View clinical trials related to Aggression.
Filter by:Given the public health and social relevance of sexual aggression and the gap in the extant literature regarding state anger, emotion regulation, alcohol, and sexual aggression, the present study will contribute to our understanding of emotion regulation's role in sexual aggression perpetration. The proposed 2-year research plan will examine the effects of alcohol intoxication, state anger, and emotion regulation on men's sexual aggression intentions. This study will recruit non-monogamous, men (individuals who identify their gender as male and whose biological sex is male) who have sex with women, ages 21-35. While more research on female perpetrators is needed, the proposed study will exclusively recruit males for the following reasons: 1) the scientific literature indicating the majority of sexually aggressive acts are perpetrated by men; and 2) the current sexual aggression analog has not been piloted with female participants and would require preliminary experiments to determine its appropriateness. The study will utilize a 2x2 design in which participants are randomized to beverage condition [alcohol (target BAC= .08gm%) or control (no alcohol control)] and an emotion induction (anger induction or control). The outcomes will be assessed using a sexual aggression analog which participants will complete on the descending limb of alcohol intoxication and indicate the likelihood that they would engage in various sexually aggressive acts. The study also includes self-report measurements of state anger and emotion regulation to explore emotion regulation as a moderator in the associations among alcohol intoxication, state anger, and sexual aggression intentions.
Sepsis leads to a deregulated host response that can lead to organ failure. During sepsis, experimental and clinical data suggest the occurrence of mitochondrial dysfunctions, particularly in circulating muscle and monocytes, which may contribute to organ failure and death. Lower respiratory infection is the leading cause of death from infectious causes. Mechanical ventilation (MV) is required in 20% of cases of bacterial pneumopathy with Streptococcus pneumoniae (S.p.) , with mortality reaching 50%. There are then frequently criteria for acute respiratory distress syndrome (ARDS), combining bilateral lung involvement and marked hypoxemia. Cyclic stretching of lung cells induced by MV causes sterile inflammation and tissue damage (i.e. ventilator-induced lung injury [VILI]), which can cause cellular dysfunction that alter the immune response, particularly during ARDS. This is why the application of a so-called protective MV is then required. However, this does not prevent about one-third of patients from showing signs of alveolar overdistension, as evidenced by an increase in motor pressure (MP) (MP≥ 15 cmH2O), associated with an increase in mortality. The deleterious effects of MV could be explained by the occurrence of mitochondrial abnormalities. Indeed, the cyclic stretching of lung cells leads to dysfunction in the respiratory chain and the production of free oxygen radicals (FOS), altering membrane permeability. These phenomena could promote VILI, facilitate the translocation of bacteria from the lung to the systemic compartment and lead to alterations in immune response. In our model of S.p. pneumopathy in rabbits, animals on MV develop more severe lung disorders (lack of pulmonary clearance of bacteria, bacterial translocation in the blood, excess mortality), compared to animals on spontaneous ventilation (SV). Intracellular pulmonary mitochondrial DNA (mtDNA) concentrations, a reflection of the mitochondrial pool, are significantly decreased in ventilated rabbits compared to SV rabbits and in infected rabbits compared to uninfected rabbits. At the same time, the mitochondrial content of circulating cells decreased early (H8) in all infected rabbits, but was only restored in rabbits in SV, those who survived pneumonia (Blot et al, poster ECCMID 2015, submitted article). These data suggest an alteration in the mechanisms that restore mitochondrial homeostasis (mitochondrial biogenesis and mitophagy) during the dual infection/MV agression, which may explain the observed excess mortality. Other work by our team illustrates the importance of these phenomena by showing in a mouse model of polymicrobial infection that inhibition of mitophagia in macrophages promotes survival (Patoli et al, in preparation). Human data on this subject are non-existent. The phenomena of mitochondrial dysfunction nevertheless deserve to be explored in humans during the combined MV/pneumopathy aggression in order to understand its possible impact on the effectiveness of the host's immune response. In a personalized medicine approach, these data would open up prospects for targeted therapies, capable of activating mitochondrial biogenesis and/or modulating mitophagia, to prevent organ dysfunction and mortality during severe CALs treated with antibiotic therapy.
The purpose of this study is to evaluate the effect of 4-week SPN-810 treatment on brain functioning in patients aged 8-12 years with ADHD and associated feature of impulsive aggression (IA). This will be achieved using functional magnetic resonance imaging (fMRI) in conjunction with the point subtraction aggression paradigm (PSAP) Task, a behavioral aggression paradigm in which subjects are provoked by having money indirectly taken from them by a fictitious opponent, simulating an aggression response.
The purpose of this study was to evaluate the effect of SPN-810 for the treatment of impulsive aggression (IA) in adolescents diagnosed with ADHD when taken in conjunction with standard ADHD treatment.
A ten-week study to assess MP-101 in Dementia-Related Psychosis and/or Agitation and Aggression
To evaluate the efficacy of pimavanserin compared with placebo in treatment of agitation and aggression after 12 weeks of treatment
The goal of this study is to evaluate efficacy and safety of the combination of lenalidomide, an immunomodulatory drug (IMiD) with a standard immunochemotherapy treatment, called R-DHAP. R-DHAP consists of a monoclonal antibody called Rituximab and chemotherapy consisting of Dexamethasone, high dose Cytarabine, often called Ara-C, and platinum based chemotherapy, either cisplatinum, or, if treatment with cisplatinum is contraindicated, carboplatinum.
Children with an intellectual disability often display severe destructive behavior (e.g., aggression, self-injury) that pose risks to themselves or others and represent barriers to community integration. Destructive behaviors are often treated with behavioral interventions derived from a functional analysis, which is used to identify the antecedents and consequences that occasion and reinforce the destructive behavior. One treatment is called functional communication training (FCT), which involves extinction of destructive behavior and reinforcement of an alternative communication response with the consequence that previously reinforced destructive behavior. Results from epidemiological studies and meta-analyses indicate that treatments based on functional analysis, like FCT, typically reduce destructive behavior by 90% or more and are more effective than other treatments. However, many if not all of these studies have used within-subject experimental designs to demonstrate control of the treatment effects. Replication of the effects of FCT is typically shown on a subject-by-subject basis with relatively small numbers of patients (e.g., one to four patients). No study has demonstrated the effectiveness of FCT for treatment of destructive behavior across a large group of children. The goal of this study is to compare FCT (which is used clinically with the majority of the investigators' patients and is considered best practice for treating destructive behavior that occurs for social reasons [e.g., to access attention, preferred toys, or to escape from unpleasant activities]) to a waitlist control group across a large number of children with destructive behavior to evaluate the generality of FCT effectiveness. The investigators will evaluate rates of destructive behavior with each patient during a pretest baseline and again following FCT (approximately four months later) and/or the waitlist control duration (again, approximately four months later). All children assigned to the waitlist-control condition will be offered FCT services by the investigators' clinic at the end of the four-month waitlist period. These children will again be tested following four months of FCT (i.e., posttest). Therefore, children assigned to the FCT condition will be tested twice (one pretest and one posttest), and children assigned to the waitlist-control condition will be tested thrice (one pretest, a second pretest following a four-month waitlist period, and one posttest).
The goal of this clinical research study is to learn if loratadine can control bone pain caused by pegfilgrastim (a drug given after chemotherapy to help raise white blood cell counts).
The general aim of the proposed pilot study is to evaluate the the efficacy of mind-body bridging (MBB) for anger management compared with the Real Deal anger management program, in helping adolescents control or reduce their anger.