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1 e or spinal cord injury), possibly assisting recovery of function.
2 was predominantly expressed in segments with recovery of function.
3 y was seen between segments with and without recovery of function.
4 of necrosis, is independently predictive of recovery of function.
5 months after revascularization to determine recovery of function.
6 6% (91 of 252 patients) demonstrated partial recovery of function.
7 rategies have been associated with increased recovery of function.
8 nhancement occurs in regions that later show recovery of function.
9 ensitivity of 94% and specificity of 48% for recovery of function.
10 trast-enhanced MRI, restoration of flow, and recovery of function.
11 adulthood, indicating very little sparing or recovery of function.
12 tive angiographic parameters did not predict recovery of function.
13 em (PNS) is capable of full regeneration and recovery of function.
14 %) with a lower specificity (43% to 66%) for recovery of function.
15 itivity but a low specificity for predicting recovery of function.
16 VEF (OR 1.831, p < 0.01) but did not predict recovery of function.
17 cclusion that prevents organ reperfusion and recovery of function.
18 of local symptoms and signs of infection and recovery of function.
19 ith either cardiac function or post-ablation recovery of function.
20 sue survives to be a plausible substrate for recovery of function.
21 ns after stroke, which have a causal role in recovery of function.
22 esents a highly efficacious means to promote recovery of function.
23 re of premotor pyramidal neurons and support recovery of function.
24 restoration of action potentials and partial recovery of function.
25 regions to assess effects on impairment and recovery of function.
26 ological neural activity and provide optimal recovery of function.
27 l systems could provide a substrate for some recovery of function.
28 itors before ischemia significantly improved recovery of function.
29 may be crucial for learning, plasticity, and recovery of function.
30 ulation may be a mechanism to facilitate the recovery of function.
31 or the evaluation of interventions promoting recovery of function.
32 sing myocardial viability and predicting the recovery of function.
33 of morphological restoration of tubules and recovery of function.
34 in lumbosacral circuitry contributes to the recovery of function.
35 effect of NCX1015 and its ability to improve recovery of function.
36 myelination of injured CNS axons in vivo and recovery of function.
37 tative response to injury perhaps leading to recovery of function.
41 ters to show that axonal fusion enables full recovery of function after axotomy of Caenorhabditis ele
43 ve values of 79% and 100%, respectively, for recovery of function after CABG in the biopsied segments
45 ity also was assessed by dobutamine echo and recovery of function after coronary artery bypass grafti
46 STATEMENT Neuronal plasticity can facilitate recovery of function after cortical injury, but the unde
47 Until recently, the neural bases underlying recovery of function after damage to the cerebral cortex
48 define the mechanisms mediating spontaneous recovery of function after incomplete SCI, we created bi
49 at reflex-conditioning protocols can enhance recovery of function after incomplete spinal cord injuri
50 systemic administration of MSC-EVs enhances recovery of function after injury of the primary motor c
53 d IPC stimulus, resulted in nearly identical recovery of function after ischemia compared with IPC pe
55 bution 201Tl tomography in the prediction of recovery of function after revascularization and to asse
63 lucocorticoids, given at high-doses, improve recovery of function after spinal cord injury (SCI) in a
67 ired with rehabilitation results in improved recovery of function after stroke or traumatic brain inj
71 otension but a more variable time course for recovery of function after the cessation of the infusion
73 an be regenerated; yet, this is critical for recovery of function and a central aim of cell replaceme
74 ce in a deficient state, there is a dramatic recovery of function and a normal histologic appearance
75 =0.6 cm virtually excludes the potential for recovery of function and is a valuable adjunct to DSE in
76 Surviving neural networks are important for recovery of function and non-invasive techniques such as
78 acute inflammatory injury of axons and glia, recovery of function and structural repair, post-inflamm
79 c contributions of individual brain areas to recovery of function and the effect of treatment on cort
80 ng the symptoms of the neglect syndrome, the recovery of function and the use of clinical scans to pr
81 gies for spinal cord injury seek to maximize recovery of function and two strategies that show substa
82 neural tissue in the damaged hemisphere and recovery of function appear to be vulnerable to prolonge
84 integration after spinal cord injury and in recovery of function are broadly significant for basic a
86 nt regimes influence tissue regeneration and recovery of function as a result of cardiomyocyte prolif
87 recovery in neuronal number correlated with recovery of function as shown by paw withdrawal from a n
88 investigate the pathogenesis of the delayed recovery of function associated with blocking NE functio
89 ild-type FXN levels, we observed significant recovery of function, associated pathology and transcrip
90 also similar if analysis was performed using recovery of function at 3 months as the index of viabili
92 troke can mediate positive outcomes, such as recovery of function, but can also result in the formati
93 GABAAR in mice with ischemic stroke improved recovery of function by normalizing exaggerated perilesi
96 ) and flow (peak MCIxbeta) better identified recovery of function compared with microvascular density
97 n entirely different set of voxels predicted recovery of function: damage lateral to RFA reduced reco
98 abnormalities on day 1 demonstrated complete recovery of function (ejection fraction in the normal ra
99 rom injury sites and that might prevent full recovery of function, even after successful regeneration
100 ignificant number of patients have transient recovery of function followed by later deterioration, wh
101 g and memory, mood, seizure suppression, and recovery of function following brain damage are mediated
102 herapeutic interventions, seeking to enhance recovery of function following incomplete lesions to the
104 by reactive lipids in inhibiting repair and recovery of function following ischemic injury, a knock-
105 use inferotemporal acetylcholine facilitates recovery of function following structural damage within
110 tangling which axons are responsible for the recovery of function from those that are functionally si
112 ft ventricular contractility had a transient recovery of function; however, ejection fraction deterio
115 imulation of the spinal cord (TESS) promotes recovery of function in humans with spinal cord injury (
117 hese ligands and provides a means to promote recovery of function in multiple preclinical rodent mode
122 ng mutagenesis of the M4 segment, as well as recovery of function in the polyleucine background, defi
125 most patients experience spontaneous partial recovery of functions in subacute to chronic phases.
126 P1 and P6 callosotomy groups exhibited full recovery of function; in contrast, the P8 group did not
127 glial borders, larger lesions, and impaired recovery of function, indicating that intrinsic EGFR act
128 axonal sprouting that contributes to partial recovery of function is dependent upon the intrinsic pro
129 rossing the lesion site, suggesting that the recovery of function is due to some other reaction, such
130 psies of dysfunctional segments reveals that recovery of function is inversely proportional to the ex
132 also demonstrate that substantial sparing or recovery of function is possible when the lesion is made
133 xons, reorganize neural networks and support recovery of function is severely restricted, contributin
137 aneously even in the absence of reperfusion, recovery of function may be slow and associated with hig
138 ith 12 leucine residues and then constructed recovery-of-function mutants in which specific amino aci
139 er 30% of the myocardial thickness precludes recovery of function.Nagueh et al. [1] evaluated the rel
144 fluorescence in situ hybridization, revealed recovery of function of the dermal-epidermal junction wi
145 hich was dysfunctional, and therefore led to recovery of function on the spontaneous alternation task
149 ally dependant task may be associated with a recovery of function related to the synaptic remodelling
151 ver, the extent to which transplants improve recovery of function remains unclear and there are contr
153 nd motor function as compared to the partial recovery of function seen in PBS-injected control rats.
154 th suspected hibernation, and it can predict recovery of function similar to T1-201 scintigraphy.
155 e, would have synergistic effects leading to recovery of function that is greater than either alone.
156 ons into host spinal cord circuits underlies recovery of function, the extent to which there is synap
157 n; in contrast, the P8 group did not exhibit recovery of function, thus indicating an abrupt decrease
158 e sensitivity of Peak MCIxbeta >1.5 dB/s for recovery of function was 90% and was similar to Tl(201)
160 no such concentration dependence for time to recovery of function was found when carbachol was used t
161 ve values of dobutamine echocardiography for recovery of function were 100% (95% confidence interval
162 mine is less sensitive but more specific for recovery of function, whereas indexes of 201Tl scintigra
163 at least partially causative to the observed recovery of function, which can also be observed in huma
164 s across the injury site was associated with recovery of function with animals exhibiting plantar foo
165 umatic brain injury (TBI) impedes subsequent recovery of function without enlarging the size of the l