Research

Areas of Research Excellence
Biotechnology and Bioengineering

The experimental and analytical tools, rigorous methods, and inventive approach of chemical engineers are contributing greatly to biotechnology and bioengineering. Innovative experimental research pursued by Northwestern faculty includes projects in cell and tissue engineering, in vitro cell and tissue culture, strategies and materials for efficient gene therapy and genetic mutation detection, metabolic engineering of microorganisms, tools for efficient DNA separations, environmental biodegradation pathways, and biomimetic and biointeractive polymers.  In the theoretical, analytical, and computational arenas, Northwestern faculty have projects in computational biotechnology and bioinformatics – with the goal of accurately modeling complex biological systems and processes – and modeling transport phenomena in biological systems.  One of the greatest strengths of our department is the diversity of research topics and the sheer quantity of faculty research in biotechnology and bioengineering.

Faculty working in Biotechnology and Bioengineering:
Annelise Barron

Kimberly Gray
Vassily Hatzimanikatis
William Miller
Terry Papoutsakis

Lonnie Shea
Bartosz Grzybowski

Collaborating Faculty
Phillip Messersmith, Biomedical Engineering
Robert MacDonald
, BMBCB
Eric Weiss, BMBCB
Elizabeth Eklund, Feinberg School of Medicine (Hematology/Oncology)
Mark Johnson, Biomedical Engineering
Teresa Woodruff
, Feinberg School of Medicine (Neurobiology and Physiology)
David Klumpp
(Urology)
Vinayak Dravid (Materials Science and Engineering)

George Bennett, Rice University, Biochemistry & Cell Biology

Areas of Research Excellence

Faculty Research Interests

Research Facilities

Affiliated Organizations

 

Microarray
Portion of scanned image of a 60mer oligo microarray prepared using the Agilent Microarray Scanner. The color of each spot is indicative of the relative expression level for a particular gene. The microarray contains a total of over 22,000 spots representing over 18,000 unique genes; all on a 1"x3" glass microscope slide. (courtesy of Papoutsakis Group)
Northwestern University
Chemical and Biological Engineering Northwestern University McCormick School of Engineering