C. Develop ways to overcome cancer's resistance to therapy Identify therapeutic targets to overcome drug resistance through studies that determine the mechanisms that
lead cancer cells to become resistant to previously effective treatments.
Not exact matches
The wrong set of changes to a single
cell's genetic code, combined with other system breakdowns, can
lead to
cancer.
The cancerous
cells win out over the healthy blood
cells in the bone marrow, which in turn
leads to kidney problems when the
cancer cells make abnormal proteins instead of antibodies.
About Nohla Therapeutics Nohla Therapeutics is a
leading developer of off - the shelf
cell therapies for the treatment of
cancer and other critical diseases.
JCAR017 uses a defined CD4: CD8
cell composition and 4 - 1BB as the co-stimulatory signaling domain to mimic a «second signal» that amplifies the activation of CAR T
cells, which according to Juno
leads to a more robust signal to the T
cell to multiply and kill the
cancer cell.
April 16 Merck & Co's immunotherapy Keytruda plus chemotherapy significantly improved overall survival versus chemotherapy alone in newly - diagnosed patients with advanced non-small
cell lung
cancer in a highly - anticipated study that appears to cement the company's
lead in the most lucrative oncology market.
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).
... In lung
cancer cell lines, CBD upregulated ICAM - 1,
leading to...
ORAC scores measure the ability of antioxidants to absorb free radicals (that come from pollution and toxins in our environment), which cause
cell and tissue damage and can
lead to diseases such as
cancer.
Those chemicals damage
cells, promote widespread internal (and invisible) inflammation, and
lead to a vast number of health concerns now considered common such as cardiovascular disease and
cancer.
But in those cases where it doesn't, and isn't treated, it can
lead to pre-cancerous
cells which may develop into cervical
cancer.»
A 2013 study by Cheryl Watson at The University of Texas Medical Branch at Galveston found that even picomolar concentrations (less than one part per trillion) of BPS can disrupt a
cell's normal functioning, which could potentially
lead to metabolic disorders such as diabetes and obesity, asthma, birth defects or even
cancer.
One study found that a minuscule amount of the stuff messes with a
cell in ways that could
lead to diabetes, asthma, or
cancer.
Improved understanding of the biology of
cancer cells has
led to the development of biological agents that mimic some of the natural signals that the body uses to regulate growth.
She demonstrated that early experience
leads to lasting changes in the molecular structure of the brain and discovered a gene involved in the spread of brain
cancer cells into healthy brain tissue.
The researchers used a drug called clorgyline to inhibit the activity of the MAOA enzyme; the drug disrupted the signaling system that
led to
cancer cell invasion and proliferation.
«These chemicals may
lead to new
cancer treatments if we can find ones that are more potent to
cancer cells than normal healthy
cells.
«Once this novel tumor - homing agent binds to the EphA2 receptor, the oncogene functions as a
cancer - specific molecular Trojan horse for paclitaxel, carrying the drug inside the cancel
cell, killing the
cell, and thwarting metastasis,» said Maurizio Pellecchia, a professor of biomedical sciences at UCR's School of Medicine who
led the research.
The study,
led by Dr Len Stephens and Dr Phill Hawkins and published today in the journal Molecular
Cell, reveals why loss of the PTEN gene has such an impact on many people with prostate
cancer, as well as in some breast
cancers.
A group of the nation's
leading cancer research scientists and their Cuban counterparts are exploring how to advance
cancer therapy, diagnosis, and prevention, including the use of immunotherapy to harness the body's immune systems to attack and eliminate
cancer cells.
PTEN is known as a tumour suppressor gene meaning that it typically slows the growth of
cells and its loss can
lead to
cancer.
Joe W. Ramos, PhD, deputy director of the UH
Cancer Center and collaborators focused on investigating how these oncogenes and related signals lead to dysregulation of normal processes within the cell and activate highly mobile and invasive cancer cell beh
Cancer Center and collaborators focused on investigating how these oncogenes and related signals
lead to dysregulation of normal processes within the
cell and activate highly mobile and invasive
cancer cell beh
cancer cell behavior.
By studying human
cancer cells and animal models of
cancer in the lab, our researchers have shown that loss of PTEN
leads to high levels of PI (3,4) P2, which could result in hyperactivation of AKT.
It also sought to match epigenetic changes and genetic differences to the physical characteristics of each
cell type and use this knowledge to understand how these can
lead to blood disorders,
cancer and other complex diseases.
In a revolutionary first,
Cancer Research UK - funded scientists will test whether the Zika virus can destroy brain tumour
cells, potentially
leading to new treatments for one of the hardest to treat
cancers.
Earlier this year, Feinberg
led a study that considered this view of epigenetics in metastatic pancreatic
cancer cells.
Researchers
led by Patricia Donahoe and Xiaolong Wei of Massachusetts General Hospital and Harvard Medical School found that the common chemotherapy agent doxorubicin actually encourages the growth of ovarian
cancer stem
cells.
Chronic alcohol consumption causes abnormal fat accumulation in liver
cells (steatosis) and liver fibrosis, which can
lead to hepatitis, cirrhosis, and sometimes liver
cancer.
The problem is that when T
cells are allowed to attack, they can destroy both
cancer cells and healthy
cells,
leading to a wide array of side effects.
«Imagine if we could create circuits that detect defects in
cancer cells and then turn on pathways that
lead to the death of those
cells,» he says.
Natural killer
cells — which destroy
cancer cells and pathogens — also help early fetuses grow, a finding that may
lead to treatments to prevent miscarriage
Led by researchers at the Ohio State University Comprehensive
Cancer Center — Arthur G. James
Cancer Hospital and Richard J. Solove Research Institute (OSUCCC — James), the retrospective study suggested that a pattern of molecules called microRNA (miRNA) in tumor
cells might predict patients» response to radiation therapy.
Engineers are well - equipped to sketch so - called wiring diagrams of biochemical pathways that
lead to aberrant
cancer cells.
Dr. McCabe said nanoparticles are a
leading - edge technology also being studied for delivery of drugs for other conditions, such as
cancer, heart disease, and bacterial infections, in order to target specific
cells to reduce toxicity and side effects of those medications and to make them more effective.
The ability for
cancer cells to develop resistance to chemotherapy drugs — known as multi-drug resistance — remains a
leading cause for tumor recurrence and
cancer metastasis, but recent findings offer hope that oncologists could one day direct
cancer cells to «turn off» their resistance capabilities.
The team
led by Andreas Plückthun, Director of the Department of Biochemistry at the University of Zurich, involving postdoc Rastik Tamaskovic and PhD student Martin Schwill, has now found out why these antibodies merely slow tumor growth rather than killing off the
cancer cells.
An experimental drug in early development for aggressive brain tumors can cross the blood - brain tumor barrier, kill tumor
cells and block the growth of tumor blood vessels, according to a study
led by researchers at the Ohio State University Comprehensive
Cancer Center — Arthur G. James
Cancer Hospital and Richard J. Solove Research Institute (OSUCCC — James).
If these processes are defective,
cells acquire the wrong identity — which can ultimately
lead to
cancer.
A team
led by Lu You, an oncologist at Sichuan University's West China Hospital in Chengdu, plans to start testing such
cells in people with lung
cancer next month.
Researchers at Roswell Park
Cancer Institute (RPCI) have identified a mechanism of breast cancer cells that leads to chemotherapy resistance in inflammatory breast c
Cancer Institute (RPCI) have identified a mechanism of breast
cancer cells that leads to chemotherapy resistance in inflammatory breast c
cancer cells that
leads to chemotherapy resistance in inflammatory breast
cancercancer.
«Knowing these
cells are
leading to increased
cancer risk may allow us to find drugs to keep mature
cells from starting to divide and multiply,» Mills said.
Cancer stem - like
cells are thought to be the root cause of chemotherapy resistance,
leading to treatment failure in patients with advanced disease and the triggers of tumour recurrence and metastasis (regrowth).
Nagoya University -
led research team shows in mice the potential of a special immune
cell that targets a key protein in tumor growth that helps stop brain
cancer.
«But it appears when mature
cells return back into a rapidly dividing stem
cell state, this creates problems that can
lead to
cancer.»
An example of epigenetic modifications
leading to
cancer progenitor
cell formation possibly occurs in leukemia development.
«Especially in early stages, normal
cells can kill
cancer cells,» says biologist Yasuyuki Fujita, who
led the British team.
A comparison of these two
cancers, published April 9 in the journal
Cancer Cell, suggests that they are similar in origin,
leading researchers at the University of Cambridge to believe that devils simply may be at greater risk for these kinds of diseases.
Professor Ali Tavassoli, who
led the study with colleague Dr. Ishna Mistry, explains: «In an effort to better understand the role of HIF - 1 in
cancer, and to demonstrate the potential for inhibiting this protein in
cancer therapy, we engineered a human
cell line with an additional genetic circuit that produces the HIF - 1 inhibiting molecule when placed in a hypoxic environment.
This is the finding of a study
led by researchers from Perlmutter
Cancer Center at NYU Langone Health, and published online August 17 in the journal
Cell.
This
leads to massive DNA damage that can not be repaired, and the
cancer cells self - destruct.