Not exact matches
The start - up's premiere product, the Thin Ice vest, uses cold therapy to
target areas of the
body with high concentrations of thermoreceptors, which are nerve
cells that are able to detect the presence of hot or cold temperatures.
Instead of being injected into the bloodstream and exposed to the rest of the
body's tissue — with all the unpleasant side effects, as is the case with chemotherapy — these agents only
target cancer
cells.
Biotech giant Gilead Sciences is beefing up its cancer drug portfolio with a $ 11.9 billion deal to buy Kite Pharma, a company focused on a groundbreaking new class of treatments that turns the
body's own immune
cells into
targeted blood cancer killers.
Those two companies, along with their larger competitor Novartis (nvs), are developing experimental chimeric antigen receptor T -
cell (CAR - T) technology platforms, which are highly personalized treatments that involve extracting patients» immune
cells, re-engineering them to
target their specific cancers, and then pumping these sniper -
cells back into the
body.
Her doctor suggested Erbitux — a proven cancer drug that
targets cancer
cells exclusively, unlike conventional chemotherapies that more crudely kill all fast - growing
cells in the
body — and Aucoin went to a clinic to begin treatment.
However, these same inflammatory responses can become part of a disease if they mistakenly
target the
body's own
cells, such as occurs in the case of autoimmune conditions like Crohn's disease.
Unlike conventional chemotherapies and radiation that indiscriminately eradicate fast - growing tissues and ravage people's
bodies with side effects, new therapies specifically
target tumors using tailored
cells from individual patients.
Based on the evolutionary idea that
targeted epigenetic stochasticity can improve adaptation, these observations could explain how cancer
cells are good at evading chemotherapy treatments and spreading from one part of the
body to another, he adds.
Carlo Croce, a cancer researcher at Ohio State University in Columbus, and his colleagues created a diagram of interacting miRNAs for normal
body cells by connecting them according to which genes they
target and the function of those genes, in a way similar to analyses of human social networks.
One class of immunotherapeutic drugs is known as «checkpoint» inhibitors, as they
target checkpoints in immune system regulation to allow the
body's natural defenses, such as white blood
cells, to more effectively
target the cancer.
Which areas in the
body are
targeted by T
cells and the impact they will have depends on various factors.
«Our study reveals a new mechanism that could be harnessed for biological therapies for lupus and other autoimmune diseases, where the immune system mistakenly
targets the
body's own
cells,» says senior study author Boris Reizis, PhD, professor of Pathology and Medicine at NYU Langone.
The researchers found that HIV spiked into semen was more successful than the virus alone at infecting T
cells and macrophages (immune system
cells that are believed to be the infection's initial
targets in the
body).
Another strategy, which Steinman and others were studying, involves a therapy to
target dendritic
cells inside the
body rather than taking them out and personalizing therapy for each patient.
Conventional therapies
target rapidly dividing tumor
cells, but are unable to eradicate the highly chemoresistant tumor initiating
cells (TICs), ultimately responsible for relapse and spreading of the tumors in other parts of the
body.
Using the JEDI technology, Mount Sinai researchers uncovered evidence that immune
cells can find
cells in the brain expressing their
target antigen, even in non-infected states, which provides evidence of an immune surveillance pathway within the
body's central nervous system.
This is characterised by the
targeted strengthening of the
body's own immune
cells, unlike in chemotherapy, in which the aim is direct destruction of the cancer
cells.
This similarity suggests that the proteins could promote
cell growth and development in
target tissue within the female's
body and as a result influence female reproductive behaviour.
Once engineered
cells are engrafted into laboratory mice, their GRN becomes even closer to that of the true
target tissue, indicating that the
body's own tissues contribute signals to enhance the performance of transplanted
cells.
Thus, the soluble form of a-Klotho can go to any
cell in the
body and act as a co-receptor for FGF23, rendering every
cell a possible
target of FGF23, representing a major paradigm shift.
«Now that we've identified where the replication - competent virus is hiding, we can start work towards
targeting these
cells with new therapies aimed at fully eliminating HIV from the
body,» Associate Professor Palmer concluded.
Other vaccines in trials
target the blood -
cell stage, and contain a parasite protein called AMA - 1, meant to prime the
body's immune system to attack it.
The
body then produces such a strong response that it also starts to
target healthy
cells.»
Researchers have been seeking a way to improve the
body's ability to combat the virus by engineering blood - forming stem
cells to specifically
target and kill HIV - infected
cells for the life of the individual.
Cincinnati Cancer Center (CCC) and UC Cancer Institute researchers have found that a vaccine,
targeting tumors that produce a certain protein and receptor responsible for communication between
cells and the
body's immune system, could initiate the immune response to fight cancer.
The two
cell types are important to a broad range of organ systems in the
body and play active roles in diseases that could be
targets for nucleic acid therapies.
The trouble is that the virus
targets not only the lymphocyte
cells, which include T
cells — a key component of the
body's immune system helping to fight diseases — but also other immune system
cells.
Conventional treatments for diseases such as cancer can carry harmful side effects — and the primary reason is that such treatments are not
targeted specifically to the
cells of the
body where they're needed.
Tweaking the DNA bots could also ensure they only
target specific
cells in the
body, minimising harmful interactions elsewhere in the
body.
«We thought we could adapt this technology that's really good at killing all B
cells in the
body to
target specifically the B
cells that make antibodies that cause autoimmune disease,» said Milone.
Research from Rutgers Cancer Institute of New Jersey examining difficult to treat cancer tumors through genomic profiling shows that tumors with alterations in a signaling pathway responsible for
cell regulation may respond to
targeted therapy regardless of where the tumor originated in the
body.
University of California, Berkeley researchers have now found a promising new drug
target within that pathway that is appealing, in part, because it appears to control production of only a few percent of the
body's many proteins, those critical to regulating the growth and proliferation of
cells.
The auto - reactive B
cells produced autoantibodies that mistakenly
targeted proteins within their own
body, in particular
targeting immune inflammatory molecules called interferons and interleukins.
Scientists were able to selectively
target the
cells that cause autoimmune disease by dampening down their aggression against the
body's own tissues while converting them into
cells capable of protecting against disease.
Gene therapy, which often employs viruses to deliver the good genes to a
body's
target cells, has been known to trigger severe immune responses and was blamed for the death of an 18 - year - old in 1999, who was receiving gene therapy for a hereditary metabolic disorder.
While radiotherapy can precisely
target just the tumor site, systemic chemotherapy spreads a wide net, sending drugs speeding throughout the entire
body in an attempt to kill cancer
cells while also killing many healthy
cells.
Due to an increasing
body of evidence which suggests that the host immune response may be critical to the efficacy of oncolytic virotherapy, Shah and his colleagues also developed an immunocompetent melanoma mouse model and explored treating with both stem
cell loaded oHSV and immune checkpoint blockers such as the ones that
target the PD - 1 / PD - L1 pathway.
These
cells are then injected into the area of the
body being
targeted for tissue regeneration.
However, it is a difficult
target for drug intervention because it is a vital component of most
cells in the
body; curbing its activity could kill all
cells, including healthy ones.
It is in this final tank that the engineered
cells are stimulated to secrete the protein product — the monoclonal antibody itself, a protein derived from the mammalian immune system that can bind to a very specific
target in the
body, such as a tumor
cell.
Potential treatments being studied include training the
body to better tolerate myelin, drugs that
target the immune system's B
cells, blocking proteins that cause inflammation in the
body, or even «rebooting» the entire immune system.
Unlike the case of most gene therapies that are intended to permanently alter their
target cells, however, Oisín's senoablative genetic constructs will not be inserted permanently into the patient's genome: instead, its genetic payload will be expressed temporarily from the main
body of the
cell, following which the construct will be passively degraded by normal cellular metabolism.
Immune
cells are able to
target threats selectively within the
body — be they virally infected
cells, bacteria, parasites, or cancerous
cells — while, in most normal cases, leaving healthy
cells unharmed.
Radiation therapy uses high - energy radiation to
target cancer
cells in a specific part of the
body.
Tissues
targeted (as reported in animals): Primarily blood, immune, and stem
cells removed from the
body; localized electroporation to skin
Our
targeted delivery adds to the specificity of our mechanism of action, with therapeutic siRNA molecules only reaching the intended
target cells in the
body
Our delivery systems ensure further specificity by delivering therapeutic siRNA only to one
target cells in the
body.
FlyMAD, or Fly Mind Altering Device, with its inbuilt video tracking system allows the researchers to
target light or to heat specific
body regions within the fly's
body even while the insect is in motion and to simultaneously analyse brain
cell activity.
Compared with other viral vehicles, the immune system tends to ignore AAV, and the carrier is able to
target specific
cell types in the
body.
Targeting Pol III in the fat body did not have the same effect, and targeting Pol III in neuronal cells extended life only
Targeting Pol III in the fat
body did not have the same effect, and
targeting Pol III in neuronal cells extended life only
targeting Pol III in neuronal
cells extended life only a little.