Consultant:  Bio-Stents & Arterial  Reconstruction  - International team of scientists together with former management from Boston Scientific are developing an in situ, endoscopic method for arterial and tissue reconstruction, potentially replacing insertable stents.  Already successful in the long term, animal trials - April 2010.

Consultant: Texas Instruments - Advanced Bio-Chambers

Consultant & Scientist:  Grenoble Research Group, France - Private European research group involved in tissue and organ regeneration

Personal Research:  Characterization of Cytoskeleton Signaling & Transport
                               Neural Regeneration
                               Cell Cybernetics

Historic References 

      
Melanosome Transport (1979)                     Labyrinthula (1978), SEM Bar = 1 micron

Intracellular Communication,, Dennis J. Solomon, GRG Communication, 2007 (unpublished)

Reconstruction of Living Skin, E. Bell et al (Solomon ref) Journal of Investigative Dermatology (1983) 81,

Characteristics of a Tissue-Equivalent Formed By Fibroblasts Cast in a Collagen Gel, E. Bell, C. Merrill & D. Solomon, Dept of Biology,  MIT,  Cambridge, MA, Annual Cell Biology Meetings, OR2215 (1979)

Contractile Structures in Labyrinthula,  D. Solomon, S. Sher, E. Bell, Oceans 78 (1978),

Three-Dimensional Recruitment of Contractile Proteins in Lammelapodia of Human Fibroblasts, D. Solomon, Marine Biological Laboratories, Summer Seminar Series, 1978.

Melanin Granule (Melanosomes) Transport in Human Cells, D. Solomon, E. Bell, MBL Reports, 1979

Contraction of Agar & Gelatin Matrix by Human Fibroblasts,  D. Solomon, C. Merrill, E. Bell, Application for UROP Grant, Bengt Ivarsson MIT  (1978) 

Contraction of Agar & Gelatin Matrix by Human Fibroblasts,  D. Solomon, C. Merrill, E. Bell, MIT Faculty Presentation (Spring, 1978)

Recruitment of Contractile Proteins Across Scalpel-sliced Confluent Human Fibroblast Sheet, Dennis J Solomon, MIT Presentation 1977 (unpublished )

© Last modified: 03/25/11