biochip.umd.edu

Biochip Collaborative, University of Maryland:

William E. Bentley. The Maryland Biochip Collaborative. The goal of our research is to enlist molecular bioengineering to "translate" the communication between biological and microfabricated systems in a manner that embraces the fragility of biology. Our overarching objective is to exploit the recognition and self-assembly capabilities found in biological systems for fabrication. Biology and microfabrication offer complementary capabilities in receiving, processing and transmitting information, and many ...

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Biochip Collaborative, University of Maryland: | biochip.umd.edu Reviews

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William E. Bentley. The Maryland Biochip Collaborative. The goal of our research is to enlist molecular bioengineering to translate the communication between biological and microfabricated systems in a manner that embraces the fragility of biology. Our overarching objective is to exploit the recognition and self-assembly capabilities found in biological systems for fabrication. Biology and microfabrication offer complementary capabilities in receiving, processing and transmitting information, and many ...

<META> KEYWORDS

1 project overview

2 funding

3 investigators and groups

4 reza ghodssi

5 anjan nan

6 gregory payne

7 gary rubloff

8 news and highlights

9 highlights

10 current news

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project overview,funding,investigators and groups,reza ghodssi,anjan nan,gregory payne,gary rubloff,news and highlights,highlights,current news,archives,patents,publications and presentations,facilities,calendar,intranet,login »,team members only

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Biochip Collaborative, University of Maryland: | biochip.umd.edu Reviews

https://biochip.umd.edu

William E. Bentley. The Maryland Biochip Collaborative. The goal of our research is to enlist molecular bioengineering to "translate" the communication between biological and microfabricated systems in a manner that embraces the fragility of biology. Our overarching objective is to exploit the recognition and self-assembly capabilities found in biological systems for fabrication. Biology and microfabrication offer complementary capabilities in receiving, processing and transmitting information, and many ...

INTERNAL PAGES

biochip.umd.edu

1

Biochip Collaborative, University of Maryland: Bentley Group

http://biochip.umd.edu/bentley/index.html

William E. Bentley. The Biomolecular and Metabolic Engineering Laboratories ( web site ». Group Members' Areas of Research. Former Group Members' Areas of Research. Biochip Collaborative Publications ». Featured Image: A scanning electron microscopy image of the bacterium. Many bacteria, including. William E. Bentley. William E. Bentley. Dr Bentley has an outstanding record of technical contributions in metabolic engineering, modeling of genetic circuits, cellular stress responses and. Scheme 1. Tany...

2

Biochip Collaborative, University of Maryland: Rubloff Group

http://biochip.umd.edu/rubloff/index.html

William E. Bentley. Nano-Bio Systems Laboratory (NaBSLab) ( description. Web site ». Group Members' Areas of Research. Former Group Members Areas' of Research. Biochip Collaborative Publications ». Featured Image: Microfluidic device with pressure actuated valves designed for networked membrane assembly. The Rubloff Group's Nano-Bio Systems Laboratory (NaBSLab) researches biochemical pathway reconstruction within microfluidic devices. The group's work is novel in that it first develops and fabricates...

3

Biochip Collaborative, University of Maryland: Payne Group

http://biochip.umd.edu/payne/index.html

William E. Bentley. Institute for Bioscience and Biotechnology Research ( description. Group Members' Areas of Research. Biochip Collaborative Publications ». The Payne Group is. By enlisting the unique properties of biological polymers e.g. chitosan) for two-way signal communication. Specifically, chitosan responds to localized electric signals from microfabricated devices and deposited as an interface for bio-components assembly. By reacting with selective substrate, the assembled bioco...PhD, Universi...

4

Biochip Collaborative News, University of Maryland:

http://biochip.umd.edu/news/index.php

William E. Bentley. Visit our archives to browse past stories. Bentley Receives ACS BIOT’s Marvin J. Johnson Award. American Chemical Society recognizes professor for contributions to the field of biotechnology. More». BioE and Mtech Partner with Children's National Health System to Form Pediatric Device Consortium. FDA-supported collaboration will focus on medical device design, production and regulation. More». Bentley Comments on 3D-Printed Bacteria. Professor contributes thoughts on biofabrication to.

5

Biochip Collaborative, University of Maryland: Nan Group

http://biochip.umd.edu/nan/index.html

William E. Bentley. The Center for Nanomedicine and Cellular Delivery ( description. Web site ». Group Members' Areas of Research. Biochip Collaborative Publications ». At the Center for Nanomedicine and Cellular Delivery and Dr. Nan's laboratories, students and post doctoral fellows have ample opportunities to engage in the research on either side of the nano-bio border and well as in various ongoing. Aside from the Deutsch research collaborative, the following two areas are being actively explored:.

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Biochip Collaborative, University of Maryland:

William E. Bentley. The Maryland Biochip Collaborative. The goal of our research is to enlist molecular bioengineering to "translate" the communication between biological and microfabricated systems in a manner that embraces the fragility of biology. Our overarching objective is to exploit the recognition and self-assembly capabilities found in biological systems for fabrication. Biology and microfabrication offer complementary capabilities in receiving, processing and transmitting information, and many ...

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