Not exact matches
Researchers at Penn State have combined the two approaches by taking biodegradable polymer nanoparticles encapsulated with cancer - fighting drugs and incorporating them into immune
cells to
create a smart, targeted system to attack cancers of
specific types.
Other researchers have already loaded hollow origami structures with drugs to target
specific types of cancer
cells,
created DNA «robots» that walk across surfaces, and mimicked the shape of viruses.
This is particularly important as it indicates the method can be used in a variety of
cell types to
create disease models and contribute to the discovery of new disease -
specific therapeutics.
Labeled antibodies, which bind to
specific cell types, allowed the researchers to determine which
types of neuron were being
created at which times.
The researchers also have yet to determine the
specific recipe of growth factors that would coax stem
cells to
create other
types of sensory interneurons.
In this edition, we're going to take a look at a very interesting tool that can be used for
creating (excuse the pun)
specific, targeted DNA modifications in transgenic animals, embryonic stem
cells, and / or tissue -
specific cell types: Cre - lox recombination.
We can obtain iPS
cells from an individual's skin or blood and program them into different tissue
types to
create patient -
specific Organ - Chips.
Following the delineation of some of the basic principles behind bud formation, the researchers then whether they could extend this strategy beyond the liver, and
create other organ buds using tissue
specific cell types.
Researchers had developed the technologies needed to
create organoids years before — how to grow
cells in culture, how to isolate stem
cells from human tissue, and how to coax the stem
cells, undifferentiated and immature, to become
specific types of
cells at later stages of development.
Our objective is to generate a resource that facilitates research into human immune - related diseases by
creating a comprehensive database of
cell type - and allele -
specific epigenomic and transcriptomic data for the immunology community.
CReM's research using induced pluripotent stem
cells (iPSCs), which self - renew indefinitely as undifferentiated
cells that become
specific adult
cell types, has helped
create an inexhaustible source of disease - or patient -
specific stem
cells.
Creating human lung epithelial
cells in the lab has been a challenge, and lineage -
specific reporters, which indicate each
cell's
specific type, are key to understanding lung epithelial stem
cell development.
Since joining Gladstone, McDevitt's lab has
created a new method to generate three - dimensional clusters of
specific types of
cells that can be used to form and maintain tissue constructs.
During development, genes within
specific cell types are turned on and off to trigger the necessary expression patterns that
create a whole animal.