Dr. Anita Goel
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M.D., Harvard-MIT, Division of
Health Sciences and Technology |
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Ph.D., M.A., |
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B.S., |
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Honors
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Professional
Service
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1.
Fellow, World Technology Network, 2.
Fellow-at-Large, Santa Fe Institute, 3.
Chair, Emergence, Life, and
Related Topics, Science and
Ultimate Reality Symposium, 4.
Panel Chair, Emerging Technologies
that Could Help Save the Environment, World Technology 5.
Founder, organizer and chair, nine-week Summer
School on Polymer Physics and the Biology of Macromolecules.
Co-sponsored by Harvard- MIT HST & Rowland Institute for Science, Summer
1997. 6.
Chair, think tank meeting, Physics of 7.
Founding chair, SETU (Setu is Sanskrit for
“bridge”), a humanitarian and visionary organization dedicated to
building new high-tech, economic, and socio-political bridges between the |
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Selected
Publications
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1.
I. Andricioaei, A. Goel, D.R. Herschbach and M.
Karplus, “Dependence of DNA polymerase
replication rate on external forces: A model based on molcular dynamics
simulations,” Biophysics J., 87, 2004. 2.
A. Goel, R.D. Astumian and D.R. Herschbach,“Tuning and Swtiching a DNA Polymerase Motor
with Mechanical Tension,” in Proc.
of the National Academy of Science, USA, 100, 17, pp. 9699-9704,
August 2003. 3.
A. Goel and D.R. Herschbach, “Controlling the Speed and
Direction of Molecular Motors that Replicate 4.
A. Goel, T. Ellenberger, M.D. Frank-Kamenetskii and D.
Herschbach,
“Unifying Themes in DNA Replication: Reconciling Single Molecule
Kinetic Studies with Structrual Data on DNA Polymerases,” J. Biolmolecular Structure and Dynamics,
(Cover), 19, 4, 2002. 5.
A. Goel, M.D. Frank-Kamenetskii, T. Ellenberger and D.
Herschbach,
“Tuning DNA ‘Strings’: Modulating the Rate of DNA
Replication with Mechanical Tension,” Proc. of the National 6.
A. Goel, “The Physics of Life” paper presented at
the Science and Ultimate Reality Symposium, Young Researcher’s
Competition in Honor of John Archibald Wheeler, Princeton, New Jersey, March,
2002. See Also Physics Today -May,
2002. |
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Selected
Talks
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1.
Department of Physics Colloquium, 2.
Department of Bioengineering, UCLA, 3.
Seminar Series on Quantum Optics and Molecular Applications,
Princeton University, Princeton, NJ, 4.
Physics of Complex Systems, Division of Physics and Astronomy,
Free 5.
Institute for Microsystem Technology & the Nano-Physics
Group, 6.
Department of Physics Colloquium, 7.
Physical Electronics Laboratory, 8.
“Tuning and Swtiching the 9.
"Tuning
DNA "Strings": Controlling the Speed (and Direction) of Molecular
Engines that Replicate DNA," |
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1.
Advancing Beneficial Nanotechnology: Focusing on the Cutting Edge; 13th Foresight Conference on Advanced Nanotechnology, 2.
Panelist, "Bob Metcalfe and the TR35," Technology Review's Emerging Technologies Conference at MIT, 3.
Panelist, "Bio-Nano Frontiers," Technology Review's Emerging Technologies Conference at MIT, 4.
World
Technology Summit: Extraordinary Innovators Review, 5.
Int’l Symposium on Elucidating Biomolecular Networks by
Single-Molecule Technologies, Monte-Verita, Ascona, Switzerland, 6.
Opening keynote speaker, DARPA/DSO International
Workshop on Biomolecular Motors as Building Blocks for Engineering Devices
and Systems, San Francisco, CA, 7.
SPIE
International Symposium on Fluctuations
and Noise, 8.
Presented paper, “The Physics of Life,” at Young
Researchers’ Competition (Finalist), Science and
Ultimate Reality Symposium, 9.
“How
to Modulate the Speed and Direction of Molecular Engines that Replicate
DNA.” IBC First Meeting on Nanobiotechnology, 10.
Invited speaker on Future Technology Panel, Chaired by Dr.
Phil Campbell, Editor-in-chief of Nature. World Technology Summit, 11.
“Unifying
Themes in Enzymatic Polymerization of DNA,” joint lecture with
Prof. Tom Ellenberger, 12th Annual Conversation, sponsored by the Journal of Biomolecular Structure and Dynamics,
12.
"The
Information Content of Single Molecule Experiments," 12th Annual
Conversation, sponsored by the Journal of Biomolecular Structure and
Dynamics, |
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1.
Osher Institute Banquet, Launching the Asian Medicine Program of
Harvard Medical School, Cambridge, MA, 2.
“Emerging Prospects in Biocomputing,” Hughes Research Lab, 3.
The Cosmology and Cosmogony of Life: Contemporary Issues and Scope of Future Research on Life and Its Origin, Second
International Congress on Life and Its Origin , Rome, 4.
Clinical Pathology Conference, MGH Grand Rounds Presentation, 5.
“Emerging Prospects in Nanobiotechnology,” TIE-Atlantic, 6.
“Some Future Prospects for Interfacing Physics and
Bio-Nanotechnology,” Nanotechnology
Gathering on Openness in the Realms of “Stuff” and Bits , hosted by the
Foresight Insitute, San Jose, CA, 1999 . |
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