- A large proportion of
new targeted cancer therapies are based on antibodies.
Not exact matches
But he adds that the industry has entered a
new cycle where
targeted therapies, particularly in
cancer treatments, means there are some good returns on R&D.
Cambridge, MA — February 6, 2017 — Aura Biosciences, a biotechnology company developing a
new class of
therapies to
target and selectively destroy
cancer cells using viral nanoparticle conjugates, announced today that the U.S. Food and Drug Administration (FDA) has cleared the investigational
new drug application (IND) for the company's lead program, light - activated AU - 011 in ocular melanoma (OM).
Cambridge, MA — December 21, 2017 — Aura Biosciences, a biotechnology company developing a
new class of
therapies to
target and selectively destroy
cancer cells using viral nanoparticle conjugates, announced today that it closed a $ 30 million Series C financing.
Cambridge, MA — March 30, 2017 — Aura Biosciences, a biotechnology company developing a
new class of
therapies to
target and selectively destroy
cancer cells using viral nanoparticle conjugates, announced today that it has enrolled and dosed the first patient in its Phase 1b clinical trial of light - activated AU - 011, an investigational, first - in - class
targeted therapy in development for the treatment of ocular melanoma, a rare and life - threatening disease.
Its first indication is a rare
cancer that affects only 3,100
new patients each year, and the drug only
targets roughly 30 % of those patients who do not respond to standard
therapy.
«These
new drugs are opening the door for more avenues of
targeted therapy for the future,» says American
Cancer Society president Ralph Vance, a professor of medicine at the University of Mississippi School of Medicine.
Scientists at Lawson Health Research Institute have uncovered an important
new target for ovarian
cancer therapy.
He hopes that further studies may identify novel approaches to immune - based
cancer therapy or reveal
new drug
targets for inflammatory diseases.
«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.
A
new wave of potential immune
therapies aims to
target the network of complex sugars that coat
cancer cells, Esther Landhuis reported in «Cancer's sweet cloak» (SN: 4/1/17, p
cancer cells, Esther Landhuis reported in «
Cancer's sweet cloak» (SN: 4/1/17, p
Cancer's sweet cloak» (SN: 4/1/17, p. 24).
My
cancer systems biology team at the University of California, Merced, is tackling diagnosis and treatment of
therapy - resistant
cancers by elucidating the network of changes within cells as a way to identify
new drug
targets and circumvent
cancer resistance.
These results not only show promise on a
new targeted therapy to treat this malignancy, as PI3K inhibitors are already used in the clinical practice, but also unravel a
new function of the PI3K kinase in
cancer biology through its role in promoting metastasis.
This is important because it makes it possible to model almost any autoimmune disease, evaluate
new drug
therapies, and even identify novel
targets in the emerging area of
cancer immunotherapies.
«This is a seminal step in identifying key pathways and molecules involved in kidney
cancer so that specific
therapies that
target these
new genes can be developed to treat this
cancer.»
«Thanks to a deeper understanding of
cancer biology, we have a potential
new targeted therapy for multiple myeloma, and can better tailor treatment for kids with Wilms tumor.
«This brings these members of the epothilone class within range of suitability as payloads for antibody - drug conjugates, a
new paradigm for
targeted cancer therapy.»
An international study involving Manchester researchers has found that for previously untreated lung
cancer patients with a particular genetic change, a
new targeted therapy is better than standard chemotherapy.
In cases of
new infection, prompt and
targeted therapy is vital, as it can prevent the disease developing into a chronic condition that can lead to inoperable liver
cancer.
«By helping us understand that lower levels of RNF125 confer resistance to BRAF inhibitors, we have a
new strategy to stratify patients for currently approved
therapy versus participation for human clinical trials to investigate whether
targeting JAK1 will be more effective in patients whose tumors exhibit reduced RNF125,» said Keith T. Flaherty, M.D., associate professor, Harvard Medical School, and director of Developmental Therapeutics,
Cancer Center, Massachusetts General Hospital, and co-author of the study.
«The good news is that this finding predicts that patients missing either gene should be sensitive to
new therapies targeting focal adhesion enzymes, which are currently being tested in early - stage clinical trials,» says Shaw, who is also a member of the Moores
Cancer Center and an adjunct professor at the University of California, San Diego.
For patients, down the road Dr. Ohashi envisions a
new era of combined
therapies to simultaneously
target and kill these suppressive cells while augmenting the immune response against
cancer.
«Multiple epigenetic regulators participate in the drug - desensitizing pathway, so they could serve as
new targets to improve
therapy for this type of
cancer.»
New research from The Tisch Cancer Institute at the Icahn School of Medicine at Mount Sinai identifies a protein that may be an unexplored target to develop new cancer therapi
New research from The Tisch
Cancer Institute at the Icahn School of Medicine at Mount Sinai identifies a protein that may be an unexplored target to develop new cancer ther
Cancer Institute at the Icahn School of Medicine at Mount Sinai identifies a protein that may be an unexplored
target to develop
new cancer therapi
new cancer ther
cancer therapies.
«
Cancer cell metabolism kills: Possible new therapies targeting energy supply of cancer cells?.&
Cancer cell metabolism kills: Possible
new therapies targeting energy supply of
cancer cells?.&
cancer cells?.»
«One of the challenges of current
cancer therapies, including
new targeted therapies, is a
cancer cell's ability to overcome a treatment's anticancer properties.
These findings may lead to
new therapies specifically
targeting the altered energy supply chains of
cancer cells to get
cancer cells to commit suicide.
The findings, which were published online in the journal
Cancer Cell, could ultimately lead to new targeted therapies for many other types of cancer carrying similar p53 muta
Cancer Cell, could ultimately lead to
new targeted therapies for many other types of
cancer carrying similar p53 muta
cancer carrying similar p53 mutations.
Nevertheless, trying to develop
new therapies based on what treatments will look like in the coming decade is a nearly impossible task, points out Michael Stratton, joint head of the
Cancer Genome Project and professor of cancer genetics at the University of London's Institute of Cancer Research, who has been working on developing finely targeted cancer treatments since identifying the BRAF oncogene in
Cancer Genome Project and professor of
cancer genetics at the University of London's Institute of Cancer Research, who has been working on developing finely targeted cancer treatments since identifying the BRAF oncogene in
cancer genetics at the University of London's Institute of
Cancer Research, who has been working on developing finely targeted cancer treatments since identifying the BRAF oncogene in
Cancer Research, who has been working on developing finely
targeted cancer treatments since identifying the BRAF oncogene in
cancer treatments since identifying the BRAF oncogene in 2002.
The formation of
new blood vessels, called angiogenesis, is therefore a possible
target for
cancer therapy.
The discovery sheds
new light on the origin of this deadly
cancer, suggesting that
therapies have largely failed because they are aimed at the wrong
target.
Given Rac1 suppresses this inflammation, it may be a
new target for
cancer therapies.
Their findings could help to improve breast
cancer prevention by
targeting these specific biological mechanisms with
cancer therapies in at risk patients and potentially lead the way for a
new strategy for the use of preventative treatments.
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
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
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.
Research from Rutgers
Cancer Institute of
New Jersey examining gynecologic
cancers that poorly respond to
therapy shows genomic profiling can help identify alternate and
targeted treatments.
This
new knowledge is also making precision medicine a reality by enabling the development of highly
targeted therapies that offer the potential for improved treatment outcomes, especially for patients battling
cancer.
The researchers say these
new findings predict that a large proportion of Pten tumors will be hypersensitive to Eg5 - inhibiting drugs, providing
new opportunities for
targeted cancer therapy.
«
Targeting a number of these genes simultaneously might be a potent
new broad - spectrum
therapy for
cancer.»
«
New chemical technology boosts potency of
targeted cancer therapy.»
The enzyme has recently been found in many human tumors and is being eyed as a
new target for
cancer therapy
In the era of personalized
cancer therapy, patients with TNBC remain at considerably higher risk of relapse and death than patients with other breast
cancer subtypes, due to the aggressive nature of TNBC and the lack of
newer targeted therapies for the disease.
New studies from the Abramson
Cancer Center of the University of Pennsylvania are providing fresh clues on potentially effective combinations with CAR T therapy in brain cancer as well as a novel therapeutic target in head and neck cancer, and also providing greater understanding of the mechanisms of resistance in pancreatic c
Cancer Center of the University of Pennsylvania are providing fresh clues on potentially effective combinations with CAR T
therapy in brain
cancer as well as a novel therapeutic target in head and neck cancer, and also providing greater understanding of the mechanisms of resistance in pancreatic c
cancer as well as a novel therapeutic
target in head and neck
cancer, and also providing greater understanding of the mechanisms of resistance in pancreatic c
cancer, and also providing greater understanding of the mechanisms of resistance in pancreatic
cancercancer.
«Going to «Wars» against
cancer, heart disease: Uncovered gene may provide
target for
new therapies.»
«Capturing the Spectrum of Hereditary
Cancers: A Moving
Target in the Setting of
Targeted Therapy» Hetal Vig, MS Assistant Professor of Medicine Rutgers Robert Wood Johnson Medical School Board Certified Genetic Counselor Rutgers
Cancer Institute of
New Jersey
One of these, called FADD, has previously been linked to head and neck
cancer and lung
cancer and could be a promising
target for
new cancer therapies.
Hu Y, Fu L.
Targeting cancer stem cells: a
new therapy to cure
cancer patients.
University of California San Francisco researchers may have discovered why the experimental anti-
cancer drug Onyx - 015 works more broadly than had been expected, a finding that could solidify and expand use of the drug and which reveals a potential
new target for
therapy that could prompt the development of other
cancer drugs.
LA JOLLA — Scientists at the Salk Institute for Biological Studies have identified a key genetic switch linked to the development, progression and outcome of
cancer, a finding that may lead to
new targets for
cancer therapies.
As MD Anderson moves toward molecular characterization of the
cancers of all our patients, allowing their optimal assignments to promising
new targeted therapies and potential identification of biomarkers of response and resistance, the department's mission includes thematic translational research and preclinical molecular pathology research.
In the last several years, her lab has been motivated to study a class of enzymes called TUTases, which are promising
targets for
new cancer therapies.