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Basic mechanisms behind memory are more dynamic, research finds

We tend to think our memory works like a filing cabinet. We experience an event, generate a memory and then file it away for later use. However, according to medical research, the basic mechanisms behind memory are much more dynamic.

18 May 2016

New research may increase understanding of link between olfactory decline and brain-related diseases

Deterioration in a person's ability to smell can sometimes be an early sign of neurodegenerative diseases such as Parkinson's or Alzheimer's.

18 May 2016

GammaCore both effective and cost effective for the treatment of cluster headache

A paper in the Journal of Headache and Pain reports that non-invasive stimulation of the vagus nerve (nVNS) is a cost effective therapy for cluster headache. These findings were based on reductions in medication use and improvements in quality of life. The publication also notes that further economic benefits would have been found had reduced visits to clinics been taken into account.

16 May 2016

Researchers identify out of control immune system linked to neurodegenerative diseases

AN out of control immune system has been identified as a possible cause of neurodegenerative diseases such as Alzheimer’s.

13 May 2016

CTD helps scientists explore impact of environmental exposures on human health

Two new studies from a group at North Carolina State University give researchers new strategies for connecting environmental exposures to human health effects.

13 May 2016

New way of understanding neurodegeneration may lead to novel treatments

University of Adelaide researchers have developed a new theory for the causes of dementia and other neurodegenerative diseases, involving an out-of-control immune system.

13 May 2016

McGill researchers discover brain cells that play key role in leptin sensing, weight gain

It's rare for scientists to get what they describe as "clean" results without spending a lot of time repeating the same experiment over and over again. But when researchers saw the mice they were working with doubling their weight within a month or two, they knew they were on to something.

13 May 2016

Vessel-sparing radiation, better understanding of prostate anatomy can improve quality of life

Remember the game Operation? You need to carefully remove the body part without nicking the sides or the buzzer will sound.

12 May 2016

Specific gene links impulsive behavior to binge drinking in teens

From minor acts of rebellion such as bunking off school, to the more serious experimentation with illicit substances, the teenage years can be a stressful time for parents.

12 May 2016

LaVison BioTec highlights Nicolas Renier's research on use of UltraMicroscope to study axon rewiring in nervous systems

LaVison BioTec, developers of advanced microscopy solutions for the life sciences, report on the work of Nicolas Renier, a Post-Doctoral Fellow in the laboratory of Marc Tessier-Lavigne at the Rockefeller University in New York where he applies light sheet microscopy to study axon rewiring in adult nervous systems.

12 May 2016

Graphene flakes can modulate synapses

The laboratory of SISSA's Laura Ballerini in collaboration with the University of Trieste, the University of Manchester and the University of Castilla -la Mancha, has discovered a new approach to modulating synapses.

11 May 2016

Scientists make breakthrough in understanding senses of touch and movement

Scientists investigating the little-understood senses of touch and movement have made a breakthrough that could eventually benefit people with movement disorders, spinal injuries, high blood pressure and even improve the design of robotics and prosthetics.

11 May 2016

Novel iPad simulation app can instruct future nurses in monitoring babies and mothers during labor

Sheila Taylor leaned in to see the baby's heartbeat rhythm. She watched as the baby's heartbeat line fell without a corresponding spike showing the mother's uterus contracting down on it.

10 May 2016

Scientists develop new technology that helps visualize translation of mRNA into proteins

For the first time, scientists at Albert Einstein College of Medicine have developed a technology allowing them to "see" single molecules of messenger RNA as they are translated into proteins in living mammalian cells. Initial findings using this technology that may shed light on neurological diseases as well as cancer were published online today in Science.

9 May 2016

Controlling heart cells using a laser: an interview with Prof. Konstantin Agladze

We control their electrical activity. Cardiac cells are capable of producing and transmitting electric signals through changes in a cell membrane potential.

9 May 2016

Reasons for life-threatening blood clots in elite athletes

Mary Cushman, M.D., M.Sc., a professor of medicine and director of the Thrombosis and Hemostasis Program at the University of Vermont, provides commentary on the causes of life-threatening blood clots in elite athletes.

6 May 2016

Gene therapy could be potential treatment for neuropathic pain in cancer patients

A study providing new information about neuropathic pain afflicting some 90 percent of cancer patients who have had nerve damage caused by tumors, surgery, chemotherapy or radiation indicates gene therapy as a possible treatment.

6 May 2016

Scientists use non-invasive way to track rapid myelination of nerve fibers in children's brains

Much like electricity traveling down wires, nerve impulses in our brain travel along nerve fibers. And just as wires need insulation to function well, nerve fibers, too, rely on a kind of insulation called myelin, a fatty substance that protects them and increases the speed at which nerve impulses travel.

6 May 2016

Gene-replacement therapy could be potential treatment option for SMARD1

Spinal muscular atrophy (SMA) is a disease that causes progressive degeneration in the nerve cells that control muscles, thereby causing muscle weakness and eventually death.

6 May 2016

Implantable brain device shows promising results in animal study

An implantable brain device that literally melts away at a pre-determined rate minimizes injury to tissue normally associated with standard electrode implantation, according to research led by a team from the Perelman School of Medicine at the University of Pennsylvania.

6 May 2016

Nerve News and Research

Basic mechanisms behind memory are more dynamic, research finds

New research may increase understanding of link between olfactory decline and brain-related diseases

GammaCore both effective and cost effective for the treatment of cluster headache

Researchers identify out of control immune system linked to neurodegenerative diseases

CTD helps scientists explore impact of environmental exposures on human health

New way of understanding neurodegeneration may lead to novel treatments

McGill researchers discover brain cells that play key role in leptin sensing, weight gain

Vessel-sparing radiation, better understanding of prostate anatomy can improve quality of life

Specific gene links impulsive behavior to binge drinking in teens

LaVison BioTec highlights Nicolas Renier's research on use of UltraMicroscope to study axon rewiring in nervous systems

Graphene flakes can modulate synapses

Scientists make breakthrough in understanding senses of touch and movement

Novel iPad simulation app can instruct future nurses in monitoring babies and mothers during labor

Scientists develop new technology that helps visualize translation of mRNA into proteins

Controlling heart cells using a laser: an interview with Prof. Konstantin Agladze

Reasons for life-threatening blood clots in elite athletes

Gene therapy could be potential treatment for neuropathic pain in cancer patients

Scientists use non-invasive way to track rapid myelination of nerve fibers in children's brains

Gene-replacement therapy could be potential treatment option for SMARD1

Implantable brain device shows promising results in animal study

The impact of vibration on microscopy

How Omics Technologies Are Transforming Biological Research and Drug Discovery

How microplastics and bacteria interact to drive antibiotic resistance

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