| Rommel G. Bacabac |
Elasticity, mechanosensing and
traction by cells under carrying
morphologies |
FOM Institute for Atomic and
Molecular Physics,
Amsterdam, The Netherlands |
| Dapeng "Max" Bi |
A test of stress-based statistics for
granular assemblies using soft glassy
rheology
|
Brandeis University
|
| H. Boehm
|
Micromechanical Structure of the
Pericellular Coat of Living
Chondrocytes |
Max-Planck-Institute for
Metals Research, Department
New Materials &
Biosystems |
| Chase Broedersz |
Mechanics of cytoskeletal networks
with highly flexible cross-linkers |
Vrije Universiteit Amsterdam,
The Netherlands |
| Nathan Cappallo |
Nonlinear Microrheology of wormlike
micelle solutions using gerromagnetic
nanowire probes |
Department of Physics and
Astronomy
Johns Hopkins University |
| Daniel T.N. Chen |
Fluctuations and rheology in active
bacterial suspensions |
Department of Physics and
Astronomy, University of
Pennsylvania |
| Daniel T.N. Chen |
Gelation of carbon manotube
networks |
Department of Physics and
Astronomy, University of
Pennsylvania |
| Jae Kyu Cho |
Phase behavior and dynamics of pH responsive
colloidal hydrogel
suspensions |
School of Chemical &
Biomolecular Engineering
Georgia Institute of
Technology |
| Si Young Choi
|
A novel technique for interfacial
Microrheology |
Chemical Engineering,
University of California - Santa
Barbara |
| Nikta Fakhri
|
Single-walled carbon nanotubes as
ideal model semiflexible filaments |
Department of Chemical and
Biomolecular Engineering,
Carbon Nanotechnology
Laboratory, R. E. Smalley
Institute for Nanoscale
Science and Technology, Rice
University, Houston, Texas |
| Henry C. Fu |
Theory of swimming filaments in
viscoelatic media |
Brown University |
| Henry C. Fu |
Response function of a sphere in the
two-fluid model for a gel |
Brown University |
| François Gallet |
Out-of-equilibrium spectrum of
fluctuating forces in living cells |
Matière et Systèmes
Complexes - UMR 7057
CNRS and University Paris 7 -
France. |
| François Gallet |
Power laws in cytoskeleton
microrheology: creep
function, viscoelastic modulus and
modelization |
Matière et Systèmes
Complexes - UMR 7057
CNRS and University Paris 7 -
France. |
| Chris Harland |
The M.tuberculosis virulence factor
trehalose dimycolate imparts
desiccation resistance to a model
mycobaterial membrane |
Materials Science Institute,
Department of Physics,
University of Oregon |
| Silke Henkes
|
Statistical mechanics framework for
granular packings |
Brandeis University |
| Ji Yeon Huh |
Microscopic structure and collapse of
depletion-induced gels in vesiclepolymer
mixtures |
Department of Chemical
Engineering, University of
Delaware |
| Jeng-Shiung Jan
|
Microrheological studies of flexible
polyelectrolytes in multivalent salt
solution |
School of Chemical and
Biomolecular Engineering,
Georgia Institute of
Technology, Atlanta |
| Louise Jawerth |
Three Dimensional Structure of
Sheared Biopolymer Networks |
Harvard University |
| Douglas H. Juers |
Measurements of the Thermal
Contraction of Liquids as Applied to
Nanoscale-Sized Solvent Channels in
Cryogenically Cooled Protein Crystals |
Department of Physics &
Program in Biochemistry,
Biophysics and Molecular
Biology, Whitman College,
Walla Walla |
| Bhavin Khatri |
Entropy and barrier-controlled
fluctuations determine conformational
viscoeleaticity of single biomolecules |
Polymer and Complex Fluids
Group, School of Physics and
Astronomy, University of
Leeds, United Kingdom |
| Thomas J. Lane |
Ultrasonic rheology of the aqueous
phase of SDS micellular systems |
Department of Chemistry,
Pomona College |
| Travis H. Larsen |
Microrheology of the liquid-solid
transition using microrheology |
University of Delaware |
| Myung Han Lee |
Application of Magnetic Nanowires to
Interfacial Microrheology |
Department of Physics and
Astronomy, Johns Hopkins
University |
| Kevin Lu |
A thermodynamic view of jamming as
a new form of Bose-condensation |
UCLA |
| Stefan Münster |
Mechanical and morphological
characterization of reconstituted
collagen type I networks on different
length scales |
University of Erlangen-
Nuremberg, Germany |
| Youngah Park |
Dynamics of inchworm models for
helicase unwinding |
School of Computational
Sciences, Korea Institute for
Advanced Study, Seoul |
| Felix Rico
|
Temperature dependence of cellular
elasticity |
Dept. of Physiology and
Biophysics - University of
Miami School of Medicine |
| Sebastian A. Sandersius |
Modeling Cell Rheology:
microrheology of viscoelastic networks |
Arizona State University |
| Kelly Schultz
|
Material Assembly and Gelation
Kinetics of PEG-Heparin Hydrogels |
Department of Chemical
Engineering, University of
Delaware |
| John P. Singh |
Assembly of anisotropic particles in
AC electric field |
Department of Chemical
Engineering, University of
Delaware, Newark |
| Indira Sriram |
Oscillatory Microrheology of Colloidal
Suspensions |
Department of Chemical
Engineering, University of
Delaware |
| Andrew M. Stein |
The Micromechanics of Collagen-I
Gels |
Institute for Mathematics and
its Applications, University of
Minnesota |
| S.Steltenkamp |
Applied microrheology: A crucial need
for determining viscoelastic properties
of local domains in the study of
Respiratory Distress Syndrome |
University of California, Santa
Barbara |
| Robert B. Walder |
Rheology and Microrheology of Actin-
Lipid Composites at the Air-Water
Interface |
University of California, Irvine |
