Our mission at iTeos is to discover and
develop immune therapies to benefit cancer patients.
Not exact matches
CAR - T cell
therapy is a form of immunotherapy, a rapidly
developing cancer treatment that uses patients» own
immune cells to attack tumors.
Santa Monica, California - based Kite is
developing chimeric antigen receptor T - cell
therapy, known as a CAR T, which harnesses the body's own
immune cells to recognize and attack malignant cells.
More and more, Sweeney says, the
immune system is proving to be the most difficult hurdle in
developing gene
therapy for humans.
In addition to formulating diagnostic strategies for cancer immunotherapy agents, her team is focused on
developing a deep understanding of tumor
immune biology as well as mechanisms associated with
immune response and
immune escape in cancer patients, with the intent of generating rational strategies for the creation of combination
therapies.
Researchers are
developing many different versions of CAR - T cell
therapies, but the basic premise is the same: Doctors remove a patient's T cells (
immune system cells that attack invaders) from a blood sample and genetically modify them to produce artificial proteins on their surfaces.
Researchers at The University of Texas MD Anderson Cancer Center
developed a novel chimeric mouse model to test the combination
therapy using
immune checkpoint blockades with
therapies targeting myeloid - derived suppressor cells (MDSCs).
«It is expected that this study will lay the foundation for
developing a new class of potent and effective cancer
therapies and the development of reagents targeting epigenetic events in
immune - mediated diseases as well as other epigenetically - influenced diseases,» said Alani, who also is chief of dermatology at Boston Medical Center.
«The control of
immune cell entry into the joint represents a major point at which new
therapies could be
developed to reduce the symptoms of inflammatory arthritis,» says Luster, who is the Harrison Professor of Medicine at Harvard Medical School.
This knowledge could help
develop customized
therapies, like training the body's
immune system to respond to certain proteins found in foods.
In June 2002, for example, a young girl treated with a new genetic
therapy developed at the San Raffaele Hospital in Milan was cured of severe
immune deficiency syndrome.
One 18 - year - old patient died in a trial in 1999, and a promising French trial of
therapy for inherited
immune deficiency was suspended last year after three patients
developed leukemia, leading The Wall Street Journal to proclaim that «the field seems cursed.»
Kole Roybal is the 2018 grand prize winner of the inaugural Sartorius & Science Prize for Regenerative Medicine & Cell
Therapy, for
developing a new class of T cell immunotherapies that can be fine - tuned to better help the
immune system recognize cancer and initiate precise therapeutic action against the disease.
She is currently at Rockefeller University, where she is studying the interactions between
immune cells and stem cells in an effort to
develop stem cell - based
therapies for inflammatory disorders.
«Understanding how the invading Ebola virus impacts the host's
immune system is a very important step in
developing targeted
therapies for Ebola virus disease,» said Bukreyev.
«Antiviral
therapy prolongs survival in
immune tolerant hepatitis B patients: Nucleos (t) ide analogue treatment reduces risk of
developing liver cancer and liver cirrhosis among
immune tolerant patients.»
And while new
therapies have been effective in releasing the
immune system's restraints to unleash the body's own cancer - fighting powers, they only work in about half of melanoma patients and often lose their potency as the cancer
develops resistance.
She is currently at Rockefeller University, where she is studying the interactions between
immune cells and stem cells in an effort to
develop stem cell — based
therapies for inflammatory disorders.
As a result, there is now a push to
develop combination
therapies, in which different but complementary treatments are used to boost the
immune response.
But if the
immune system is involved in the new - found problems, it provides additional impetus to
develop «personalised»
therapies, in which neurons are grown from a patient's own cells, and so should be less likely to provoke an
immune reaction.
The announcement last month that a fifth child who received gene
therapy for an
immune system disease has
developed leukemia was the latest blow to the field of gene
therapy.
New research into Amyotrophic Lateral Sclerosis (ALS)-- also known as motor neuron disease — shows that specific
immune cells may help slow progression of the disease, an important step towards
developing new
therapies to treat patients.
Other research at U-M is
developing new options for treating brain cancer through immunotherapy — harnessing the
immune system to attack cancer cells once an injection of a particular gene
therapy is delivered into the brain tumor.
Patients with severe combined immunodeficiency (SCID) show unprecedented
immune system recovery after receiving gene
therapy developed at St. Jude.
GigaGen is a biopharmaceutical company that
develops novel antibody
therapies derived from
immune repertoires.
In theory, the
developing fetus with an immature
immune system should be a prime target for successful transplantation, since the risk of graft rejection is low and the need for long - term immunosuppressive
therapy may be avoided.
This will fast - track new
immune - modulating
therapies for cancer patients by discovering and
developing small molecule product candidates against immuno - oncology targets.
My personal goal is to deeply understand how the
immune system recognizes cancers and eliminates it, and then to use that knowledge to
develop increasingly specific and powerful
therapies to control cancer.
The long - term vision is to apply these technologies to other genetic diseases, such as sickle cell disease, and to explore applications in
developing effective
immune therapies for cancer.
Since lentiviral vectors can deliver a large amount of DNA (~ 8 kb) with a relatively low
immune response, it should come as no surprise that researchers are interested in
developing these vectors for gene
therapy.
We're also
developing cellular
therapies, which improve the canker - killing activity of powerful
immune cells called NK cells and T cells, rather than using drugs to treat the cancer directly.
«We are currently working to identify the relationship between the circadian clock, metabolism and the
immune system, so that one day we could
develop therapies to treat diseases influenced by circadian clock disruption — including not only obesity and diabetes, but also potentially multiple sclerosis and even Alzheimer's disease.»
The results of her project will help scientists
develop novel
therapies to target the regulatory proteins that cause CD47 overproduction in leukemia and other cancer stem cells, with the goal of restoring immunosurveillance and enabling the
immune system to recognize and destroy these aberrant cancer cells.
In the next year, members of the Dream Team will continue to study the tumor microenvironment before and after checkpoint blockade, to
develop algorithms to identify and predict the best antigens on cancer cells that can be used for cancer immunotherapies, to analyze tumor tissues and blood for biomarkers that will help in selecting patients who will benefit, and identifying the best approaches to increase the strength of
immune cells for adoptive cell
therapy.
With this approach, scientists can
develop cell - based
therapies that use engineered cells from the
immune system as the «drug».
The ITN
develops and conducts clinical studies of
immune tolerance
therapies — highly targeted treatments designed to prevent disease - causing
immune responses, without compromising the natural protective properties of the
immune system.
The focus of Memorial Sloan Kettering's Ludwig Center for Cancer Immunotherapy is to explore and
develop innovative
therapies that act by stimulating or strengthening the
immune system's inherent ability to fight cancer.
Sophisticated cell targeting systems such as the gene
therapy approach
developed for senescent cell clearance by Oisin Biotechnologies could also be turned to stem cell or
immune cell destruction, given suitable markers of cell chemistry.
Robert D. Schreiber, Ph.D., an associate director of CRI's Scientific Advisory Council based at Washington University School of Medicine in Saint Louis, Missouri,
developed a new model of breast cancer that more closely resembles the progression of hormone receptor - positive disease in humans, overcoming a major obstacle in the study of breast cancer and the development of new
immune - based
therapies for the disease.
In a paper published online Aug. 31, by Nature Medicine, researchers report that using a monoclonal antibody called anti-CD47, which blocks the «don't - eat - me» signal on malignant cells, to treat mice with an intact
immune system provides a much more lifelike way to study and
develop an
immune - based cancer
therapy.
I decided that my new lab would work on understanding the T - cell response to HIV and why these cells fail to control the infection, with an eye towards
developing immune - based
therapy.
The major benefit of using iPS cells to treat AMD is that
developing a patient specific
therapy may help to eliminate the problems associated with
immune rejection.
Co-engrafting mice with human tumors that retain the same characteristics and human
immune cells, is a new platform to study the relationship between the human
immune system and tumors and
develop immuno - oncology - based cancer
therapies.
Improving Stem Cell Treatment Success Researchers will manipulate the expression of
immune markers on stem cells to
develop safer and more effective
therapies for horses with musculoskeletal injuries.
Researchers will manipulate the expression of
immune markers on stem cells to
develop safer and more effective
therapies for horses with musculoskeletal injuries.