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Cross Ref ] Araki T , Sasaki Y , Milbrandt J. Increased nuclear NAD biosynthesis and SIRT1 activationpreventaxonal degeneration

Akari T , Sasaki Y , Milbrandt J. Increased nuclear NAD biosynthesis and SIRT1 activationpreventaxonal degeneration

MillbrandtJ. Increased nuclear NAD biosynthesis and SIRT1 activationpreventaxonal degeneration

Aug 13;305(5686):1010 - 3.Increased nuclear NAD biosynthesis and SIRT1 activationpreventaxonal degeneration

Chronic DeMyelination in the absence of active inflammation(passive) caused byAxonal degeneration ( Wallerian Degeneration

View at Publisher · View at Google ScholarT. Araki , Y. Sasaki , and J. Milbrandt , “ Increased nuclear NAD biosynthesis and SIRT1 activationpreventaxonal degeneration

Background : Reactive oxygen species ( ROS ) released by microglia and other inflammatory cellscan causeaxonal degeneration

Epidermal control of axonal attachment via β - spectrin and the GTPase - activating protein TBC-10 ... Nature Communications ( 2020preventsaxonal degeneration

genetic mutations found in patients with inherited peripheral neuropathy ( IPN(passive) caused byaxonal degeneration

R.A. Target - derived neurotrophins coordinate transcription and transport of bclwto preventaxonal degeneration

a novel , endogenous pathwaypreventsaxonal degeneration

Researchers had induced a severe nerve injury in the sciatic nerveto triggeraxonal degeneration

raised levels of intracellular Ca(2(passive) triggered byaxonal degeneration

targeted strategiesto preventaxonal degeneration

Amyotrophic lateral sclerosis or Lou Gehrig ’s disease ... is thoughtto influenceaxonal degeneration

vs. ACR.Nitric oxidepreventsaxonal degeneration

Chronic vitamin E deficiencycausingspinocerebellar degeneration

early treatment of inflammationpreventsaxonal degeneration

Scholar Keswani SC , Bosch - Marcé M , Reed N , Fischer A , Semenza GL , Höke A. Nitric oxidepreventsaxonal degeneration

withdrawal of other trophic support , axotomy or vincristine exposure(passive) caused byaxonal degeneration

P < 0.05).Nitric oxidepreventsaxonal degeneration

2011 Mar 7.Nitric oxidepreventsaxonal degeneration

ALS&colon ... sufficientto directly causeaxonal degeneration

This loss of SCG10 ... sufficientto triggeraxonal degeneration

impulse activity in axons exposed to nitric oxidecan causeaxonal degeneration

early and strong suppression of inflammationpreventsaxonal degeneration

both mechanical and toxic insults in ex vivo and in vitro mouse and rat model systems(passive) triggered byaxonal degeneration

the SARM1 protein in nerve cellscan triggeraxonal degeneration

disruption of mitochondrial fusion ... sufficientto causeaxonal degeneration

P < 0.05 vs. HIF+/+.Nitric oxidepreventsaxonal degeneration

have used gene therapy in miceto preventaxonal degeneration

the destruction of the basis of the nerves – the axonprovokingaxonal degeneration

microtubule organization and dynamics ... misregulation of whichcausesaxonal degeneration

microtubule group and dynamics ... misregulation of whichcausesaxonal degeneration

axotomy , and delayed by NMNAT overexpression [ 5(passive) triggered byaxonal degeneration

HIV envelope glycoprotein ( GP120can causeaxonal degeneration

Peripheral nerve disease HIV infectioncausesaxonal degeneration

axonal loss in the 1X mouse model ( Gjb1 mice ... a SARM1-null , which has been shown in numerous studies to reduce the organic compounds called NADcauseaxonal degeneration

a major loss of NTE activitythis ... sufficientto ultimately causeaxonal degeneration

Number to send5102050100200Start from citationCreate File Select item 213831581.Nitric oxidepreventsaxonal degeneration

white matter dysfunction in the mouse central nervous system , Nature Medicine ( 2018causeswhite matter dysfunction in the mouse central nervous system , Nature Medicine ( 2018

white matter dysfunction in the mouse central nervous system | Nature Medicine Axel Montagne1causeswhite matter dysfunction in the mouse central nervous system | Nature Medicine Axel Montagne1

white matter dysfunction in the mouse central nervous system ” Reprinted from materials provided by USCcauseswhite matter dysfunction in the mouse central nervous system ” Reprinted from materials provided by USC

ataxia and peripheral neuropathy that resembles Friedreich ataxiacausesataxia and peripheral neuropathy that resembles Friedreich ataxia

the space(passive) created bythe space

in ataxia , pyramidal signs , peripheral neuropathy and developmental delayresultingin ataxia , pyramidal signs , peripheral neuropathy and developmental delay

white matter dysfunction in the mouse central nervous system Diffuse white - matter disease associated with small - vessel disease and dementia is prevalent in the elderlycauseswhite matter dysfunction in the mouse central nervous system Diffuse white - matter disease associated with small - vessel disease and dementia is prevalent in the elderly

neurovascular uncoupling and blood - brain barrier ( BBB ) breakdowncausesneurovascular uncoupling and blood - brain barrier ( BBB ) breakdown

from demyelination per seresultingfrom demyelination per se

to disruption of the sensory and/or motor function of the affected nerve2leadingto disruption of the sensory and/or motor function of the affected nerve2

permanent loss of functioncausespermanent loss of function

disease progression and accumulation of disability in multiple sclerosis ( MS ) and other neurodegenerative disorderscausesdisease progression and accumulation of disability in multiple sclerosis ( MS ) and other neurodegenerative disorders

to irreversible vision loss [ 24leadingto irreversible vision loss [ 24

a loss in central vision acuitycausesa loss in central vision acuity

to distortion of image and rapid loss of visionleadsto distortion of image and rapid loss of vision

to neurovascular uncoupling and limits from a 2.8 kg rectangular air mattress , sourceleadsto neurovascular uncoupling and limits from a 2.8 kg rectangular air mattress , source

to permanent neurological disability in inherited and acquired diseases of myelincontributesto permanent neurological disability in inherited and acquired diseases of myelin

to inflammation and lesion formation in the terminal fields ( Coleman , 2005may leadto inflammation and lesion formation in the terminal fields ( Coleman , 2005

to vision loss and even complete loss of sight - blindnessleadsto vision loss and even complete loss of sight - blindness

to a reduction in the number of motor neurons in the spinal cord and brain stem nucleileadingto a reduction in the number of motor neurons in the spinal cord and brain stem nuclei

disability and disease progression in a broad range of chronic and acute diseases of the central , ocular , and peripheral nervous systemscausesdisability and disease progression in a broad range of chronic and acute diseases of the central , ocular , and peripheral nervous systems

to blood flow disruption , uncoupling of neurovascular responses , brain hypoxia , metabolic stress , and neurodegeneration [ 34leadsto blood flow disruption , uncoupling of neurovascular responses , brain hypoxia , metabolic stress , and neurodegeneration [ 34

to less microglial infiltration and activation , which may also contribute to the extent of axonal loss in the CNS of EAE modelsleadsto less microglial infiltration and activation , which may also contribute to the extent of axonal loss in the CNS of EAE models

generallyresultsgenerally

by chronic oxaliplatin treatmentmay resultby chronic oxaliplatin treatment

This progressive visual loss(passive) was caused byThis progressive visual loss

myelin loss and ultimately leading to dysfunction and degeneration of connecting axons in white matter [ 38triggeringmyelin loss and ultimately leading to dysfunction and degeneration of connecting axons in white matter [ 38

in abnormal T2-weighted signal intensity ( 12resultingin abnormal T2-weighted signal intensity ( 12

to degenerative atrophyleadsto degenerative atrophy

to atrophy of the … ( More ) Evaluation of sensory function after median nerve decompression in carpal tunnel syndrome using the current perception threshold testleadingto atrophy of the … ( More ) Evaluation of sensory function after median nerve decompression in carpal tunnel syndrome using the current perception threshold test

from “ long - term stress on the skeletonresultfrom “ long - term stress on the skeleton

to discal material protrusion with radicular compressionleadsto discal material protrusion with radicular compression

from superficial lesions of the cerebral cortexresultingfrom superficial lesions of the cerebral cortex

in akinetic mutism and confinement to bedresultingin akinetic mutism and confinement to bed

impaired tactile sensation and persistent paincausesimpaired tactile sensation and persistent pain

to irrecoverable deficit and progression of disabilitycontributesto irrecoverable deficit and progression of disability

disease progression over a period of timecausingdisease progression over a period of time

conduction failure , which has a much different appearance on EDX examinationcausesconduction failure , which has a much different appearance on EDX examination

to progressive sensorimotor and autonomicleadingto progressive sensorimotor and autonomic

from a strokeresultingfrom a stroke

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