Vivencias y percepción de los profesionales sanitarios de las urgencias extrahospitalarias ante las agresiones

ObjetivoConocer las opiniones de los profesionales sanitarios que trabajan en el Punto de Atención Continuada de Ourense (PAC) con relación a las agresiones laborales.DiseñoEstudio cualitativo con enfoque fenomenológico realizado entre enero y mayo del 2019.EmplazamientoPAC.ParticipantesVeinte profesionales de distintas categorías.MédodoMuestreo estructural. Se emplearon entrevistas abiertas grabadas en audio, previo consentimiento de los participantes.ResultadosLos profesionales entrevistados manifiestas haber sido víctimas de agresiones, sobre todo verbales. Estas agresiones según los participantes son tan habituales que las han normalizado dentro de su jornada laboral. Ninguno ha denunciado nunca este tipo de conductas, en gran medida porque consideran que la burocracia y los trámites administrativos son tediosos, y otros por desconocimiento del procedimiento. Este tipo de situaciones, a nivel laboral, les causa sentimientos de tristeza, rabia e impotencia y son la causa, según ellos, del aumento de la medicina defensiva. Los profesionales consideran que la causa del aumento de las agresiones entre el colectivo es la mala educación y la gestión inadecuada del empoderamiento del paciente.ConclusionesLos profesionales sanitarios sufren continuamente agresiones, sobre todo de tipo verbal, siendo algo habitual en su día a día. Estas agresiones no son denunciadas, pero les causan múltiples sentimientos negativos y disruptivos, llegando a modificar su manera de trabajar.Palabras clave: Violencia laboral, Personal de salud, Agresión, Violencia     

Stimulating the ventrolateral prefrontal cortex (VLPFC) modulates frustration-induced aggression: A tDCS experiment

BackgroundThe prefrontal cortex is crucial for top-down regulation of aggression, but the neural underpinnings of aggression are still poorly understood. Past research showed the transcranial direct current stimulation (tDCS) over the ventrolateral prefrontal cortex (VLPFC) modulates aggression following exposure to risk factors for aggression (e.g., social exclusion, violent media). Although frustration is a key risk factor for aggression, no study to date has examined the modulatory role of tDCS on frustration-induced aggression.ObjectivesBy exploring the VLPFC involvement in frustration-aggression link, we tested the hypothesis that the anodal tDCS over right and left VLPFC modulates frustration-induced aggression. We also explored whether tDCS interacts with gender to influence frustration-induced aggression.Methods90 healthy participants (45 men) were randomly assigned to receive anodal or sham tDCS over the right or left VLPFC before being frustrated by an accomplice. To increase reliability, several tasks were used to measure aggression.ResultsWe found that anodal tDCS over the left VLPFC, compared to sham stimulation, increased aggression. Unexpectedly, no main effect was found following tDCS of right VLPFC. However, we also found a significant interaction between gender and tDCS, showing that males were more aggressive than females following sham stimulation, but females became as aggressive as males following active tDCS.ConclusionOverall, these results shed light on the neural basis of frustration-induced aggression, providing further evidence for the involvement of VLPFC in modulating aggressive responses, and on gender differences in aggression. Future research should further investigate the role of stimulating the VLPFC on frustration-induced aggression.     

Future preferences and prospection of future of outcomes: Independent yet specific associations with attention-deficit/hyperactivity disorder

IntroductionSymptoms of attention-deficit hyperactivity disorder (ADHD) and conduct problems have been associated with heightened temporal discounting of reward value resulting in a preference for immediate over delayed outcomes. We examined the cross-sectional relationship between future preference (including intertemporal choice) and prospection (the ability to bring to mind and imagine the experience of future personally-relevant events and outcomes) in adolescents with a range of ADHD symptoms and aggressive behaviour.MethodsA combination of behavioural tasks and self-reports measured intertemporal decision making, individual differences in preference for future outcomes and experience of prospection in a convenience sample of English adolescents aged 11–17 (n = 64, 43.8% males). Parents rated symptoms of ADHD and aggression.Results& Conclusions: Factor analysis identified two factors: “Future Preference” and “Prospection”. Significant negative bivariate correlations were found between ADHD and the scores of both factors and between aggression and Future Preference. A path model confirmed the independent significant association of ADHD with both factors but not with aggression. There was no evidence that Prospection was associated with Future Preference or that it reduced the associations between ADHD symptoms and Future Preference. These results provide further evidence that ADHD is associated with a tendency to prefer immediate over future outcomes. The same association with aggression seemed to be driven by the overlap with ADHD symptoms. We provide some of the first evidence that individuals with high ADHD symptoms have difficulty in prospecting about future episodes. However, this is unrelated to their preference for future outcomes.     

The concept of violent suicide,its underlying trait and neurobiology: A critical perspective

Suicide is one of the leading causes of death and represents a significant public health problem world-wide. Individuals who attempt or die by suicide represent a highly heterogeneous population. Recently, efforts have been made to identify sub-populations and variables to categorize them. A popular dichotomy in suicide research of the past years is violent versus non-violent suicide - based on the method. This dichotomy is important given that there is an association between method of attempted suicide and risk of subsequent death by suicide. The differentiation concerning suicide methods is also critical regarding preventive efforts. In this review, we have tried to approach the concept of violent suicide from different perspectives, including a discussion about its definition and overlapping categories. In addition, we have critically discussed aggression as underlying trait, the question of intent to die, and sociodemographic, environmental, neuropsychological, and neurobiological factors potentially associated with violent suicide.     

The prevalence of aggression in genetic syndromes: A review

Research into behavioural phenotypes identifies both environmental and organic factors as influencing aggression in children and adults with genetic disorders associated with intellectual disability. However, in contrast to self-injury there is a paucity of research that compares aggression across relevant syndromes. The primary aim of this review is to examine the association between aggression and genetic syndromes by analysis of prevalence studies. The review also examines the literature on the form of the behaviour and influence of environmental factors.Results imply that certain syndrome groups (Cri du Chat, Smith-Magenis, Prader-Willi, Angelman, Cornelia de Lange, and Fragile X syndromes; estimates over 70%) evidence a stronger association with aggression than others (e.g. Williams and Down syndromes; estimates below 15%). However, the strength of association is difficult to quantify due to methodological differences between studies. The results from examining form and environmental influences highlight the importance of phenotype–environment interactions. Research employing group comparison designs is warranted and future work on the assessment and intervention of aggression in genetic syndromes should consider the importance of phenotype–environment interactions.     

Treating aggression in persons with autism spectrum disorders: A review

Aggression is one of the most frequent and debilitating problems observed among persons with autism spectrum disorders (ASD). It is common and can be more problematic than many core symptoms of ASD. Thus, treating the behavior is a high priority. A surprisingly limited number of studies have addressed treatment when taken in the context of the vast ASD literature. This paper reviews many of these papers and describes the types of interventions that have been used and the characteristics of the people who have been studied.     

Social functions of individual vasopressin–oxytocin cell groups in vertebrates: What do we really know?

Vasopressin–oxytocin (VP–OT) nonapeptides modulate numerous social and stress-related behaviors, yet these peptides are made in multiple nuclei and brain regions (e.g., >20 in some mammals), and VP–OT cells in these areas often exhibit overlapping axonal projections. Furthermore, the magnocellular cell groups release peptide volumetrically from dendrites and soma, which gives rise to paracrine modulation in distal brain areas. Nonapeptide receptors also tend to be promiscuous. Hence, behavioral effects that are mediated by any given receptor type (e.g., the OT receptor) in a target brain region cannot be conclusively attributed to either VP or OT, nor to a specific cell group. We here review what is actually known about the social behavior functions of nonapeptide cell groups, with a focus on aggression, affiliation, bonding, social stress, and parental behavior, and discuss recent studies that demonstrate a diversity of sex-specific contributions of VP–OT cell groups to gregariousness and pair bonding.     

Lack of association between brain-derived neurotrophic factor Val66Met polymorphism and aggressive behavior in schizophrenia

We investigated the association of the Val66Met gene polymorphism in the Brain-Derived Neurotrophic Factor (BDNF) gene with aggressive behavior among Southern Han Chinese schizophrenia patients. We used polymerase chain reaction-restriction fragment length polymorphism to determine the genotypes and the Modified Overt Aggression Scale (MOAS) to measure aggressive behavior. No significant differences in genotype or allele distribution of Val66Met were identified between aggressive and non-aggressive schizophrenia patients.