There are some genetically
engineered cells involved — along with near - infrared LEDs, subdermal hydrogel capsules, and electromagnetic field coils.
Not exact matches
Some of the other projects
involve the development of proton exchange membrane for fuel
cell application, a gyroscope based on micro-electromechanical technology and research on innovative
engineering materials to fabricate ceramic membranes that can partially oxidize methane to syngas used as feedstock in commercial methanol production.
Production
involves genetic
engineering and working with live
cells, and it is still mostly done by hand, by highly trained technicians.
Defined as the harnessing of living processes to achieve healing and repair of damaged and diseased tissues by Tim Hardingham, director of the UK Centre for Tissue Engineering, it is a field that requires collaborative research
involving cell and molecular biologists, chemical
engineers, materials scientists, and surgeons.
So far, researchers have mostly turned on genes with CRISPRa in
cells growing in lab dishes, says Charles Gersbach, a biomedical
engineer at Duke University not
involved in the new study.
Chemogenetics builds on optogenetics, which
involves genetically
engineering brain
cells so that they fire in the presence of light.
A technique that
involves genetically
engineering brain
cells so that they fire in the presence of certain drugs has been used to treat epilepsy in rats, and it could soon be tested in humans.
Now, with new kinds of technologies that are coming up, new types of tissue
engineering and, you know, some of the hopes that people have for stem
cells and [the] like, it may be interesting to see if there are other ways, alternatives to dealing with really badly damaged hearts that would
involve growing a new heart or replacing or repairing the damage d to a badly damaged heart that might make artificial hearts less important in the somewhat more distant future.
The researchers are now looking at how ICOS signals can be altered to diminish autoimmune disorders and augmented for more effective vaccine development, and are beginning research on how ICOS signaling may benefit Chimeric Antigen Receptor - T
cell (CAR - T) therapies, which
involves engineering of patient's own immune
cells to recognize and attack their cancers.
A technique that
involves genetically
engineering brain
cells so that they fire in the presence of certain drugs has been used to treat an epilepsy - like condition in rats, and it could soon be trialled in humans.
Standard tissue
engineering involves seeding types of
cells, such as those that form ear cartilage, onto a scaffold of a polymer material called a hydrogel.
Tissue
engineers are enthusiastic about a technique called decellularization that
involves using detergent to remove all of the
cells from an organ, leaving a scaffold consisting of the fibrous material between
cells.
«They've done a really exceptional job turning DNA into readable, writable memory inside living
cells,» says Ahmad Khalil, a biomedical
engineer at Boston University who was not
involved in the new work.
Far from a way to
engineer smarter rodents, the work suggests that human brain evolution
involved a major upgrade to
cells called astrocytes.
The work
involves using an
engineered chunk of DNA instead of a virus to introduce factors into a
cell that will turn on genes needed for pluripotency.
Such transplants were, however, included in this analysis if they
involved significantly manipulated
cells (selected, expanded, drug - treated, or genetically
engineered).
Not so long ago, the advent of powerful genomic tools and genetic
engineering techniques made it seem that studies
involving mice
engineered to carry human disease genes would be the best approach for exploring human disorders, superior to looking at
cells isolated in a laboratory.
The «heart - on - a-chip,» which builds off previous successful iCHIP research on the peripheral and central nervous systems,
involves the use of human cardiac
cells cultured for up to nine days on the
engineered chip.
Our primary experimental approach
involves creation of
engineered mouse strains with informative genetic mutations, characterizing these mice and their
cells to elucidate molecular mechanisms underlying cancer phenotypes, and verifying these mechanisms in human cancer patient specimens.
He said that it will
involve chemists,
cell biologists, and
engineers.
In 2013, Peterson and his colleagues Joanna Yeh and Keith Joung were first to use the new technology to
engineer a new strain of animal — a zebra - fish missing the GSK3ß gene, which encodes an enzyme
involved in energy metabolism and the development of
cell and body structures as an embryo grows.
It only covers methods that
involve introducing one or more reprogramming genes into an adult
cell that has been genetically
engineered to carry another pluripotency gene in its genome.
Clinical and Regenerative medicine refers to development and implementation of advanced therapeutic approaches that may
involve the support of expertise in gene /
cell therapy, tissue
engineering, pharmacology and pharmacogenomics, development of novel molecular target therapy.
Even more distinct is the specific project that students in the program are
involved in: They work with the state's transportation
engineers and top auto designers on the next generation of fuel
cell vehicles, benefiting from resources and advice from the California Fuel Cell Partners
cell vehicles, benefiting from resources and advice from the California Fuel
Cell Partners
Cell Partnership.
So far, most solar fabric innovations have
involved either printing solar
cells onto regular fabrics or weaving solar technology into or onto the fabrics, which are very cool breakthroughs, but a new project by an international team of scientists and
engineers has found a way to make fibers that work like self - contained solar
cells, meaning a resulting fabric would itself be the solar technology.