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Contact Info
Mail:
Chemical
Engineering Dept.
MS-362
Rice University
PO Box 1892
Houston, TX 77251-1892
E-mail:
Phone:
713-348-5208
FAX
713-348-5478
Office:
B217 Abercrombie
RESEARCH INTERESTS
Cell Migration and Tissue Growth
- Cell Migration:
Effects of Growth Factors and Surface Modifications. - Growth of Bioartificial Tissues and Wound Healing.
- Glycolysis and Migration of Prostate Cancer Cells (Video).
- Cellular Automata Models and their Parallel Implementation.
Article
on Tissue Engineering
Mechanical Forces and Cell Function
-
Effects of Microgravity and Shear Forces on Cell Adhesion and Migration
-
Adhesion and Migration of Lymphocytes on Modified Surfaces
-
Cellular Aggregation Assays (Video)
Digital Time-Lapse Sequences from
Video Microscopy Experiments
-
Cell Migration: Rat Prostate Cancer (MatLu) Cells - Size: 450 KB
-
Homotypic Aggregation: Jurkat cells activated with 33B6 mAb (vigorous aggregation) - Size: 1.4 MB
-
Homotypic Aggregation: Jurkat cells activated with OKT11 mAb (control antibody) - Size: 1.6 MB
Coal Pyrolysis and Gasification
-
Homogeneous and Heterogeneous Ignitions of Coal and Char Particles.
-
Detection of Particle Ignitions.
-
Mathematical Modeling of Particle Ignitions. and Char Combustion
Digital Time-Lapse Sequences from
Video Microscopy Experiments
-
Pyrolysis: Illinois #6 coal particles heated in the TGA/VMI reactor - Size: 3.7 MB
-
Heterogeneous ignition of char particles produced by pyrolyzing Illinois #6 coal - Size: 2.3 MB
-
Homogeneous ignition of Illinois #6 coal particles heated in the TGA/VMI reactor - Size: 2.1 Mb
Optimal Design of Bioerodible Devices
-
Surface and Bulk Erosion of Devices
used for Controlled Release of Bioactive Agents. -
Cellular Automata Models for Erosion of Multicomponent Devices (click here to view a simulation).
-
Design of Devices with Optimal Release Characteristics.
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