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BET inhibitors can cause molecular changes in neurons, lead to memory loss in mice

BET inhibitors can cause molecular changes in neurons, lead to memory loss in mice

Cancer researchers are constantly in search of more-effective and less-toxic approaches to stopping the disease, and have recently launched clinical trials testing a new class of drugs called BET inhibitors. These therapies act on a group of proteins that help regulate the expression of many genes, some of which play a role in cancer. [More]
New set of genes can indicate improved survival after surgery for pancreatic cancer patients

New set of genes can indicate improved survival after surgery for pancreatic cancer patients

A study by the Translational Genomics Research Institute and other major research institutes, found a new set of genes that can indicate improved survival after surgery for patients with pancreatic cancer. The study also showed that detection of circulating tumor DNA in the blood could provide an early indication of tumor recurrence. [More]
Researchers develop user-friendly platform for analyzing transcriptomic and epigenomic big data

Researchers develop user-friendly platform for analyzing transcriptomic and epigenomic big data

Researchers at Cincinnati Children's Hospital Medical Center have developed a user-friendly, integrated platform for analyzing the transcriptomic and epigenomic "big data." [More]
Researchers develop new technology to track DNA-protein binding in live cells

Researchers develop new technology to track DNA-protein binding in live cells

Researchers have developed a new technology that precisely marks where groups of regulatory proteins called transcription factors bind DNA in the nuclei of live cells. [More]
MD Anderson scientists reveal role of metabolic enzyme fumarase in DNA repair

MD Anderson scientists reveal role of metabolic enzyme fumarase in DNA repair

DNA double-strand breaks (DSBs) are the worst possible form of genetic malfunction that can cause cancer and resistance to therapy. New information published this week reveals more about why this occurs and how these breaks can be repaired. [More]
FDA accepts Mundipharma EDO's Investigational New Drug Application for EDO-S101

FDA accepts Mundipharma EDO's Investigational New Drug Application for EDO-S101

Mundipharma EDO GmbH (Early Development in Oncology) is pleased to announce that the United States Food and Drug Administration has accepted the company's Investigational New Drug Application ("IND") for EDO-S101, a fusion molecule to treat relapsed/refractory haematologic malignancies and solid tumours. [More]
Reducing incorrect gene expression can extend lifespan of cells

Reducing incorrect gene expression can extend lifespan of cells

Working with yeast and worms, researchers found that incorrect gene expression is a hallmark of aged cells and that reducing such "noise" extends lifespan in these organisms. The team published their findings this month in Genes & Development. [More]
New technology enhances investigations of epigenomes

New technology enhances investigations of epigenomes

A new technology that will dramatically enhance investigations of epigenomes, the machinery that turns on and off genes and a very prominent field of study in diseases such as stem cell differentiation, inflammation and cancer, is reported on today in the research journal Nature Methods. [More]
Vital molecular mechanism in plants has similarities to certain signaling mechanisms in humans

Vital molecular mechanism in plants has similarities to certain signaling mechanisms in humans

Scientists at Van Andel Research Institute have revealed an important molecular mechanism in plants that has significant similarities to certain signaling mechanisms in humans, which are closely linked to early embryonic development and to diseases such as cancer. [More]
Endocrine Society selects 18 endocrinologists as winners of 2016 Laureate Awards

Endocrine Society selects 18 endocrinologists as winners of 2016 Laureate Awards

The Endocrine Society today announced it has chosen 18 accomplished endocrinologists as winners of the organization's prestigious 2016 Laureate Awards. [More]
Efficient, sensitive and robust Chromatin immunoprecipitation methods

Efficient, sensitive and robust Chromatin immunoprecipitation methods

Chromatrap®, a business unit of Porvair Sciences, has produced a new 10-page brochure that provides an informative introduction to chromatin immunoprecipitation (ChIP) technology and a detailed comparison of traditional bead based and Chromatrap® solid state ChIP technologies. [More]
Histones steadily replaced in brain cells throughout life, find Mount Sinai researchers

Histones steadily replaced in brain cells throughout life, find Mount Sinai researchers

For decades, researchers in the genetics field have theorized that the protein spools around which DNA is wound, histones, remain constant in the brain, never changing after development in the womb. [More]
Preventing neutrophils from producing NETs can accelerate wound healing in diabetic mice

Preventing neutrophils from producing NETs can accelerate wound healing in diabetic mice

One of the body's tools for fighting off infection in a wound may actually slow down the healing process, according to new research by a team of Harvard University, Boston Children's Hospital, and Penn State University scientists. [More]
Study demonstrates potential of new approach for sorting out BRCA1 gene variants

Study demonstrates potential of new approach for sorting out BRCA1 gene variants

Patients seeking certainty in genetic tests often receive a perplexing result. Many learn they carry a 'variant of unknown significance' of a disease-linked gene. Such variants might -- or equally might not -- increase disease risk. [More]
EPFL scientists show how a major effector protein binds chromatin and regulates gene expression

EPFL scientists show how a major effector protein binds chromatin and regulates gene expression

Inside the cell, DNA is tightly coiled and packed with several proteins into a structure called "chromatin", which allows DNA to fit in the cell while also preventing genes from being expressed at the wrong time. Guided by a chemical "barcode", specialized effector proteins can bind chromatin and either unwind it or compact further to activate or silence genes. [More]
IDIBELL and IDIPAZ scientists identify epigenetic alterations in CVID

IDIBELL and IDIPAZ scientists identify epigenetic alterations in CVID

Researchers of the Chromatin and Disease Group from the Bellvitge Biomedical Research Institute and La Paz Hospital have identified epigenetic alterations in Common Variable Immunodeficiency (CVID), the most common primary immunodeficiency, using as a starting point genetically identical monozygotic twins discordant for the disease. [More]
Melanoma patients with high levels of H2A.Z.2 protein less likely to survive

Melanoma patients with high levels of H2A.Z.2 protein less likely to survive

Melanoma patients with high levels of a protein that controls the expression of pro-growth genes are less likely to survive, according to a study led by researchers at Icahn School of Medicine at Mount Sinai and published online in the journal Molecular Cell. [More]
Highly efficient ChIP assay kit for FFPE samples

Highly efficient ChIP assay kit for FFPE samples

Chromatrap®, a business unit of Porvair Sciences, has introduced a new Formaldehyde Fixed Paraffin-Embedded (FFPE) ChIP Kit which overcomes the widely acknowledged shortfalls of the technique. [More]
Optimised ChIP protocols for qPCR and sequencing

Optimised ChIP protocols for qPCR and sequencing

Chromatrap®, a business unit of Porvair Sciences, has announced a new web page that brings together protocols developed using their proprietary solid state chromatin immunoprecipitation (ChIP) technology. [More]
Scientists find way to accelerate wound healing in diabetic mice

Scientists find way to accelerate wound healing in diabetic mice

One of the body's own tools for preventing wound infections may actually interfere with wound healing, according to new research from Boston Children's Hospital. In a study published online in Nature Medicine, scientists from the hospital's Program in Cellular and Molecular Medicine found they could speed up wound healing in diabetic mice by keeping immune cells called neutrophils from producing bacteria-trapping neutrophil extracellular traps (NETs). [More]
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