Notes

Spatial and also socioeconomic inequalities in the accessibility to neighborhood well being centres within the Jakarta region, Philippines.
Traumatic life events experienced by immigrant-refugee children and youth may deteriorate their mental health and well-being. It is a public health priority to develop appropriate mental health interventions for this population.

To understand the psychosocial needs of immigrant-refugee children and youth resettled in Canada in the context of their school and community and to identify the characteristics of school-/community-based mental health programs for this group.

Arksey and O'Malley's methodology for scoping reviews was used to select the studies based on criteria, extract data in a table, and synthesize main findings.

Fifteen peer-reviewed articles and five grey literature were identified. Key findings show that collaboration between schools, communities, and families play a crucial role in developing and implementing comprehensive mental health interventions for immigrant-refugee children/youth. Involving cultural brokers/interpreters and racially diverse school teachers/staff, is important to establish a trustful relationship between school authorities and marginalized population.

Further research is needed to examine the impact of collaborative mental healthcare among multiracial and newcomer families in Canada. Furthermore, there is a need to study the impact of adopting creative expression programs at schools/communities to improve emotional/behavioural problems and enhance school performance of these groups.
Further research is needed to examine the impact of collaborative mental healthcare among multiracial and newcomer families in Canada. Furthermore, there is a need to study the impact of adopting creative expression programs at schools/communities to improve emotional/behavioural problems and enhance school performance of these groups.
Cognitive strategies are preferred among nurses who have limited opportunities in the workplace to use behavioral strategies to cope with negative life events.

To explore whether different cognitive emotion regulation profiles could be distinguished in nurses exposed to workplace violence, and to investigate whether such profiles had differential associations with depressive symptoms.

An online survey was conducted among nurses exposed to workplace violence (
 = 399). Latent profile analysis was performed to identify discrete profiles based on the use of cognitive emotion regulation strategies. GW2580 supplier The Bolck, Croon, and Hagenaars method was applied to compare the latent profiles on the depressive symptoms.

Seven latent profiles were identified Low Regulators, Medium Regulators, High Regulators, Intensely Adaptive Regulators, Moderately Adaptive Regulators, Intensely Maladaptive Regulators, and Moderately Maladaptive Regulators. High Regulators had the highest level of depressive symptoms. Although using less adaptive strategies, Low Regulators did not report significantly more depressive symptoms than Medium Regulators, Intensely Maladaptive and Moderately Maladaptive Regulators.

The adaptability of cognitive emotion regulation strategies depends on the conjunction of different strategies one person has at his disposal. Cognitive emotion regulation skill training should focus on flexible implementation of strategies and decreasing use of maladaptive strategies.
The adaptability of cognitive emotion regulation strategies depends on the conjunction of different strategies one person has at his disposal. Cognitive emotion regulation skill training should focus on flexible implementation of strategies and decreasing use of maladaptive strategies.Aim To explore FBXW7 protein-coding transcript isoform (α, β and γ) expression, their functions and prognostic value in ovarian serous cystadenocarcinoma (OSC). Materials & methodsFBXW7 transcript data were collected from The Cancer Genome Atlas and the Genotype-Tissue Expression project. IOSE, A2780 and SKOV3 cells were used for in vitro and in vivo studies. ResultsFBXW7α and FBXW7γ are dominant protein-coding transcripts that were downregulated in OSC. FBXW7γ overexpression reduced the protein expression of c-Myc, Notch1 and Yap1 and suppressed OSC cell growth in vitro and in vivo. FBXW7γ expression was an independent indicator of longer disease-specific survival (HR 0.588; 95% CI 0.449-0.770) and progression-free survival (HR 0.708; 95% CI 0.562-0.892). ConclusionFBXW7γ is a tumor-suppressive and might be the only prognosis-related FBXW7 transcript in OSC.Cranioplasty implants are routinely fabricated from commercially pure titanium plates by maxillofacial prosthetists. The differing fabrication protocols adopted by prosthetists working at different hospital sites gives rise to considerable variations in surface topography and composition of cranioplasty implants, with residues from the fabrication processes having been found to become incorporated into the surface of the implant. There is a growing recognition among maxillofacial prosthetists of the need to standardise these protocols to ensure quality and consistency of practice within the profession. In an effort to identify and eliminate the source of the inclusions associated with one such fabrication protocol, the present study examined the surfaces of samples subjected to each of the manufacturing steps involved. Surface and elemental analysis techniques identified the main constituent of the surface inclusions to be silicon from the glass beads used to texture the surface of the implant during fabrication. Subsequent analysis of samples prepared according to a revised protocol resulted in a more homogeneous titanium dioxide surface as evidenced by the reduction in area occupied by surface inclusions (from 8.51% ± 2.60% to 0.93% ± 0.62%). These findings may inform the development of improved protocols for the fabrication of titanium cranioplasty plates.In this paper, a complex porous dental implant with biodegradable magnesium alloy was designed based on selective laser melting (SLM). Finite element analysis (FEA) was used to simulate the stress distribution of dental implant and alveolar bone in two models of preliminary and later stages of implant. The stress concentration area of dental implants was found not in the porous structure, and the weak part of mechanical properties accords with the work requirements. The porous structure of dental implants can promote the function of cancellous bone in the process of conducting the stress of the dental implant, thus improving the bearing capacity of dental implants. In vitro fatigue experiments were carried out on the experimental samples produced by 3D printing. Through the cell contrast experiment, it was proved that the decomposed Mg2+ could reach the titanium surface smoothly through the porous structure and complete the proliferation of osteoblasts.
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