research advancement. More than 200 CBIS scientists and engineers are working here to uncover the molecular basis of biological mechanisms and disease, using biological systems as the basis for new therapeutics, and developing new cellular niches critical in tissue regeneration. More about CBIS

Over Ten Years

  • 40 Faculty
  • 200 Ph.D.s Granted
  • 1,000 Undergrads Trained
  • 2,000 Peer-Reviewed Publications
  • 30,000 Citations (ISI)
  • $130MExternal Grant Funding

News & Events

International Bioartists To Speak at Rensselaer on April 25 and May 8

To highlight the important connections that exist between art, science, and technology, Rensselaer Polytechnic Institute will host lectures with international bioartists on April 25 and May 8. The events, presented by the Arts Department in the School of Humanities, Arts, and Social Sciences (HASS) at Rensselaer, are free and open to the public.

Sugar Entering the Brain During Septic Shock Causes Memory Loss

The loss of memory and cognitive function known to afflict survivors of septic shock is the result of a sugar that is released into the blood stream and enters the brain during the life-threatening condition.

Multiple Mechanisms Behind Disease Associated With Unexpected Heart Attacks

Research on three mutations associated with hypertrophic cardiomyopathy –a disease best known for revealing itself as an unexpected, fatal heart attack during strenuous exercise – found separate mechanisms at work at the molecular level.

Improving Molecular Imaging using a Deep Learning Approach

TROY, N.Y. — Generating comprehensive molecular images of organs and tumors in living organisms can be performed at ultra-fast speed using a new deep learning approach to image reconstruction developed by researchers at Rensselaer Polytechnic Institute.

The research team’s new technique has the potential to vastly improve the quality and speed of imaging in live subjects and was the focus of an article recently published in Light: Science and Applications, a Nature journal.

Carbon Capture Research Receives $3 Million from U.S. Department of Energy

TROY, N.Y. — The United States Department of Energy (DOE) has announced that a research project at Rensselaer Polytechnic Institute is one of eight in the nation recently selected to receive federal funding geared toward the development of “novel and enabling carbon capture transformational technologies.”

Research & Constellations

 

Our Center

  • 150 PhD Students
  • 50 Postdoctoral Fellows
  • 33 Principal Investigator Laboratories
  • 25 Visiting Research Scientists
  • 218,000 sq ft modern facility
  • 31, 240 sq ft of open research labs
  • 13,009 sq ft of support labs
  • 27,350 sq ft of core facilities
  • 5,830 sq ft conference and seminar space

In the News

  • For healthier lakes, rivers, and drinking water, hold the salt

     February 6, 2019 -

    Rick Relyea, an environmental scientist at Rensselaer Polytechnic Institute, is tackling similarly thorny questions in upstate New York’s Lake George, which has been called the Queen of American Lakes. Relyea leads the Jefferson Project, a collaboration among RPI, IBM, and the FUND for Lake George, a nonprofit focused on conserving the lake. The project has outfitted the lake with more than 500 “smart” environmental sensors during the past four years to monitor human influence on it. Over the past four decades, according to data from the Lake George Offshore Chemical Monitoring Program, chloride levels have tripled in Lake George, adding to other environmental effects on the lake. These effects include the rise of invasive species and the delivery, through stormwater runoff, of pollutants and nutrients that can stimulate algal blooms. Because it’s hard to tease apart the impacts of these various stressors on the lake’s water quality and wildlife, Relyea’s team has done a bevy of experiments in the lab and in large outdoor tanks to isolate and examine the consequences of increasing salt.

  • Freshwater Is Getting Saltier, Threatening People and Wildlife

     December 21, 2018 -

    Salts that de-ice roads, parking lots and sidewalks keep people safe in winter. But new research shows they are contributing to a sharp and widely rising problem across the U.S. At least a third of the rivers and streams in the country have gotten saltier in the past 25 years. And by 2100, more than half of them may contain at least 50 percent more salt than they used to. Increasing salinity will not just affect freshwater plants and animals but human lives as well—notably, by affecting drinking water.

  • Brain Scans Can Detect Who Has Better Skills

     October 3, 2018 -

    To gain new insight into how highly specialized workers learn skills or react to stressful situations, researchers are leveraging advanced scanning technologies to look at what’s happening inside the brain.