BACKGROUND Severe oral mucositis associated with cancer therapy is a frequent complication that may affect a patient's systemic condition,resulting in interruption and/or prolongation of cancer ***®is a medical soluti...
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BACKGROUND Severe oral mucositis associated with cancer therapy is a frequent complication that may affect a patient's systemic condition,resulting in interruption and/or prolongation of cancer ***®is a medical solution in the form of a mouthwash that has been shown to result in statistically significant improvement in the prevention of severe oral ***,knowing the measures of the clinical significance of this therapy is important for accurate *** describe the clinical impact of Dentoxol®use in severe oral *** Clinical significance was measured using the results obtained in a randomized controlled clinical trial previously conducted by the same group of *** measures of clinical significance evaluated were the absolute risk or incidence,relative risk,absolute risk reduction,relative risk reduction,number needed to treat,and odds *** The data obtained show that the impact of Dentoxol®on reducing the severity of oral mucositis has important clinical *** The results of this study justify the incorporation of Dentoxol®mouth rinse into clinical protocols as a complement to cancer therapy to prevent and/or treat oral mucositis secondary to radiotherapy.
This study explores the impact of introducing vacancy in the transition metal layer of rationally designed Na_(0.6)[Ni_(0.3)Ru_(0.3)Mn_(0.4)]O_(2)(NRM)cathode *** incorporation of Ru,Ni,and vacancy enhances the struct...
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This study explores the impact of introducing vacancy in the transition metal layer of rationally designed Na_(0.6)[Ni_(0.3)Ru_(0.3)Mn_(0.4)]O_(2)(NRM)cathode *** incorporation of Ru,Ni,and vacancy enhances the structural stability during extensive cycling,increases the operation voltage,and induces a capacity increase while also activating oxygen redox,respectively,in Na_(0.7)[Ni_(0.2)V_(Ni0.1)Ru_(0.3)Mn_(0.4)]O_(2)(V-NRM)*** analytical techniques including transmission electron microscopy,X-ray absorption near edge spectroscopy,operando X-ray diffraction,and operando differential electrochemical mass spectrometry are employed to assess changes in the average oxidation states and structural *** results demonstrate that V-NRM exhibits higher capacity than NRM and maintains a moderate capacity retention of 81%after 100 ***,the formation of additional lone-pair electrons in the O 2p orbital enables V-NRM to utilize more capacity from the oxygen redox validated by density functional calculation,leading to a widened dominance of the OP4 phase without releasing O_(2) *** findings offer valuable insights for the design of advanced high-capacity cathode materials with improved performance and sustainability in sodium-ion batteries.
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