washuengineers

[washuengineers]

#WashU17

[washuengineers]

[washuengineers]

[washuengineers]

[washuengineers]

#WashU17 

[washuengineers]

Kara Dimicco #WashU17

[washuengineers]

Message to #WashU17 from Professor Ron Cytron

[washuengineers]

The BME Band... 2 Evans & a Matt #WashU17

[washuengineers]

Caryn Devaney #WashU17

[washuengineers]

Message to #WashU17 from #cleanwater expert Professor Dan Giammar

#washu17 washuengineers washu cleanwater

[washuengineers]

The Department of Energy, Environmental & Chemical Engineering provides integrated and multi-disciplinary programs of scientific education in cutting-edge areas organized through four clusters: Aerosol Science & Engineering, Engineered Aquatics Processes, Metabolic Engineering and Systems Biology, and Mulltiscale Engineering.http://ow.ly/Gcji308P7WD

[washuengineers]

PhD students in Computer Science or Computer Engineering are fully funded and receive a new Apple laptop http://ow.ly/WpGb308P1mn

[washuengineers]

Students seeking a PhD in #biomedicalengineering at WashU focus on five overlapping research programs: http://ow.ly/890h308ORdd

[washuengineers]

[washuengineers]

#washustartups #washustartup #washu #washufuse #washuengineers

[washuengineers]

Fuzhong Zhang, Assistant Professor, Department of Energy, Environmental & Chemical Engineering

Non-genetic, cell-to-cell variations in protein and metabolite concentrations cause large heterogeneity in single-cell biosynthetic performance, which dramatically affects ensembles yield and efficiency of bioproduction. Using a product-responsive sensor-selector, the Zhang Lab developed a generalizable technique termed Population Quality Control (PopQC) to enrich high-performing variants. The image shows the spontaneous selection of non-genetic, high-performing variants from an isogenic population.

Illustration by Steve Edwards

zhang.eece.wustl.edu

Download the 2017 #washuengineers calendar: ow.ly/Kh3U307EFR7

[washuengineers]

Srikanth Singamaneni, Associate Professor, Department of Mechanical Engineering & Materials Science

Zeolitic imidazolate framework-8 (ZIF-8) grown around antibodies anchored to plasmonic nanostructures serves as a protective layer to preserve the biorecognition ability of the antibodies stored at room and elevated temperatures for several days. The biofunctionality of the ZIF-8 protected biochip can be restored by a simple water-rinsing step, making it highly convenient for use in point-of-care and resource-limited settings.  

softnano.wustl.edu

Download the 2017 #washuengineers calendar: ow.ly/Kh3U307EFR7