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Categories: Neuropathy

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     (via sciencedaily.com)     Original source 

Neuropathy, the nerve damage that causes pain and numbness in the feet and hands and can eventually lead to falls, infection and even amputation, is very common and underdiagnosed, according to a new study.

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Reserachers found that people who were more active in their free time had a lower chance of having various types of chronic pain 7-8 years later. For example, being just a little more active, such as going from light to moderate activity, was associated with a 5% lower risk of reporting some form of chronic pain later. For severe chronic pain in several places in the body, higher activity was associated with a 16% reduced risk. The researchers found that the ability to tolerate pain played a role in this apparent protective effect. That explains why being active could lower the risk of having severe chronic pain, whether or not it was widespread throughout the body.

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Scientists have uncovered a key step in the wound healing process that becomes disabled in diseases like diabetes and aging, contributing to a global healthcare cost of managing poorly healing wounds exceeding $250 billion a year. Importantly, the research reveals a molecule involved in the healing of tissues that -- when injected into animal models -- leads to a drastic acceleration of wound closure, up to 2.5 times faster, and 1.6 times more muscle regeneration.

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A perplexing problem for people with recurring urinary tract infections (UTIs) is persistent pain, even after antibiotics have successfully cleared the bacteria. Now researchers have identified the likely cause -- an overgrowth of nerve cells in the bladder.

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A new approach to treating neuropathic pain is making a key step forward. Neuropathic pain is among the most difficult types of pain to alleviate and current treatments are often ineffective. Researchers have identified a potential non-opioid treatment.

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To rapidly transmit electrical signals in the brain, the long nerve fibers are insulated by specialized cells called oligodendrocytes. These cells also respond to the electrical signals of active nerve fibers and provide them with energy on demand, as researchers have discovered. If this process, regulated by potassium, is disabled in mice, the nerve fibers are severely damaged as the animals age -- resembling the defects of neurodegenerative diseases.

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Low back pain is a major cause of disability around the globe, with more than 570 million people affected. New research shows that many people with persistent low back pain (more than 12 weeks) continue to have moderate-to-high levels of pain and disability.

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Guillain-?Barr Syndrome is a rare condition in which a person's immune system attacks the peripheral nerves. People affected suffer from muscle weakness and paralysis. A research team led by ETH Zurich has now clarified the mechanism of this autoimmune disease.

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RSV, a common infection in children and the elderly thought to only infect the respiratory tract, can also infect nerve cells and cause nerve damage, according to a new study. The findings could have major implications about whether RSV could be connected to neurological or developmental disorders.

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Chronic pain can present in multiple forms for multiple sclerosis patients. Some forms make it harder to stay active than others.

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Researchers have succeeded in restoring lost brain function in mouse models of stroke using small molecules that in the future could potentially be developed into a stroke recovery therapy.

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Researchers have identified objective evidence of how the neck muscles are involved in primary headaches, according to a new study.

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Damage to the body's peripheral nerves can cause pain and movement disorders. Researchers have recently investigated how damaged nerves can regenerate better. They found that fat tissue strongly supports the Schwann cells needed for repair during the healing process.

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Researchers discovered a mechanism for repairing damaged nerves during peripheral neuropathy in mice, wherein the protein Mitf orchestrates nerve repair after both trauma-induced and chronic nerve damage conditions, like Charcot Marie Tooth disease. Their findings may inspire novel therapeutics that bolster repair function and heal peripheral neuropathy -- even in hereditary and developmental cases.

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Researchers have uncovered a reason that may explain why visceral pain is so common in conditions like irritable bowel syndrome. This understanding could inspire new and better ways to alleviate that pain.

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A compound -- one of 27 million screened in a library of potential new drugs -- reversed four types of chronic pain in animal studies, according to new research. The small molecule, which binds to an inner region of a calcium channel to indirectly regulate it, outperformed gabapentin without troublesome side effects, providing a promising candidate for treating pain.

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Researchers have identified that a transient inflammatory pain causes mitochondrial and redox changes in sensory neurons that persist beyond pain resolution. These changes appear to predispose to a failure in resolution of pain caused by a subsequent inflammation. Additionally, targeting the cellular redox balance prevents and treats chronic inflammatory pain in rodents.

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Researchers have discovered mechanisms by which specific cells are activated in alcohol withdrawal-induced headache. The research may benefit further studies of various substance use disorder mechanisms including withdrawal. It may be possible to develop a small-molecule drug therapy to inhibit interactions, resulting in fewer pain signals during alcohol withdrawal.

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A new study may provide key answers to how to help people experiencing chronic back pain. The study examined the critical connection between the brain and pain for treating chronic pain. Specifically, they looked at the importance of pain attributions, which are people's beliefs about the underlying causes of their pain, to reduce chronic back pain severity.

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Researchers have successfully used 'bioinks' containing living nerve cells (neurons) to print 3D nerve networks that can grow in the laboratory and transmit and respond to nerve signals.