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1 tions in cerebral white matter structure and axonal pathology.
2  pathway dopaminergic neurons and widespread axonal pathology.
3 ervous system but with additional peripheral axonal pathology.
4  in CMT disease primarily associated with an axonal pathology.
5 ompaction, which is associated with worsened axonal pathology.
6 ures consistent with both motor neuronal and axonal pathology.
7 rotein (PLP) gene by oligodendrocytes causes axonal pathology.
8 ppear to be caused by the reduction of acute axonal pathology.
9 ean axonal diameter is associated with acute axonal pathology.
10  the CNS, causing reactive gliosis and neuro-axonal pathology.
11 rves revealed fibrotic encapsulation without axonal pathology.
12 of substantia nigra dopaminergic neurons and axonal pathology, a cardinal pathological hallmark of PD
13 ignal (AxCaliber) in rats in the presence of axonal pathology, achieved through injection of a neurot
14  results demonstrate a pattern of widespread axonal pathology after lateral FP brain injury in the ra
15 ce of morphologically detectable synaptic or axonal pathology and again displayed regional selectivit
16  targets for novel therapeutics that address axonal pathology and bolster glial compensatory response
17 hose that occur early in human disease (i.e. axonal pathology and dystrophy, hyperexcitability and hy
18                                     Although axonal pathology and loss in MS has been recognized for
19                         Close to WM lesions, axonal pathology and microglial activation may explain s
20   We report that ZPR1-deficient mice exhibit axonal pathology and neurodegeneration.
21 arly and late AnkG mutants is accompanied by axonal pathology and neurological dysfunction.
22 f EAE, with decreased demyelination, reduced axonal pathology, and decreased central nervous system (
23          Tissues with more severe myelin and axonal pathology are associated with greater texture het
24 hagy in neurons and its role in neuronal and axonal pathology are not yet understood.
25                             Here, we studied axonal pathology as a function of myelination in human m
26 he result of primary FMRP-deficiency-related axonal pathology, as opposed to secondary connectional d
27 acrophages, which is usually associated with axonal pathologies, astrocytes selectively remove large
28 light chain (NfL) is sensitive for detecting axonal pathology but is not specific to PNS damage, as i
29                   This finding suggests that axonal pathology caused by CNS myelin defects may underl
30                    Lmx1a/b deficiency caused axonal pathology characterized by alpha-synuclein(+) inc
31 reased autophagy, shrinkage of soma size and axonal pathology even in the pons region.
32                                              Axonal pathology has been highlighted as a cause of neur
33                                Although many axonal pathologies have been described in AD, studies ha
34  may therefore represent one of the earliest axonal pathologies in SOD1(G93A) mice, which worsens at
35 PHOX2B-derived astrocyte ablation results in axonal pathologies in the retrotrapezoid nucleus.
36 s establishing a foundation for ameliorating axonal pathology in AD.
37 bute to neurodegenerative diseases linked to axonal pathology in adults.
38                                  We analyzed axonal pathology in archival brain biopsy and autopsy sa
39     Our findings point to a wider pattern of axonal pathology in bipolar disorder than previously tho
40 to inhibit fast axonal transport and promote axonal pathology in cultured mammalian neurons.
41 lopment of therapies aimed to halt or reduce axonal pathology in Huntington's disease.
42 ediated axonal injury that can contribute to axonal pathology in MS.
43                                   Given that axonal pathology in multiple sclerosis is already visibl
44 best and most specific noninvasive marker of axonal pathology in multiple sclerosis.
45                                 The striking axonal pathology in some cases indicates that olfactory
46 amyotrophic lateral sclerosis (ALS), display axonal pathologies including abnormal accumulations of p
47                                              Axonal pathology is a major cause of neurological disabi
48                          We wondered whether axonal pathology is also an early pathological feature i
49          Because it has been recognized that axonal pathology is commonly found at anatomic interface
50 of the association between demyelination and axonal pathology is critical for evaluating and developi
51                        Similarly, myelin and axonal pathology occurred with elevated ERK1/2 activity
52 al. report that the core motor phenotype and axonal pathology of HSPs are recapitulated in mice lacki
53 ociated with diminished dopamine release and axonal pathology of nigrostriatal dopaminergic projectio
54 e normal-appearing white matter reveal early axonal pathology outside inflammatory demyelinating lesi
55 d neurofilament compaction (NFC), two common axonal pathology processes involved in traumatic axonal
56 alpha-syn antibodies attenuated synaptic and axonal pathology, reduced the accumulation of CT-truncat
57 sociated with cavitation, necrosis and acute axonal pathology (spheroids), in both grey and white mat
58 gro-striatal axonal terminals leads to early axonal pathology, synaptic disruption, dysfunction of do
59      Many neurodegenerative diseases exhibit axonal pathology, transport defects, and aberrant phosph
60       Furthermore, RIPK1- and RIPK3-mediated axonal pathology was commonly observed in SOD1(G93A) tra
61                                              Axonal pathology was more common in the MS material than
62 oduced a concentration-dependent increase in axonal pathology within the striatum reflected by the am