Not exact matches
• Tessa Therapeutics, a Singapore - based biopharmaceutical company focusing on T cell
therapy for solid
tumors, raised $ 80 million in funding.
Because the
tumor chips can be printed, essentially, in unlimited supply, the possibility
for fine - tuning a drug
therapy is endless.
«This approval will open the floodgates
for these kinds of
therapy to be used in many different leukemias, lymphomas, solid
tumors, myelomas,» Dr. Prakash Satwani, a pediatric hematologist - oncologist at Columbia University Medical Center, told Business Insider.
His work indicates that this cell surface marker could serve as a target
for a novel brain cancer vaccine or T - cell
therapies engineered to recognize and kill
tumors carrying that neoantigen.
Cambridge, MA — March 5, 2015 — Aura Biosciences, a biotech company developing highly
tumor - targeted breakthrough
therapies for rare cancers, has secured a $ 21M Series B round of funding.
Our pipeline currently includes investigational
therapies and next generation technologies
for a range of hematologic malignancies and solid
tumors.
Around four - fifths of prostate cancer patients have
tumors with lots of PSMA
for the
therapy to bind to.
The FDA approved a Lutetium - 177 based cancer
therapy called Lutathera
for the treatment of neuroendocrine
tumors earlier this year, after Novartis snapped up the developer, Advanced Accelerator, at a premium.
For instance, most common adult solid
tumors that are not cured by surgical removal are resistant to chemotherapy or radiation control, yet drug
therapy is frequently offered as a «possibly effective» treatment because both patient and physician want to believe it so.
«We're trying to build models that describe how
tumors grow and respond to
therapy,» said Yankeelov, director of the Center
for Computational Oncology at The University of Texas at Austin (UT Austin) and director of Cancer Imaging Research in the LIVESTRONG Cancer Institutes of the Dell Medical School.
This method, sometimes called «liquid biopsy,» can provide guidance
for treatment decisions, monitoring of cancer
therapy, and organism - wide screening
for the presence of nascent metastatic
tumors in drug - treated cancer patients.
The Moores Cancer Center's Molecular
Tumor Board brought together medical, surgical and radiation therapy oncologists, biostatisticians, radiologists, pathologists, clinical geneticists, basic and translational science researchers, and bioinformatics and pathway analysis specialists to discuss the intricacies of tumor genetics and tailor a personalized treatment plan for patients with advanced cancer or who have exhausted standard thera
Tumor Board brought together medical, surgical and radiation
therapy oncologists, biostatisticians, radiologists, pathologists, clinical geneticists, basic and translational science researchers, and bioinformatics and pathway analysis specialists to discuss the intricacies of
tumor genetics and tailor a personalized treatment plan for patients with advanced cancer or who have exhausted standard thera
tumor genetics and tailor a personalized treatment plan
for patients with advanced cancer or who have exhausted standard
therapies.
In melanoma, they can be used to determine
tumor stage, diagnosis,
therapy selection and when to monitor
for disease recurrence.
«Next generation sequencing tools were used to profile patients»
tumors,» said Razelle Kurzrock, MD, director of the Center
for Personalized Cancer
Therapy at UC San Diego Moores Cancer Center.
A route used by
tumor cells to spread could be exploited to make stem cells
for regenerative medicine and cancer
therapies
«Combination
therapy strengthens T cells in melanoma pre-clinical study: Findings have implications
for treating
tumors lacking
tumor suppressor gene PTEN.»
Currently, many patients who acquire resistance to EGFR - targeted
therapy undergo a
tumor biopsy and are designated as either positive or negative
for specific secondary mutations.
«
For patients who have not responded to prior
therapies, this drug now provides a very real chance to shrink their
tumors and the hope of a lasting response to treatment.»
«Particularly in such patients with underlying CKD, our modeling results support the integration of renal
tumor anatomic features at cross-sectional imaging into decision making
for treatment of small renal masses and may be used to provide a patient - centered framework
for selection of optimal candidates
for ablative
therapy,» Kang said.
The authors suggest that
therapies targeting TP53 mutations may yield better clinical outcomes
for patients with HPV - inactive
tumors.
The scientists also tested the
therapy on
tumors taken from two patients who had not responded to conventional
therapy for their glioblastoma, a deadly form of brain cancer.
Researchers compared two common postsurgical
therapies for metastatic brain
tumors and found that stereotactic radiosurgery can provide better outcomes
for patients compared to whole - brain radiation.
«Given the devastating impact of cancer metastasis and the dire need
for therapies to combat
tumor spread, we're highly encouraged by these findings and excited about the therapeutic possibilities they open up.»
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.
No targeted
therapy has been approved
for noninflammatory and inflammatory triple - negative breast cancer
tumors, and the standard of
therapy for these
tumors is a combination of conventional cytotoxic chemotherapeutic agents.
This is particularly true
for immunotherapy, in which characterization of
tumor heterogeneity is essential
for choosing the most effective
therapy.
The Phase I clinical trial of OMP - 54F28 (FZD8 - Fc) is an open - label dose escalation study in patients with advanced solid
tumors for which there was no remaining standard curative
therapy.
«Considering that PDPN is associated with poor prognosis in GBM, CAR T - cell
therapy that targets this protein is promising
for treatment of patients with relapsed or resistant
tumors following first - line chemotherapy,» says Toshihiko Wakabayashi, a coauthor and the chair of Department of Neurosurgery Nagoya University School of Medicine.
To acquire new insights into the biology and possible
therapy of these
tumors, Feigin et al. looked
for aberrant expression of G protein — coupled receptors, cell signaling proteins that have been successfully targeted
for treatment of other disorders such as depression.
EM: Imaging such as MRIs or CT scans, which reveal the mass and volume of the
tumor, can fool you sometimes: The patient gets a scan, goes on a
therapy, and when they return in a month
for a second imaging, the structure and size of the
tumor haven't changed.
This did confound the field
for a while because with traditional
therapies an expanding
tumor is a sign of failure.
«Genes may cause
tumor aggressiveness, drug resistance in African - American prostate cancer: Research found many targeted
therapies for prostate cancer may not be effective against
tumors in African - American men.»
These cancer stem cells act like the seeds of cancer and are responsible
for re-growing a
tumor after
therapy.
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.
«Overall, survival
for patients with recurrent rhabdomyosarcoma is just 17 percent, and until now nothing was known about how
tumors evolve in response to
therapy,» said corresponding author Michael Dyer, Ph.D., a member of the St. Jude Department of Developmental Neurobiology and a Howard Hughes Medical Institute Investigator.
Chitayat wonders whether proliferation could proceed in unexpected ways,
for example leading to
tumors — a worry that cuts across many stem cell
therapies.
«We are looking to optimize the combinations of targeted
therapies and the scheduling of those
therapies so we can improve
tumor shrinkage and minimize potential toxicities
for a patient,» said Andrew Aplin, PhD, Associate Director
for Basic Research and the Program Leader
for Cancer Cell Biology and Signaling (CCBS) in the NCI - designated Sidney Kimmel Cancer Center at Jefferson Health.
«New targeted
therapy schedule could keep melanoma at bay: Optimizing the timing of targeted
therapies for melanoma reverses
tumor growth, and resistance can be mitigated..»
«This indicates that
therapies for high - grade gliomas should be personalized, that is, based on the
tumor subtype instead of applying one treatment to all patients,» he says.
Glioblastoma accounts
for about 15 percent of all brain
tumors, is resistant to current
therapies and has a survival as short as 15 months after diagnosis.
«This study opens the door
for combination
therapy with BRAF inhibitors and autophagy inhibitors, which haven't been explored deeply as a therapeutic option
for patients whose
tumors are resistant,» said Ravi K. Amaravadi, MD, assistant professor of Medicine in the division of Hematology / Oncology at the Perelman School of Medicine and co-leader of the Cancer Therapeutics Program at Penn Medicine's Abramson Cancer Center.
Following cancer
therapy, the dominant cells may die first, and other cells that were originally not as fit may find themselves better able to compete
for necessary space and nutrients and continue to grow and take over the
tumor.
«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.
A randomized phase III trial finding that a new monoclonal antibody, elotuzumab, added to standard
therapy, extended the duration of remission
for patients with relapsed multiple myeloma by about five months Findings from two phase III studies showing that children with Wilms
tumor who have a specific chromosomal abnormality do better with a more intensive, augmented chemotherapy regimen
Little is known, however, about the metabolic pathways that drive the growth of individual glioblastoma subtypes — knowledge that is crucial
for developing novel and effective targeted
therapies that might improve treatment
for these lethal
tumors.
To find the best
therapy for each one of these 33
tumor facets, the researchers tested about 180 different active substances.
«Though many challenges still remain, such work could potentially transform treatment outcomes
for patients with glioblastoma and related brain
tumors,
for which current
therapies provide limited benefits.»
I'm interested in doing a film on proton
therapy,
for example, because I have a
tumor in my brain; it's the
tumor that affected my eyesight as a child.
The new strategy calls
for administering drugs before surgery — usually doctors do surgery first — and precisely imaging the
tumors» response before moving on to extended drug
therapy.
EGFR tyrosine kinase inhibitor (TKI)
therapy is approved
for EGFR activating mutation positive patients with advanced NSCLC, but the standard
for determining mutation status is with DNA derived directly from
tumor tissue, which can be limited or not available.