2014 Buhl Lecture: Biophysics and Biochemistry One Molecule at a Time
Δημοσιεύτηκε στις 7 Μαΐ 2014
Carlos
Bustamante, the Raymond and Beverly Sackler Chair of Physics at the
University of California, Berkeley, presents Carnegie Mellon's 2014 Buhl
Lecture in Theoretical Physics. The lecture was held March 25, 2014.
Within
all living cells is a network of complex molecular machines that carry
out the functions essential for survival. Understanding these physical
forces is key to understanding how cells work. Bustamante has developed
novel methods that use magnetic beads, atomic force microscopes and
laser tweezers to measure and manipulate the forces within DNA and other
macromolecules.
In this lecture, Bustamante discusses how
forces can impact molecular behavior and the methods his lab uses to
study the forces generated during molecular interactions.
Bustamante, the Raymond and Beverly Sackler Chair of Physics at the
University of California, Berkeley, presents Carnegie Mellon's 2014 Buhl
Lecture in Theoretical Physics. The lecture was held March 25, 2014.
Within
all living cells is a network of complex molecular machines that carry
out the functions essential for survival. Understanding these physical
forces is key to understanding how cells work. Bustamante has developed
novel methods that use magnetic beads, atomic force microscopes and
laser tweezers to measure and manipulate the forces within DNA and other
macromolecules.
In this lecture, Bustamante discusses how
forces can impact molecular behavior and the methods his lab uses to
study the forces generated during molecular interactions.
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