molecular biomechanics
ASME IDETC 2013 biomechanics symposium at MSNDC conference
Dear colleagues,
The 2013 ASME multibody systems and nonlinear dynamics conference (MSNDC) to be held Aug 4-7 in Portland, Oregon will host a special symposium on biomechanics. John McPhee, Darryl Thelen and I are organizing this symposium on biomechanics (MSNDC-12), and we hope that you will consider submitting your work for presentation and publication in the ASME conference proceedings.
Looking for postdoc position in solid mechanics/biophysics
Im looking for a PhD Position in the area of molecular simulations
My name is Mario Pinto. I have a bachelors degree in Mechanical Engineering (2006) and a masters degree in Computational Science (2008). Since August 2008, I have been working at Computational Research Labs, Pune, India in the Computational Materials Group. My work mostly involves the use of MD, and I use LAMMPS for all simulations.
I am looking for a PhD position in the area of molecular simulations, applied to studystructure / properties /
Cell and Biomolecular Mechanics in silico, Nature Materials, Volume 7, 2008.
Recent developments in computational cell and biomolecular mechanics have provided valuable insights into the mechanical properties of cells, subcellular components and biomolecules, while simultaneously complementing new experimental techniques used for deciphering the structure–function paradigm in living cells. These computational approaches have direct implications in understanding the state of human health and the progress of disease and can therefore aid immensely in the diagnosis and treatment of diseases.
Will you ever be able to buy fitness in a bottle?
Journal Club Theme of April 2007: Analytical Modeling of Biomolecules
The molecular building blocks of a cell include:
The comings and goings in a cell
Update 23 March 2007. This wonderful educational video has now been removed from YouTube because it violates copyright. What a pity!
Andre of Biocurious has just pointed out this terrific animation of the dynamics inside a cell. It brings many pages of textbook to life. Delightful. I've just followed Teng Li's instruction to embed the YouTube video below.
Journal Club Theme of January 2007: Biomechanics and Non-Affine Kinematics
Biological materials are frequently constructed of hydrated biopolymer networks. Examples include fibrous collagen in the extracellular matrix and actin within the cell's cytoskeleton. There are differences in the molecular composition of the biopolymer subunits as well as differences in the network density and organization. Images can be seen here and here for dense collagen networks and for portions of actin networks look at images here and here.
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