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TUSM researchers reveal how scratching evokes pleasurable sensation in chronic itch patients

It's long been known that scratching evokes a rewarding and pleasurable sensation in patients with chronic itch. Now, researchers in the Department of Dermatology and Temple Itch Center at Temple University School of Medicine may be closer to understanding why.

16 Jun 2015

Molecules derived from avocados could help combat acute myeloid leukemia

Rich, creamy, nutritious and now cancer fighting. New research reveals that molecules derived from avocados could be effective in treating a form of cancer.

16 Jun 2015

Researchers suggest link between solar storms and incidences of RA and GCA

What began as a chat between husband and wife has evolved into an intriguing scientific discovery. The results, published in May in BMJ (formerly British Medical Journal) Open, show a "highly significant" correlation between periodic solar storms and incidences of rheumatoid arthritis (RA) and giant cell arteritis (GCA), two potentially debilitating autoimmune diseases.

16 Jun 2015

Understanding crosstalk between cells in the pancreas can help treat diabetes

Sometimes, listening in on a conversation can tell you a lot. For Mark Huising, an assistant professor in the Department of Neurobiology, Physiology and Behavior at the UC Davis College of Biological Sciences, that crosstalk is between the cells that control your body's response to sugar, and understanding the conversation can help us understand, and perhaps ultimately treat, diabetes.

16 Jun 2015

Discovery could help scientists reduce global vitamin A deficiency

A research team's discovery of new information about how plants synthesize carotenoids, precursors for vitamin A that are essential for plant development and survival, and human health, could help scientists increase the levels of provitamin A in food crops and reduce global vitamin A deficiency.

16 Jun 2015

DAPK1 protein may be a promising new therapeutic target for most aggressive breast cancers

Although traditionally understood to induce death in cancer cells, researchers at The University of Texas MD Anderson Cancer Center have discovered that the DAPK1 protein is actually essential for growth in breast and other cancers with mutations in the TP53 gene. This discovery indicates DAPK1 may be a promising new therapeutic target for many of the most aggressive cancers.

16 Jun 2015

Study highlights discovery of genetic variants linked to mucinous ovarian carcinomas

New research by an international team including Keck Medicine of USC scientists is bringing the origins of ovarian cancer into sharper focus.

16 Jun 2015

Stress and worry of premature birth does not affect mother's parenting behaviour

The stress and worry of giving birth prematurely does not adversely affect a mother's parenting behaviour, according to researchers at the University of Warwick.

16 Jun 2015

Modifying small white blood cells may help treat immune disorders

Modifying the small white blood cells that protect against disease might help treat immune disorders, according to a study published in Cellular and Molecular Gastroenterology and Hepatology, the basic science journal of the American Gastroenterological Association.

16 Jun 2015

Researchers uncover new mechanism that innate immune system uses to curb viral infections

An innovative mechanism that the innate immune system uses to control viral infections has been uncovered by researchers at the University Medical Centers in Mainz and Freiburg. Central to this is the discovery that two different but related elements of the immune system can act together in concert to fight, for example, rotavirus infections.

16 Jun 2015

Scientists report that mouse with weak bones appears to have strong metabolism

One mouse with weak bones appears to have a strong metabolism, even on a high-fat diet, scientists report. While weaker bones are clearly not a good thing, scientists suspect that, somewhere in the conversation between the genetically engineered mouse's skeleton and the rest of its body, there may be an answer that helps obese individuals avoid some of the worst ravages of this health epidemic.

16 Jun 2015

Helmholtz Zentrum München scientists identify how Epstein-Barr virus conceals in human cells

Scientists at Helmholtz Zentrum München have now discovered how Epstein-Barr virus (EBV) conceals itself in human cells. A main culprit for its bad visibility by the immune system is the viral protein LMP2A. As published in the scientific journal PLOS Pathogens, the protein helps EBV-infected cells hide from T cells. This camouflage through the LMP2A protein may play a major role in the causation of cancer by EBV.

16 Jun 2015

New evidence suggests that biodiversity limits disease outbreaks among humans, wildlife

With infectious diseases increasing worldwide, the need to understand how and why disease outbreaks occur is becoming increasingly important. Looking for answers, a team of University of South Florida biologists and colleagues found broad evidence that supports the controversial 'dilution effect hypothesis,' which suggests that biodiversity limits outbreaks of disease among humans and wildlife.

16 Jun 2015

Orange sweet potato reduces prevalence and duration of diarrhea in children

A new study has found that orange sweet potato (OSP) reduced both the prevalence and duration of diarrhea in young children in Mozambique.

16 Jun 2015

Researchers find lymphatic vessels in the central nervous system

In a study published in The Journal of Experimental Medicine, researchers working at the Wihuri Research Institute and the University of Helsinki report a surprising finding that challenges current anatomy and histology textbook knowledge: Lymphatic vessels are found in the central nervous system where they were not known to exist.

16 Jun 2015

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).

15 Jun 2015

Medical Research News

TUSM researchers reveal how scratching evokes pleasurable sensation in chronic itch patients

Molecules derived from avocados could help combat acute myeloid leukemia

Researchers suggest link between solar storms and incidences of RA and GCA

Understanding crosstalk between cells in the pancreas can help treat diabetes

Discovery could help scientists reduce global vitamin A deficiency

DAPK1 protein may be a promising new therapeutic target for most aggressive breast cancers

Study highlights discovery of genetic variants linked to mucinous ovarian carcinomas

Stress and worry of premature birth does not affect mother's parenting behaviour

Modifying small white blood cells may help treat immune disorders

Researchers uncover new mechanism that innate immune system uses to curb viral infections

Scientists report that mouse with weak bones appears to have strong metabolism

Helmholtz Zentrum München scientists identify how Epstein-Barr virus conceals in human cells

New evidence suggests that biodiversity limits disease outbreaks among humans, wildlife

Orange sweet potato reduces prevalence and duration of diarrhea in children

Researchers find lymphatic vessels in the central nervous system

Scientists find way to accelerate wound healing in diabetic mice

DATATRAK International introduces next generation clinical trial management system

Novasep announces launch of BioSC Lab for protein purification

New study explores positive, negative aspects of parenting in mothers and fathers

Mesothelioma.us releases new case study that focuses on experimental treatments for mesothelioma

How microRNA is transforming science: From discovery to diagnostics

Advancing benzodiazepine detection

The Surgeon-Scientist Pioneering Regenerative Engineering

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