19 resultados para Representación mental
Resumo:
525 p.
Resumo:
Existe una mayor prevalencia de enfermedades asociadas en los pacientes con TMG que en la población general. Esto hace que la esperanza de vida de estas personas se vea reducida. La aparición de las enfermedades adyacentes se debe al tratamiento, hábitos insaludables o la escasa interacción social. La estigmatización de la enfermedad también juega un papel crucial en la evolución del trastorno. Enfermería puede incidir sobre los hábitos de vida, así como fomentar las relaciones personales del paciente para mejorar la calidad de vida y prevenir las enfermedades asociadas. Los objetivos de este trabajo son describir la relación entre padecer un TMG con una mayor incidencia de enfermedades crónicas y realizar una propuesta de cuidados de enfermería para su prevención. Se ha realizado una revisión narrativa, acudiendo a bibliotecas y realizando búsquedas bibliográficas en bases de datos electrónicas. Entre los hábitos no saludables comunes encontramos el tabaquismo, con tasas tres veces superiores en los pacientes con esquizofrenia, mientras que el sedentarismo se da por falta de motivación, o por no encontrarse en un entorno adecuado. Esto produce diferentes enfermedades, donde la más común es la EPOC. Vemos que la intervención bio-psico-social mejora el funcionamiento personal y social de las personas con TMG, mejorando su calidad de vida y permitiendo corregir los hábitos no saludables. Los familiares también pueden verse afectados por lo que incluirlos en la intervención será de ayuda. Dados los prejuicios, ser diagnosticado de TMG genera un impacto en el individuo que rompe las expectativas de vida y futuro, tanto en su ámbito personal como en el familiar. Estos afectan en la calidad de vida del paciente, pues condicionan la aparición del autoestigma. La base para evitar que esto ocurra es la prevención, donde el rol de la enfermera adquiere una gran importancia.
Resumo:
Only a few studies have examined the efficacy and safety of smoking cessation programmes in patients with mental disorders. The aim of this paper is to describe in detail the methodology used in the study as well as the Multi-component Smoking Cessation Support Programme in terms of pharmacological treatments and psychological interventions. An open-label 9-month follow-up study was conducted in Spain. A total of 82 clinically stable outpatients with schizophrenia, schizoaffective or bipolar disorder were enrolled. Treatment consisted of a programme specifically developed by the research team for individuals with severe mental disorders. The programme consisted of two phases: (1) weekly individual motivational therapy for 4-12 weeks, and (2) a 12-week active treatment phase. During this phase, at each study visit patients received a one- or two-week supply of medication (transdermal nicotine patches, varenicline or bupropion) with instructions on how to take it, in addition to group psychotherapy for smoking cessation. Evaluations were performed: (1) at the time of enrolment in the study, (2) during the 12-week active treatment phase of the study (weekly for the first 4 weeks and then biweekly), and (3) after the end of this phase (two follow-up assessments at weeks 12 and 24). Evaluations included: (1) smoking history, (2) substance use, (3) psychopathology, (4) adverse events, and (5) laboratory tests. The importance of this study lies in addressing a topical issue often ignored by psychiatrists: the unacceptably high rates of tobacco use in patients with severe mental disorders.
Resumo:
Background: Little is known about how sitting time, alone or in combination with markers of physical activity (PA), influences mental well-being and work productivity. Given the need to develop workplace PA interventions that target employees' health related efficiency outcomes; this study examined the associations between self-reported sitting time, PA, mental well-being and work productivity in office employees. Methods: Descriptive cross-sectional study. Spanish university office employees (n = 557) completed a survey measuring socio-demographics, total and domain specific (work and travel) self-reported sitting time, PA (International Physical Activity Questionnaire short version), mental well-being (Warwick-Edinburg Mental Well-Being Scale) and work productivity (Work Limitations Questionnaire). Multivariate linear regression analyses determined associations between the main variables adjusted for gender, age, body mass index and occupation. PA levels (low, moderate and high) were introduced into the model to examine interactive associations. Results: Higher volumes of PA were related to higher mental well-being, work productivity and spending less time sitting at work, throughout the working day and travelling during the week, including the weekends (p < 0.05). Greater levels of sitting during weekends was associated with lower mental well-being (p < 0.05). Similarly, more sitting while travelling at weekends was linked to lower work productivity (p < 0.05). In highly active employees, higher sitting times on work days and occupational sitting were associated with decreased mental well-being (p < 0.05). Higher sitting times while travelling on weekend days was also linked to lower work productivity in the highly active (p < 0.05). No significant associations were observed in low active employees. Conclusions: Employees' PA levels exerts different influences on the associations between sitting time, mental well-being and work productivity. The specific associations and the broad sweep of evidence in the current study suggest that workplace PA strategies to improve the mental well-being and productivity of all employees should focus on reducing sitting time alongside efforts to increase PA.