Not exact matches
The cells
used to build the
organs could be
cultured from stem cells taken from fat or bone - marrow tissue, he says: «We could engineer a blood vessel from your own cells.»
protected animals»); studies on in vitro systems (whole perfused
organs, tissue slices, cell and tissue
cultures, and subcellular fractions); and human studies (including estimations of occupational and environmental exposure, postmarketing surveillance, epidemiology, and the ethical and strictly controlled
use of human volunteers).
The substance may be
used for biomedical applications, ranging from cell
culture and drug delivery to repairing and replacing tissue,
organs and cartilage.
We have been
using cell
culture models and zebrafish as an assay to determine the effects of BMP on signaling, but we also want to be able to understand what the effect of the mutation is in the tissue and
organ systems.
The resulting organoids could either be banked for future
use or immediately fragmented and seeded into the «epithelial» channels of multiple
Organ Chips where they were further matured by flowing specialized
culture medium and applying mechanical stimulation to the channels to mimic physiological peristalsis - like motions.
To overcome these limitations, we
used two - color flow cytometry to identify and select microvascular endothelial cells from primary
cultures obtained from different
organs of mice whose tissues harbor a temperature - sensitive SV40 large T antigen (H - 2Kb - tsA58 mice; ImmortoMice).
Pilot studies
using a variety of strategies suggested that this goal could be best achieved by stimulating primary
organ cell
cultures with TNF - α (10 ng / ml) and targeting cells expressing the endothelial cell adhesion molecules E-selectin and VCAM - 1 through a FACS - driven strategy.
Consequently, levels of TGFβ were measured from the Optisol media
used for the rabbit and human corneas in
organ culture following wounding over time (Figure 5).
Chairs: Elena Aikawa, Brigham and Women's Hospital / Harvard Medical School and Anjelica Gonzalez, Yale University Christopher Hughes, University of California, Irvine Vascularized and perfused micro-tissues in
culture and their
use in drug screening Ying Zheng, University of Washington Engineering
organ - specific microvasculature
Microphysiological systems (MPSs) are in vitro models that capture facets of in vivo
organ function through
use of specialized
culture microenvironments, including 3D matrices and microperfusion.
It includes a new, streamlined chapter that combines the review of alternative techniques to animal experimentation such as the
use of isolated
organs, cell
cultures, and computer simulations.