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1 LC) of the lesion formation process to avoid overexposure.
2 de-efferentation without purposeful acoustic overexposure.
3 t normally occurs with aging and/or acoustic overexposure.
4 n the mediation of protection after auditory overexposure.
5 ze changes in auditory receptors after noise overexposure.
6 ge, resulting in "silent" chronic tacrolimus overexposure.
7 ommonly in instances of accidental radiation overexposure.
8 nt role in protecting the cochlea from noise overexposure.
9                        We show that acoustic overexposure alters synaptic transmission originating fr
10                                     Acoustic overexposure and aging can damage auditory synapses in t
11 on, contributing to myocardial catecholamine overexposure and arrhythmogenic risk.
12 esults underscore the need to minimize noise overexposure and for strategies to personalize diagnosis
13 ural basis of hyperacusis by employing noise-overexposure and single-unit electrophysiology.
14 dent and human cardiomyocytes upon palmitate overexposure, and appeared as an early lipid-induced eve
15 monitor eculizumab effectiveness, avoid drug overexposure, and save money considering the extremely h
16             Exposure to loud sound (acoustic overexposure; AOE) induces hearing loss and damages cell
17 ch-perception problems associated with noise overexposure are pervasive in today's society, even with
18  fetuses to model excess prenatal androgenic overexposure associated with conditions such as polycyst
19 posure associated with rejection, as well as overexposure associated with toxicities.
20 Manganese (Mn) is an essential nutrient, but overexposure can be neurotoxic.
21                                     Acoustic overexposure can eliminate synapses between inner hair c
22 pite their integral role in sustaining life, overexposure can lead to deleterious neurological outcom
23 ICANCE STATEMENT A single incidence of noise overexposure causes damage at the hair cell synapse that
24                                        Noise overexposure causes oxidative stress, leading to auditor
25 ing of the inner ear in mouse, that acoustic overexposures causing moderate, but completely reversibl
26                        Therefore, to prevent overexposure directly posttransplantation in HIV-infecte
27  tacrolimus seem a promising tool to prevent overexposure directly posttransplantation in patients on
28                          Therefore, nutrient overexposures from supplements combined with typical foo
29 A neurotransmission, in-utero glucocorticoid overexposure had a modest or no effect on a range of con
30           Manganese occupational and dietary overexposure has been shown to result in specific clinic
31 (IHCs): following ototoxic drugs or acoustic overexposure, IHC death is rapid whereas SGN degeneratio
32 t earlier ages, implying that glucocorticoid overexposure in LP fetuses occurs via 11beta-HSD2-indepe
33 l to detect the pathological legacy of noise overexposure in mass stranded cetaceans as a key to unde
34                                    Manganese overexposure in non-human primates and humans causes a n
35  P450 (CYP) 3A4 and could lead to tacrolimus overexposure in patients genetically lacking the alterna
36 idence for the presence of hidden tacrolimus overexposure in patients with mild diarrhea while on tre
37 to assess the degree of unnoticed tacrolimus overexposure in renal transplant patients with mild diar
38 nt because occupational and environmental Mn overexposure is a global public health problem.
39 essing deficits.SIGNIFICANCE STATEMENT Noise overexposure is a major cause of central auditory proces
40                                        Noise overexposure is a major factor associated with tinnitus
41                 Fetoplacental glucocorticoid overexposure is a significant mechanism underlying fetal
42 nese (Mn) is an essential trace element, but overexposure is characterized by Parkinson's like sympto
43 ulates skin tissue injury and pain after UVB overexposure, it is discussed whether TRPV4 downregulati
44               Here, we find that brief noise overexposure leads to distinct reorganizations of excita
45                                           UV overexposure leads to sunburn with tissue injury and pai
46 anganese accumulation in these structures on overexposure may be common to all primates, including hu
47 ental lactate production induced by cortisol overexposure may contribute to the adverse effects of ma
48 gs support the hypothesis that acute ethanol overexposure may increase the risk of infection and inhi
49                                         This overexposure occurs across crime types and geographic re
50  of white adipose tissues is associated with overexposure of lean organs to circulating triglycerides
51 ysiology and cognition in humans, and either overexposure or (more rarely) insufficiency can cause ne
52                                 In contrast, overexposure, particularly with APTMS, reduces performan
53                                     Acoustic overexposure, such as listening to loud music too often,
54         The moderate nature of this acoustic overexposure suggests that cochlear neurons are at risk
55 a channel's sensitivity is reduced following overexposure to adaptation stimuli that selectively stim
56                                              Overexposure to anti-thymocyte globulin leads to poor CD
57                                              Overexposure to corticosteroid hormones is harmful to hi
58 ory decrements can lead to food poisoning or overexposure to environmentally hazardous chemicals that
59 d fetal growth, both involving fetoplacental overexposure to glucocorticoids but from distinct source
60  The inner ear can be permanently damaged by overexposure to high-level noise; however, damage can be
61                                              Overexposure to intense noise can destroy the synapses b
62                                              Overexposure to intense sound can cause temporary or per
63 ethics of using a placebo, the potential for overexposure to iodine, and the possibility of community
64 including occlusions, glass reflections, and overexposure to light.
65                                              Overexposure to manganese (Mn) may lead to parkinsonian
66                                              Overexposure to manganese is an environmental risk facto
67 n 28 weeks may protect cerebral tissues from overexposure to oxygen.
68  cancer are cryptorchidism, infertility, and overexposure to pesticides or radiation.
69                   However, acute and chronic overexposure to selenium can be neurotoxic.
70 thy, guinea pigs received a unilateral sound overexposure to the left ears.
71 of outer hair cells would be compatible with overexposure to underwater noise, affecting the region w
72 onal trauma, contact with bleaching phenols, overexposure to UV, and mechanical injury can lead to pr
73 iption of the sterile inflammation caused by overexposure to UVB irradiation (i.e., sunburn) in the m
74 ing use of commercial sunscreens to pre-empt overexposure to UVR.
75 sumption advisories are developed to prevent overexposure to various contaminants.
76 vertheless, it has long been recognized that overexposure to vitamin A or retinoic acid causes widesp
77                                        Noise overexposure triggers recruitment of the autophagosome-a