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1 and an early increase in vascular resistance postradiation.
2 Structural analysis revealed more pronounced postradiation accumulation of interstitial collagen III
3 4(Cdt2) to polyubiquitylate and degrade Cdt1 postradiation, an activity that is critical for preventi
4                                              Postradiation anchorage-independent colony formation is
5 40%) declined dental extractions immediately postradiation and the remaining 30 (60%) underwent a med
6 , (2) NYHA class, and most powerfully, (3) a postradiation cause.
7 st cell-deficient rats exhibited more severe postradiation changes than mast cell-competent littermat
8 TGF-beta3 immunoreactivity exhibited minimal postradiation changes.
9 is drug warrants testing as part of standard postradiation chemotherapeutic regimens.
10                      Notably, treatment with postradiation chemotherapy (PCV; procarbazine, lomustine
11 sequelae, when this therapy is combined with postradiation chemotherapy.
12 f the presence of extrapelvic disease in the postradiation cohort, with area under the curve of 85%.
13 undance of tumor-enriched clonotypes at 2 wk postradiation compared with pretreatment levels; however
14 by postsurgical (66%, 95% CI 52% to 78%) and postradiation CP (27%, 95% CI 9% to 58%).
15                 This cohort study found that postradiation dental extractions incur considerable risk
16 radiation and may change in those developing postradiation diarrhea.
17 eversal of this arrest appears to begin 48 h postradiation exposure.
18 le differences in lipid and collagen content postradiation in the tumor microenvironment, with consis
19  sensitizes GBM cells to radiation, reducing postradiation invasion gains.
20 ssion revealed that the VEGF trend comparing postradiation levels with last level taken during treatm
21                                   Use of the postradiation magnetic resonance imaging (MRI) as baseli
22                                     Although postradiation maximum standard uptake values were signif
23 and there was a trend in favor of the use of postradiation MRI as the baseline scan in nGBM.
24 the neck to chemotherapy and, therefore, had postradiation neck dissections, four of which were posit
25                                        The 9 postradiation neoplasms presented as either anaplastic a
26 h PET results, but the same was not true for postradiation patients.
27       Planned dental extractions immediately postradiation presents an alternative strategy, though o
28  therapy (AST) for a rising postoperative or postradiation prostate-specific antigen (PSA), we evalua
29 r 8 months of AST given for postoperative or postradiation PSA failure is significantly associated wi
30 eae and Enterococcaceae were associated with postradiation restoration of hematopoiesis and gastroint
31 l as an unique approach for the treatment of postradiation salivary hypofunction.
32                                       In the postradiation subgroup (n = 50), (18)F-DCFPyL PET/CT was
33 icotinamide alone or when the drug was given postradiation, suggesting that its mechanism of action m
34 kinase inhibitor (KI) GW572016 decreased the postradiation survival of irradiated Ras-transformed cel
35 activity downstream of the EGFR and increase postradiation survival, both of which are abrogated by G
36 versus 643 +/- 54 microm; P = 0.02), reduced postradiation transforming growth factor-beta overexpres
37   In contrast, growing HeLa cells after 24 h postradiation treatment showed an increase in telomerase
38                                          The postradiation variation in the expression level of sever
39            Two of these cell lines exhibited postradiation viability levels intermediate between norm
40 who underwent dental extractions immediately postradiation was 40% (95% CI, 22%-58%) and 7% (95% CI,