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1 nstrated LTF and 54/1733 (3%) had an adverse radiation effect.
2 ation, enhancing colony and sphere formation radiation effects.
3 eir properties, such as abilities to augment radiation effects.
4 ating the likelihood and severity of patient radiation effects.
5 logical upregulation of KLF2 can reverse the radiation effects.
6 on-induced vasculopathy can arise because of radiation effects.
7  of the natural history of breast cancer and radiation effects.
8 5 days or time to euthanasia necessitated by radiation effects.
9 enign thyroid nodules and their influence on radiation effects among 544 subjects who were exposed to
10 ed up to 5 GHz carrier frequency without any radiation effect and this upper-bound can be moved to hi
11 a new and generalized mechanism of action of radiation effects and may therefore inform clinical tria
12            X-ray was used as a reference for radiation effects, and 20-methylcholanthrene was used as
13  but the estimates were imprecise for direct radiation effects, and most were not statistically signi
14                                      Adverse radiation effect (ARE) occurred in 9 patients (5.3%) and
15 veyed this benefit with a low risk of advrse radiation effects (ARE) and worsening clinical status.
16 ses (BMs) with potential benefits in adverse radiation effects (AREs) and meningeal disease (MD).
17  dose has been exceeded, the severity of the radiation effect at any point on the skin increases with
18 or epidemiological studies having bearing on radiation effects at doses comparable to those received
19 ed to assess in more detail modifications of radiation effect by lifestyle and medical risk factors.
20 ween the measure of spatial organization and radiation effect changes sign.
21                                           RF radiation effects depended on the mitotic state of the c
22             Thus, we demonstrate a nanoscale radiation effect directly influencing the formation of m
23                            After classifying radiation effects, explaining terminology used to quanti
24 tent, several studies provided evidence of a radiation effect for breast cancer and skin cancer.
25 ul way to understand the differences seen in radiation effect for tissues based on vessel architectur
26 ility of rapid decoupling of temperature and radiation effects in curing of UV-curable coating formul
27 as a possible mechanism responsible for late radiation effects in humans.
28 radiation techniques have been used to study radiation effects in materials for decades.
29 to allow distinction of recurrent tumor from radiation effects in patients with treated gliomas.
30 were supported by in vitro studies comparing radiation effects in SCN and cortical astrocytes.
31 ffer new opportunities for the modulation of radiation effects in the treatment of cancer.
32 ffer new opportunities for modulation of the radiation effects in the treatment of cancer.
33                         Current knowledge of radiation effects is largely dependent on evidence from
34     However, deforestation-related cloud and radiation effects manifest in coupled climate simulation
35 compared with those containing predominantly radiation effects (n = 8).
36                               Subclinical UV radiation effects, not always associated with visible ch
37 mechanism does not seem to be related to the radiation effects of decaying 99mTc but to chemical(s) p
38 rgeted radiation therapy by using the unique radiation effects of radionuclides that decay by the Aug
39 best predictors of the diffuse versus direct radiation effect on photosynthesis.
40 copy results, was diagnosed as predominantly radiation effect on the basis of histopathologic finding
41 fied as predominantly tumor or predominantly radiation effect on the basis of the ratio of choline at
42         These results suggest that NTE-based radiation effects on brain function are potentially impo
43  a benchmark for studying the high-frequency radiation effects on complex heterogeneous media such as
44            However, the precise mechanism of radiation effects on death and differentiation of NSCs r
45 d as a distinct mediator for temperature and radiation effects on GEP.
46 flap breast reconstruction can avoid adverse radiation effects on healthy donor tissues and delays to
47          Hence, there is a need to study the radiation effects on human tissues, specifically the pho
48 o ubiquitination of p21, indicating that the radiation effects on p53 are specific.
49 re antagonistic in mediating red and far-red radiation effects on seedling de-etiolation and yet act
50 ks, yet human-specific models to investigate radiation effects on skin remain limited.
51                                      Similar radiation effects on subunit monomers and on tetrameric
52                         Here, we investigate radiation effects on the dissolution behavior of boehmit
53 rticularly nelfinavir, significantly enhance radiations effect on human umbilical vein endothelial ce
54 in treatment or for which resection revealed radiation effects only.
55 fering oxygen tensions, we calculate average radiation effect over a range of different vessel densit
56 (LF) and potential for posttreatment adverse radiation effects (PTRE) after early postoperative adjuv
57 ocessing, Skeletal-Appendicular, Long Bones, Radiation Effects, Quantification, Prognosis, Semisuperv
58  Brain/Brain Stem, CNS, MRI, Neuro-Oncology, Radiation Effects, Radiation Therapy, Radiation Therapy/
59 (relative biological effectiveness, RBE, and radiation effects ratio, RER, relative to y rays) for ea
60               If brain T1 is a surrogate for radiation effect, reducing the volume of normal white ma
61 lty Commission (ABCC) and its successor, the Radiation Effects Research Foundation (RERF), have condu
62 the CK2 site is modified in vivo and whether radiation effects the extent of that phosphorylation.
63 oncogenic therapies such as chemotherapy and radiation effect their responses.
64 educe the nanocubes but also caused electron radiation effect to the nanocubes.
65 l of more-selective targeting of therapeutic radiation effects to only tumor cells.
66 own sensitized UCC cells to chemotherapy and radiation effects via increased accumulation of DNA dama
67 rtz model was used to describe tumor growth, radiation effect was simulated by the linear-quadratic m
68                    Reversal of these delayed radiation effects was associated with a decrease in circ
69                                         When radiation effects were included, annual digital mammogra
70 grees C support the existence of a microwave radiation effect, whereas an additional thermal effect i