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1 dpi) (early phase) or at 15, 18, and 21 dpi (late phase).
2 fibrosis starting 14 days after laparotomy (late phase).
3 crete cytokines/chemokines and leukotrienes (late phase).
4 early phase and plasma and platelets in the late phase.
5 rly phase of the response and by SFKs in the late phase.
6 regions depicted increased activation in the late phase.
7 l nucleotide is specified-referred to as the late phase.
8 ermediate phase, and became extensive in the late phase.
9 Healing occurs in two phases, early and late phase.
10 f disease progression, without affecting the late phase.
11 transient with a fast early phase and a slow late phase.
12 ated kinase (ERK) activation, an early and a late phase.
13 ctor gene expression also reflects early and late phases.
16 production continued increase further in the late phase (16-24 hrs); whereas the production of PGD(2)
18 preparations and the effect of ranolazine on late phase 3 early and delayed afterdepolarization (EAD
19 therapies as well as medications that are in late phase 3 trials or under approval exhibit primarily
22 s required for the generation of ROS and the late-phase activation of JNK during TNF-induced necrosis
25 spine loss rate was increased and during the late phase after denervation the spine loss rate was dec
26 Here we report that p53 stabilization in the late phase after ionizing radiation correlates with acti
28 matic patients followed up from the early to late phase after TIA or stroke (339.7 nM vs 308.6 nM; p
30 of the early phase (0-2 h), and blunted the late phase (after 4 h) of JNK activation and translocati
31 distinguish an early phase (1st week) and a late phase (after the 1st week), and (d) emphasize syste
33 [TCTP] and fortilin) has been implicated in late-phase allergic reactions (LPRs) and chronic allergi
34 e in blocking TH2 effector activation in the late-phase allergic response, IL-10 is a known IgG1 swit
38 thelial growth factor (VEGF) are features of late-phase allergic skin reactions, previously proposed
39 ransient activity of L4P at the start of the late phase and contributes to an efficient switch from e
40 elease of inflammatory mediators, as well as late-phase and chronic allergic inflammation, resulting
41 pinal lamina IIo nociceptive synapses in the late phase, and this increase was suppressed by carbenox
43 to neutrophil recruitment to injuries at the late phase as it induces Cxcl8 expression in vivo throug
45 and 7) significantly blocks antigen-induced late-phase bronchoconstriction and airway hyper-responsi
46 -2 or c-PGES isomerase, mediates LPS-induced late-phase burst of PGE(2) generation, and regulates LPS
47 stimulation inhibits VAMP8-mediated mid- and late-phase but not VAMP2-mediated early-phase secretion.
48 mice showed blunted FcvarepsilonRI-dependent late-phase, but not acute, anaphylactic responses and ai
49 aB-dependent and necessary for the resulting late phase cardioprotection against a subsequent ischemi
54 inical and translational data and early- and late-phase clinical trials in which palbociclib has been
55 a for promising agents that are currently in late-phase clinical trials, including daclizumab, ocreli
57 d to the plasma membrane, where it recruited late-phase CME proteins and supported productive endocyt
58 st mite- and IL-33-driven lung inflammation, late phase cutaneous anaphylaxis, and collagen-induced a
59 ulate both immediate-phase degranulation and late-phase cytokine production downstream of FcepsilonRI
60 he early phase (day 1 postinfection) and the late phase (day 2 postinfection) of the type I IFN respo
62 reduced immediate hypothermia, as well as a late-phase decrease in body temperature that was abrogat
64 ral vessels, venous and arterial tortuosity, late-phase disc leakage, central and peripheral telangie
65 itiation, whereas Tregs reciprocally inhibit late-phase disease, with overlapping B10 cell and Treg f
68 d D2R internalization in SZ leads to blunted late-phase displacement, or a faster return to baseline,
70 l inflammatory mediators, including IL-6, at late phase during the response to lipopolysaccharide cha
73 ith right subthalamotomy could not engage in late phase, fast inhibition of the response and showed m
74 an MT ratio of rats injected with PG-PS with late-phase fibrosis was higher than that in rats with ea
75 he MT ratio of rats injected with PG-PS with late-phase fibrosis was higher than that of control anim
76 ations in the Early phase for snakes and the Late phase for monkey faces, but no significant differen
77 ion in which a key step is the activation of late-phase gene expression to produce proteins from whic
81 otid stenosis in the early (</= 4 weeks) and late phases (>/= 3 months) after TIA or stroke in this p
82 zard ratio [HR]: 1.24; p = 0.04) and reduced late-phase hazard of death (HR: 0.57; p = 0.04) than the
83 s canicula (a representative chondrichthyan) late phase HoxD transcripts are present in cells of the
85 ge, yet the mechanisms by which the mosquito late-phase immune response limits oocyst survival are le
86 ete-to-oocyst differentiation but mediates a late-phase immune response that decreases oocyst surviva
90 scein angiography showed staining during the late phase in the central macula at all follow-up visits
93 y significantly exacerbates the IgE-mediated late phase inflammation in a murine model of passive cut
96 ated postprandial glucose despite 14% higher late-phase insulin) without change in early-phase insuli
99 the repressive effect of IL-1beta during the late phase is mediated through Sp3 recruitment to the pr
102 lite cotinine, for > or = 8 h suppressed the late phase (leukotriene/cytokine production) but not deg
104 negative effects of 6 h of SD on hippocampal late-phase long-term potentiation (L-LTP) and hippocampu
105 ndent BDNF expression impairs BDNF-dependent late-phase long-term potentiation (L-LTP) in CA1, a site
108 died between December 2008 and May 2009 with late-phase (LP) contrast material-enhanced US by using f
109 f basophils failed to develop early (EPR) or late phase (LPR) nasal responses following allergen sens
112 hods were used to evoke and record early and late phase LTP in the dentate gyrus of anesthetized rats
114 CA1 cells; this led to impaired hippocampal late-phase LTP and memory consolidation, with no obvious
120 d its correlation with early (tryptase)- and late-phase markers (IL-13 levels, eosinophil numbers) of
121 those with chronic/recurring symptoms in the late phase (mean follow-up, 11 years) did have higher ri
122 vioural responses: early-phase analgesia and late-phase mechanical allodynia which requires NMDAR; bo
125 role for dorsal hippocampal dopamine in this late-phase memory consolidation and, unexpectedly, diffe
128 myocardial injection of autologous CSCs in a late phase model of chronic infarction resulted in less
130 complete Freund's adjuvant injection and the late phase neuropathic pain following chronic constricti
131 ng Nox4 demonstrated a substantially reduced late-phase neuropathic pain behavior after peripheral ne
132 jury could upregulate connexin-43 to sustain late-phase neuropathic pain by releasing chemokine from
133 lowing lumbar puncture alleviates early- and late-phase neuropathic pain symptoms, such as allodynia
137 of feeding in INT-BDNF(-/-) mice during the late phase of a scheduled meal suggested that increased
142 ase of ADO effect only in 12 PVs, during the late phase of ADO effect only in 8 PVs, and during both
144 t checkpoints of the FoxP3 Treg chain in the late phase of alloimmune response and, thus, acts as an
145 hich astrocyte MTSOD1 loss affected only the late phase of ALS disease, we found that astrocyte MTSOD
146 nal-regulating kinase 1 (ASK1) regulates the late phase of APAP-induced JNK activation, but the mitog
147 pathway was required for both the early and late phase of Arc translation during mGluR-LTD, through
152 luding survival in macrophages or during the late phase of chronic tuberculosis in the murine lungs.
153 and Hsp90beta play an essential role in the late phase of CLC-1 quality control by dynamically coord
157 together, these findings describe a distinct late phase of corneal allograft rejection that is likely
159 reatment with fingolimod (FTY720) during the late phase of disease revealed that retinal CD8(+) T cel
162 Myosin VI knockdown selectively impaired a late phase of exocytosis, consistent with a replenishmen
164 ith continued life-saving benefit during the late phase of follow-up (5 through 8 years: hazard ratio
165 0-kDa auxiliary protein produced in the very late phase of gene transcription by Autographa californi
167 d kinetics (4-6 hours), establishing a novel late phase of GF signaling that appears to be constituti
169 impaired both long-term memory (LTM) and the late phase of hippocampal long-term potentiation (L-LTP)
171 rability of IN to small molecules during the late phase of HIV-1 replication unveils a pharmacologica
176 nt for the temporal switch from the early to late phase of infection by regulating both early and lat
177 inant-negative derivative of Nxf1 during the late phase of infection interfered with production of a
178 immune modulation occurs during the early or late phase of infection, assessments of fungal burden an
180 and how it contributes to activation of the late phase of infection, is important to our understandi
181 mmation, coagulation, and homeostasis in the late phase of infection, resulting in a more severe dise
182 ene expression was down-regulated during the late phase of infection, which led to relocation of the
186 II expressed in the motor neuron blocked the late phase of intermediate-term facilitation in sensory-
190 excitability of neurons and facilitates the late phase of long-term potentiation (LTP) in the Schaff
193 n factor SRF or its cofactor MAL blocked the late phase of LTD in mouse cultured cerebellar Purkinje
194 eting TLR4 signaling, was induced during the late phase of lung injury in WT mice, whereas it was inc
195 ost, that are required specifically for this late phase of oskar localization shows that germ plasm a
196 ion of analgesia was markedly shorter in the late phase of oxaliplatin neuropathy and in alcoholic ne
199 virus, UL103 appears to function during the late phase of replication, playing a critical role in eg
200 lted in the inhibition of both the early and late phase of ROS generation, without affecting the earl
201 onstrate that Cdc7 regulates the initial and late phase of SM differentiation through distinct mechan
205 o tachy-arrhythmias due to the fact that the late phase of the cardiac action potential is highly sus
208 e other, phage DNA movement slows during the late phase of the lytic cycle, whereas it remains the sa
211 However, knockdown of Src abolished the late phase of TLR3 Tyr-759 phosphorylation and decreased
213 lls have difficulty distinguishing early and late phases of a transcriptional cascade or identifying
216 lays critical but diverse roles in early and late phases of antibody responses and plasma cell differ
217 lly preceded dynamin2 recruitment during the late phases of CME, and promoted dynamin recruitment.
219 t not ROCK, markedly reduced the initial and late phases of contraction in a non-additive manner and
220 ific antagonist reduced both the initial and late phases of contraction with a significant decrease i
221 dherin-6B (Cad6B) are expressed in early and late phases of cranial motoneuron development, respectiv
229 for both long-term memory consolidation and late phases of long-term potentiation and long-term depr
230 with the retromer complex at both early and late phases of macropinosome maturation, but mediates re
231 phase, whereas CXCL8 plays a key role in the late phases of recruitment, but the crosstalks between t
232 sequent trafficking steps, such as early and late phases of recycling of AT1-R in human embryonic kid
235 P3 in brown adipose tissue mediate early and late phases of sympathomimetic thermogenesis, respective
236 the role of mast cells in both the early and late phases of the inflammatory response in experimental
237 on of formalin-induced behavior in early and late phases of the mouse intradermal formalin test of pa
240 nown functions of UPF3B during the early and late phases of translation termination suggest that UPF3
242 In mouse limbs the autopod is built by a "late" phase of Hoxd and Hoxa gene expression, orchestrat
245 of a wide range of durations; by minimizing late phase oscillations response durations may be fine-t
246 pain-induced analgesia in groups with either late-phase oxaliplatin neuropathy, alcoholic neuropathy,
251 UMO-2 from Mre11 and Nbs1, indicating that a late-phase process is involved in Mre11 and Nbs1 desumoy
252 ligase-inactive TRAF6[L74H] mutant, but the late-phase production of IL-6, IL-12, and TNFalpha (cont
253 rse outcome, patients with AHF have a better late phase prognosis compared with patients with Cr-HF (
254 ned PKA activation and greater inhibition of late-phase promitogenic p42/p44 and PI3K activities.
258 results suggest a considerable deficiency in late-phase replication and viral assembly during VZV inf
259 phosphorylated in a biphasic manner, and the late phase requires NFATc1-mediated p300-dependent acety
261 ts reveal an mTORC1-dependent IL-10-mediated late phase response to TNF by primary human macrophages,
262 erapy (SCIT) using the allergen-induced skin late-phase response (LPR) and exploratory immune monitor
265 unctivitis was evaluated clinically, and the late-phase response was assessed by histopathology.
266 The suppressive effect of nicotine on the late-phase response was blocked by the alpha7/alpha9-nAC
268 exerts negative regulation over IgE-induced late phase responses and cytokine production in mast cel
269 om older donors have diminished induction of late-phase responses (eg, STAT1, IRF7, and IRF1), sugges
270 ermal allergen immunotherapy suppressed skin late-phase responses but was not clinically effective an
271 ection suppresses allergen-induced cutaneous late-phase responses comparably with conventional subcut
272 essed by bronchoalveolar lavage (BAL) during late-phase responses following allergen challenge of all
274 ly, fingolimod attenuates both immediate and late-phase responses to histamine with reduced extravasa
275 e that basophil activation during early- and late-phase responses to inhaled allergen might be driven
276 es predominated early on in response to LCS, late-phase responses were characterized by up- and downr
277 d after intradermal allergen challenges, and late-phase responses were measured 4 and 7, 10, or 13 mo
279 immune system surveillance, whereas, in the late phases, shigellae harboring immunopotent LPS are fu
283 DNF synthesis is required for spine pruning, late-phase spine maturation, and recovery of cortical re
284 efficiency, and thus more applicability for late-phase studies, or greater statistical efficiency bu
286 emonstrated that their absence resulted in a late phase that is associated with enhanced neutrophil i
288 ing stathmin-tubulin binding, whereas in the late phase these processes are reversed leading to an in
289 al roles in moving the infection on into the late phase; these two proteins are produced by the actio
290 ilitate the transition of these therapies to late phase trials and to evaluate closely histocompatibi
295 seconds (P = .002) and significantly reduced late-phase washout slope (P = .002) when compared with h
296 slope of the first-pass peak (P = .011), and late-phase washout slope (P = .032), estimated by using
297 (HR, 4.38 [95% CI, 1.39-13.81]), and in the late phase were nonmyeloablative conditioning regimen (H
298 ional brain activations during the early and late phases were compared with a longitudinal measure of
300 Finally, downstream factors derived from the late phase, which do not include Oct4, Sox2, Klf4, c-Myc
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