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Tumorigenesis is the process involved in the production of a new tumor or tumors.
Review highlights interconnected roles of apoptosis, cellular senescence in cancer and aging

Review highlights interconnected roles of apoptosis, cellular senescence in cancer and aging

A common feature of cancer and aging is cells' reduced ability to respond to stress-induced damage to DNA or cellular structures. [More]
Researcher identifies how Itch protein inhibits colonic inflammation and carcinogenesis

Researcher identifies how Itch protein inhibits colonic inflammation and carcinogenesis

Venuprasad Poojary, PhD, an associate investigator at Baylor Institute for Immunology Research (BIIR), part of Baylor Scott & White Research Institute, reported this week in the journal Nature Immunology the role of a key protein in the regulatory pathway that is involved in limiting colon inflammation and tumor growth. [More]
TSRI scientists identify GlyRS protein that launches cancer growth

TSRI scientists identify GlyRS protein that launches cancer growth

Scientists at The Scripps Research Institute have identified a protein that launches cancer growth and appears to contribute to higher mortality in breast cancer patients. [More]
TSRI study shows how specific gene mutation promotes growth of aggressive tumors

TSRI study shows how specific gene mutation promotes growth of aggressive tumors

Scientists at The Scripps Research Institute have caught a cancer-causing mutation in the act. A new study shows how a gene mutation found in several human cancers, including leukemia, gliomas and melanoma, promotes the growth of aggressive tumors. [More]
Common pain and anti-inflammation drugs may slow cancer growth

Common pain and anti-inflammation drugs may slow cancer growth

Scientists from the Florida campus of The Scripps Research Institute have found that one of the most widely prescribed pain and anti-inflammation drugs slows the growth rate of a specific kind of cancer in animal models and suggests the medication could have the same effect on other types of tumors. [More]
Malicious form of ATF2 protein drives formation of melanoma

Malicious form of ATF2 protein drives formation of melanoma

An international collaborative study led by scientists at the Sanford Burnham Prebys Medical Discovery Institute has identified a malicious form of a protein that drives the formation of melanoma. [More]
OSMR gene plays key role in driving growth of glioblastoma tumors

OSMR gene plays key role in driving growth of glioblastoma tumors

Glioblastoma is the most aggressive type of brain tumor in adults. Unfortunately, there are no effective treatments for the disease. On average, patients succumb just 16 months after diagnosis. [More]
Molecular basis for tongue cancer progression: an interview with Dr Simona Principe

Molecular basis for tongue cancer progression: an interview with Dr Simona Principe

Head and neck cancers (HNC) are the sixth most common cancers worldwide, with approximately 600,000 new cases diagnosed every year. [More]
Scientists resolve tumor heterogeneity using innovative DEPArray technology

Scientists resolve tumor heterogeneity using innovative DEPArray technology

Using the innovative DEPArray technology, scientists at Silicon Biosystems, a Bologna (Italy) and San Diego (CA, USA) based biotech company, were able to solve one of the biggest limitation in the study of cancer genetic: tumor samples heterogeneity. [More]
Study reveals link between genomic instability, aneuploidy and cancer

Study reveals link between genomic instability, aneuploidy and cancer

A recent analysis of 43,205 human tumours unveiled that 68% of solid tumours are aneuploid, that is to say, they have an altered number of chromosomes. In recent years, scientists have attempted to clarify whether this aneuploidy contributes to tumour development or whether it is a co-lateral effect of the genomic instability of cancer cells, which increase the rate of mutations and the likelihood of cancer. [More]
Using acidity to detect cancer

Using acidity to detect cancer

Normally, tissues demonstrate a slightly acidic intracellular pH (pHi) and slightly alkaline extracellular pH (pHe). However, proliferating tissues demonstrate transient pH Gradient Reversal i.e. alkalinization of pHi and acidification of pHe. [More]
New mechanism of differentiation may offer novel therapeutic approaches to blood malignancies, solid tumors

New mechanism of differentiation may offer novel therapeutic approaches to blood malignancies, solid tumors

In humans the differentiation of stem cells into hundreds of specialized cell types is vital. Differentiation drives development from fertilized egg to a newborn, and it underlies the continuous replacement of the 5 billion cells that die every hour in an adult. On the downside, mutations in differentiation pathways of different cell types can be drivers of cancers. [More]
Researchers identify mechanism that allows cancer cells to grow rapidly when blood sugar levels rise

Researchers identify mechanism that allows cancer cells to grow rapidly when blood sugar levels rise

Researchers have identified a mechanism that allows cancer cells to respond and grow rapidly when levels of sugar in the blood rise. This may help to explain why people who develop conditions in which they have chronically high sugar levels in their blood, such as obesity, also have an increased risk of developing certain types of cancer. [More]
UCA researchers identify compounds that favour generation of new neuronal cells

UCA researchers identify compounds that favour generation of new neuronal cells

Many neurology pathologies cause irreversible loss of neurons. They are mostly the so-called neurodegenerative diseases although there exist other causes for a focal loss of neurons, as it is the case in strokes or traumatic brain injuries. All these pathologies lack nowadays of an efficient treatment not being possible to regenerate dead neurons. In fact, although the brain has the ability to regenerate as many studies has proved, this regeneration is very low, ranging from 0.2% to a maximum of 10% depending on the type of injury and the damaged area. [More]
Researchers reveal causal association between aneuploidy and cancer

Researchers reveal causal association between aneuploidy and cancer

Publication in Nature Cell Biology: researchers at the Université libre de Bruxelles - ULB Cancer Research Center, U-CRC - show the causal link between aneuploidy and cancer. [More]
Researchers identify a mechanism that may explain association between obesity and cancer

Researchers identify a mechanism that may explain association between obesity and cancer

Researchers have identified a mechanism that allows cancer cells to respond and grow rapidly when levels of sugar in the blood rise. This may help to explain why people who develop conditions in which they have chronically high sugar levels in their blood, such as obesity, also have an increased risk of developing certain types of cancer. [More]
Mayo Clinic scientists discover potential way to reprogram cancer cells back to normalcy

Mayo Clinic scientists discover potential way to reprogram cancer cells back to normalcy

Cancer researchers dream of the day they can force tumor cells to morph back to the normal cells they once were. Now, researchers on Mayo Clinic's Florida campus have discovered a way to potentially reprogram cancer cells back to normalcy. [More]
CRI commits $29.3 million in new funds to accelerate development of cancer immunotherapies

CRI commits $29.3 million in new funds to accelerate development of cancer immunotherapies

The Cancer Research Institute, a nonprofit organization dedicated to fueling the discovery and development of immunotherapies for all forms of cancer, announced that it has committed more than $29.3 million in new funds to accelerate cancer immunology research and cancer immunotherapy clinical development in the United States, Australia, Canada, France, Sweden, Switzerland, and The Netherlands. [More]
Detailed molecular analyses reveal new treatment options for aggressive childhood leukemia

Detailed molecular analyses reveal new treatment options for aggressive childhood leukemia

Acute lymphoblastic leukemia (ALL) leukemia is the most common type of cancer in children. It can occur in various forms, differing not only by specific changes in the genetic material of the leukemia cells but also by their response to therapies. Now, an international team of scientists from Berlin, Düsseldorf, Hannover, Heidelberg, Kiel, and Zurich have succeeded in decoding the molecular characteristics of an as yet incurable subtype of leukemia, paving the way for new therapeutic approaches. [More]
Understanding the workings of error correction mechanism in cell division

Understanding the workings of error correction mechanism in cell division

Cell biologists led by Thomas Maresca at the University of Massachusetts Amherst, with collaborators elsewhere, report an advance in understanding the workings of an error correction mechanism that helps cells detect and correct mistakes in cell division early enough to prevent chromosome mis-segregation and aneuploidy, that is, having too many or too few chromosomes. [More]
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