Research

The Physical Effects on Tissues In Vitro project group includes studies that focus on the adaptation of both cell and tissue cultures to applied mechanical forces. These projects use a variety of methods including substrate stretching, hydrostatic pressures, and custom tissue culture mechanical systems to apply load.

View abstracts from the Physical Effects on Tissues In Vitro project group below.

EFFECT OF MECHANICAL LOADING ON CYTOSKELETAL STRUCTURE J.D. Miller, M.R. Moalli, S.A. Goldstein

INTERACTIONS BETWEEN MECHANICAL LOADING, GENE TRANSFER, AND GENE EXPRESSION IN SEVERAL CELL TYPES IN VITRO M. Ominsky, M. Moalli, B. Roessler, A. Bielinska, R. Dennis, M. Stock, D. Kayner, M. Shaw, S. Goldstein

CYLIC UNIAXIAL COMPRESSION OF CRANIAL SUTURES CAUSES SOLUBLE FACTOR RELEASE IN VITRO J. M. Taboas, J. L. Dreier, A. Young, A. Fribley, W. Wang, S. A. Goldstein, S. R. Buchman, M. A. Ignelzi, Jr.