Navigation Links
NSF funds new 'Center for the Physics of Living Cells' at Illinois
Date:9/24/2008

The National Science Foundation announced this month that it is funding a new Physics Frontiers Center at the University of Illinois at Urbana-Champaign. The Center for the Physics of Living Cells is one of nine Physics Frontiers Centers in the U.S., and the second to explore the physics of biological systems.

The $7.5 million award will be supplemented with a 10 percent matching grant from the university, bringing the total funding to $8.25 million over five years.

"As the title of the center says, understanding life on the basis of physics is really one of the great frontiers of modern science," said Klaus Schulten, holder of the Swanlund Chair in Physics at Illinois. Schulten and Taekjip Ha, a professor of physics at Illinois, affiliate of the Institute for Genomic Biology and a Howard Hughes Medical Institute investigator, will co-direct the center.

Schulten directs the theoretical and computational biophysics group at the Beckman Institute for Advanced Science and Technology. This group has long fostered collaborations among teams of researchers with very different areas of expertise.

The new center will follow this model, building collaborations that can attack current biological problems with all the theoretical, computational, mechanical and imaging tools available to modern science, Ha said.

"If you want to study the complex interplay between many different components then you actually have to measure many different things at the same time," he said.

Illinois is one of few universities with a significant emphasis on biophysics, Ha said. Seven of its 65 full time physicists study biological subjects, and their collaborative efforts have led to many important innovations.

For example, while many laboratories use optical tweezers or fluorescence imaging to measure the behavior of individual molecules, researchers at Illinois (led by Ha) combined the two. Their resulting "force-fluorescence spectroscopy maps" enabled them to detect subtle physical changes in molecules that had never been measured before.

Other advances are occurring in the field of computational microscopy, led by Schulten's biophysics group. Using the university's petascale computer capabilities, these researchers are modeling the dynamic interactions of up to a million atoms at a time. Their simulations are capturing events occurring over longer and longer time scales, increasing their biological relevance.

For example, a recent simulation explored 10 microseconds of a protein-folding event, Schulten said, "the longest simulation that is feasible today." This achievement was realized through the combined efforts of physicists and researchers at the National Center for Supercomputing Applications, he said.

Computational microscopy, when combined with laboratory experiments, can offer new insight into mechanisms that cannot be studied by other means.

"There are certain things that you can never measure experimentally," Ha said. "But we can measure certain things and Klaus can simulate them, and if our results agree we can use the hidden things that only he can see to develop new models and design new experiments."

Ha and Schulten believe the new center will attract the best young researchers in the field. They are already recruiting six new post-doctoral fellows to join the effort. The recruits will work with 12 center members, including physics professors Paul Selvin, Nigel Goldenfeld, Yann Chemla, Ido Golding, Aleksei Aksimentiev and Karin Dahmen along with chemistry professors Zaida Luthey-Schulten and Martin Gruebele, biochemistry professor Stephen Sligar and electrical and computer engineering professor Gregory Timp.

"Biological physics is considered an important frontier field and the students and post-docs need to be prepared for it," Schulten said.

The center also will offer faculty and students at other institutions training in emerging biophysics approaches.

"It's very hard to pick up the new technology just from reading papers," Ha said. "We'll teach them step by step how to set up their own measurements."

Ha and Selvin already have edited a basic laboratory textbook on single molecule experiments, and next summer the center will offer a 10-day workshop on the subject for students and post-doctoral researchers from other institutions who are working in the field.

The diversity of biophysics expertise at Illinois has made it a resource, not only for its own researchers, but also for the larger community of physicists and biologists hoping to advance the field, Ha said.

"Our center will be a one-stop shop for the most challenging biological problems of the day," he said.

"The mission of the Physics Frontiers Centers is to advance the frontier across fields of physics as diverse as quantum optics and the physics of living cells," said Joe Dehmer, director of the National Science Foundation's Division of Physics. "Another significant impact PFCs have is to be a talent magnet for students, post-docs, and other excited young physicists. Promising young talent and new advances can be expected, and we look forward to both from the University of Illinois at Urbana-Champaign."


'/>"/>

Contact: Diana Yates
diya@illinois.edu
217-333-5802
University of Illinois at Urbana-Champaign
Source:Eurekalert

Related biology news :

1. Keck Foundation funds study of biological interactions with nanomaterials
2. Genes and environment grant funds close look at nature-nurture overlap in common diseases
3. NHGRI funds new Centers for Excellence in Ethical, Legal and Social Implications Research
4. USDA Cooperative Agreement funds mosquito project at Rutgers
5. BP funds scholarship for University of Houston to help fill industry ranks
6. OCAST funds OSU projects with commercial viability
7. BP funds energy scholarships for K20 scholars
8. National Science Foundation funds research addressing enduring questions of life
9. W.M. Keck Foundation grant funds reproductive science research
10. Michael J. Fox Foundation Funds $1.1 Million for Cutting-edge Approaches to Parkinsons Disease
11. EPA funds ground-breaking Lyme disease research
Post Your Comments:
*Name:
*Comment:
*Email:
(Date:3/2/2017)... , March 2, 2017 Who risk to ... Download the full report: https://www.reportbuyer.com/product/4313699/ ... FINGERPRINT SENSOR FIELD? Fingerprint sensors using capacitive technology ... fingerprint sensor vendor Idex forecasts an increase of 360% ... devices and of the fingerprint sensor market between 2014 ...
(Date:2/28/2017)... , Feb. 28, 2017   Acuant , a ... globally, announces significant enhancements to new and core technologies ... New products include mobile and desktop Acuant FRM TM ... - a real time manual review of identity ... technology provides the fastest and most accurate capture software ...
(Date:2/27/2017)...   Strategic Cyber Ventures , the industry,s first ... $3.5 million investment in  Polarity , the first commercial ... DC based and is led by cybersecurity veterans ... Ron Gula , also a longtime cybersecurity veteran and ... series A round of funding. This new funding will ...
Breaking Biology News(10 mins):
(Date:3/23/2017)... MILFORD, Mass. , March 23, 2017 ... leading partner to global in vitro diagnostics ... launch of the industry,s first multiplexed ... inherited disease testing by next-generation sequencing ... materials were developed with input from industry ...
(Date:3/23/2017)... , March 23, 2017 Kineta, Inc., ... of novel therapies in immuno-oncology, today announced the ... small molecule compounds that activate interferon response factor ... and demonstrate immune-mediated tumor regression in a murine ... study who demonstrated complete tumor regression to initial ...
(Date:3/23/2017)... 23, 2017 In today,s pre-market ... in the Biotech industry: Sangamo Therapeutics Inc. (NASDAQ: SGMO), ... MKT: SYN), and Regulus Therapeutics Inc. (NASDAQ: ... Credit Suisse upgraded its rating on Pharmaceuticals/Biotechnology to "Overweight" from "Market Weight." ... report at: ...
(Date:3/22/2017)... Denmark , March 22, 2017  Ascendis ... utilizes its innovative TransCon technology to address significant ... financial results for the full year ended December ... significant year for our company as we broadened ... a leading, integrated rare disease company with an ...
Breaking Biology Technology: