Neoplasm Invasiveness

Children undergoing leukaemia treatment are exposed to a wide range of chemotherapeutic agents and immunosuppressive therapies during treatment and are therefore at great risk for complications. Mucositis is one of the leading chemotherapy-related complications affecting the quality of life of the child. Although it varies according to the degree of mucositis, oral mucosal erythema, white plaques and ulcers are extremely painful and traumatising procedures for pediatric patients during mucositis care. The pain and fear they experience during the procedure may lead children to delay/not perform oral mucositis care or not allow their parents to do so. Since mucositis is a painful condition in children, it is recommended to use distracting nonpharmacological methods that can help reduce the pain and fear of children during mucositis care. In this context, the aim of this study was to determine the effects of music and virtual reality on pain, anxiety and fear during oral mucositis care in children aged 6-12 years receiving leukaemia treatment. Block randomisation (gender (F/M) and age groups (6-9/10-12) will be used to identify participants. Five minutes before the oral mucositis care procedure, all participants, regardless of group, will be assessed with the Child Anxiety Scale-Disposition (CAS-D), Child Fear Scale and Visual Analogue Scale (VAS). The study will be conducted in three groups as control group, VR group and music group. Descriptive characteristics of dependent and independent categorical variables will be given as number and percentage, numerical descriptive characteristics will be given as mean and standard deviation. In examining the relationship between dependent and independent variables, Mann Whitney-Kruskal Wallis or Student t-Anova analyses will be performed according to the result of the analysis of conformity to normal distribution. Bonferroni analysis will be used for pairwise comparisons and Covariance analysis will be used to investigate the effect of variables with children.

Oral Melatonin is a commercially available product available alone and as a constituent in a number of supplements. Previous research suggests that short-term supplementation with oral melatonin may amplify the recovery response to damaging resistance exercise via modulation of subsequent immune and inflammatory responses. However the effects of oral melatonin on neutrophil and monocyte invasion/migration, a critical step in the resolution of skeletal muscle tissue homeostasis, has not been examined. An oral melatonin supplement (5mg) will be provided three times daily beginning 24-hours before and ending 48-hours after an acute bout of damaging resistance exercise (total 15mg/day for 3 days).
Goals:
1. To investigate the effect of melatonin on systemic and cellular responses following an acute bout of damaging resistance exercise.
2. To investigate the effect of melatonin on measures of functional performance before and during recovery from an acute bout of damaging resistance exercise.

OBJECTIVE: The objective of this study is to evaluate the correlation between KLHL14 expression and its cytoplasm-nuclear localisation and pituitary adenomas biological behaviour with particular focus on its role in epithelial mesenchymal transition and invasion of para and suprasellar regions.
This is a multicenter and multidisciplinary study, with the involvement of the Departments of Neurosurgery of the University of Naples Federico II and the Department of Biosciences of the University of Teramo.