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Axon - Articles

Smart Car Move Over...Axon is Here. by Janet S. Patient Expert Posted Sun 24 Aug 2008 3:41pm What would you say to 80 mpg when oil is over $130/barrel? That is what Axon Automotive is bringing to the table. If you like what you see, head over and read about the racing car technology that promises to lighten up the load and reduce gas consumption. Read on »
Tau protein reduction, axonal transport and Alzheimer's disease by Mark Pool, MD Posted Wed 22 Sep 2010 12:07pm to study the role of tau protein and its role in axonal transport and interaction with amyloid-beta protein.  They found that amyloid-beta requires participation of tau to impair axonal transport and that reduction of tau protected against amyloid-beta induced axonal transport defects in this in vitro model.  The author discusses possible tau reduction Read on »
Smart Car Move Over...Axon is Here. by Janet S. Patient Expert Posted Mon 07 Jul 2008 7:14pm What would you say to 80 mpg when oil is over $130/barrel? That is whatAxon Automotiveis bringing to the table. If you like what you see, head over and read about the racing car technology that promises to lighten up the load and reduce gas consumption. Are you 50+? Know someone 50+? Don't miss out - Gen Plus is reinventing 50 Plus. Read on »
Non-Invasive in vivo MRI Axon Diameter Measurement Methods by nih.gov Posted Tue 15 Jun 2010 5:00pm to measure the axon diameter distribution (ADD) of nerve bundles (fascicles) in the central and peripheral nervous systems. The invention essentially consists of a non-obvious... be extended to measure the fiber orientation distribution of axons within each voxel of an imaging volume and particularly the myelin content within each voxel. The significance Read on »
COPAXONE(R) May Have Ability to Protect Against Axonal Injury Over the Long-Term in Relapsing-Remitting Multiple Sclerosis by stuart Patient Expert Posted Fri 31 Jul 2009 10:38am axonal injury and the value of starting COPAXONE® treatment early to slow the accumulation of long-term disability as measured by the Expanded Disability Status Scale (EDSS). MRS results suggest beneficial effect of COPAXONE® on cerebral axonal injury Brain n-acetylaspartate (NAA) levels, a marker of neuronal integrity and function, are measured by magnetic Read on »
Newly Published Data Show Multiple Sclerosis Treatment Glatiramer Acetate Promoted Remyelination of Damaged Axons by stuart Patient Expert Posted Tue 17 Nov 2009 10:20pm FACT SHEET – Newly Published Data Show Multiple Sclerosis Treatment Glatiramer Acetate Promoted Remyelination of Damaged Axons · The purpose of this study... trials of relapsing-remitting multiple sclerosis (RRMS) Glossary of terms: Demyelination: a process through which myelin on nerve axons is stripped away or damaged Read on »
Fampridine-SR (4-aminopyridine) is a new drug in development to help improve walking ability in people with multiple sclerosis by stuart Patient Expert Posted Mon 30 Mar 2009 4:26pm with spinal cord injury (SCI) do not have severed cords; rather, most have blunt damage to the cord. The great majority of such individuals have some axons within the spinal cord that survive the injury. However, these surviving axons often are damaged and lose part of their myelin, the insulating sheath that permits electrical impulses to be conducted down Read on »
Physical Health - Multiple Sclerosis by Michele W. Patient Expert Posted Sat 20 Dec 2008 6:45pm is a process of gradual destruction of the myelin sheath, that surrounds many of the axons of nerve cells (neurons), leading to axonal injury or loss and consequently severely impaired nerve signals. The disease is named for the multiple scleroses (scars or plaques) that are created on the myelinated axons. A repair mechanism - remyelination of the axons Read on »
MS discussions on Medicare, Spasticity, bladder "dysfunction" and more by stuart Patient Expert Posted Sat 09 May 2009 11:16pm Another program from the National MS Society Have you seen this week's Daily Minutes? Click here and go to the green box to see short clips discussing: Medicare Spasticity Allowing axons to grow Explaining bladder dysfunction ============================================ Read on »
Scientists discover new target for multiple sclerosis by Jeff Pile Posted Wed 27 Oct 2010 8:11am attacks the myelin sheath that insulates axons, the nerve fibres that conduct electrical impulses to and from the brain and between neurons within the brain. Ordinarily, the myelin speeds up the signals the axons transmit, called action potentials. When axons lose their insulation, however, either signal conduction fails because the demyelinated axons Read on »