The Interaction between Attention Deficit Hyperactivity Disorder and Neuropsychological Deficits for Explaining Dropout and Recidivism of Intimate Partner Violence Perpetrators
Abstract:Even though previous research has identified the negative impact of the attention deficit hyperactivity disorder (ADHD) in intimate partner violence (IPV) perpetration, less is known regarding the moderator factors that explain this association. In this study, we first aimed to assess whether there would be differences in terms of specific neuropsychological variables (e.g., IQ, working memory, executive functioning, and emotion decoding) between different groups of IPV perpetrators, affected or not by ADHD, a… Show more
“…Therefore, it would be relevant to measure whether this intrinsic resting-state activity is linked to previous research in this field. Concretely, if it is connected to alterations in emotion decoding processes or other cognitive alterations such as executive dysfunctions, which have been related to IPV proneness 33 , 34 . Furthermore, we emphasize the importance of analyzing this spontaneous brain activity along with other relevant factors of IPV perpetration, such as emotion regulation, which has also been linked to IPV perpetration 3 .…”
Section: Discussionmentioning
confidence: 99%
“…The calculation of the intelligence quotient (IQ) was based on the application of the Spanish validated version of the Kaufman Brief Intelligence Test 31 . It has been previously noted that this instrument is effective at measuring both verbal and nonverbal intelligence with good sensitivity and specificity 32 and has been applied to measure these in IPV perpetrators and non-violent men 33 , 34 .…”
Section: Methodsmentioning
confidence: 99%
“…This tool shows a high level of sensitivity and specificity to distinguish between individuals who have misused cannabis and cocaine and those who have not 42 , 43 . Furthermore, it has been previously employed with IPV perpetrators to measure cannabis and cocaine misuse 33 , 34 .…”
To expand the scientific literature on how resting state functional connectivity (rsFC) magnetic resonance imaging (MRI) (or the measurement of the strength of the coactivation of two brain regions over a sustained period of time) can be used to explain treatment compliance and recidivism among intimate partner violence (IPV) perpetrators. Therefore, our first aim was to assess whether men convicted of IPV (n = 53) presented different rsFC patterns from a control group of non-violent (n = 47) men. We also analyzed if the rsFC of IPV perpetrators before staring the intervention program could explain treatment compliance and recidivism one year after the intervention ended. The rsFC was measured by applying a whole brain analysis during a resting period, which lasted 45 min. IPV perpetrators showed higher rsFC in the occipital brain areas compared to controls. Furthermore, there was a positive association between the occipital pole (OP) and temporal lobes (ITG) and a negative association between the occipital (e.g., occipital fusiform gyrus, visual network) and both the parietal lobe regions (e.g., supramarginal gyrus, parietal operculum cortex, lingual gyrus) and the putamen in IPV perpetrators. This pattern was the opposite in the control group. The positive association between many of these occipital regions and the parietal, frontal, and temporal regions explained treatment compliance. Conversely, treatment compliance was also explained by a reduced rsFC between the rostral prefrontal cortex and the frontal gyrus and both the occipital and temporal gyrus, and between the temporal and the occipital and cerebellum areas and the sensorimotor superior networks. Last, the enhanced rsFC between the occipital regions and both the cerebellum and temporal gyrus predicted recidivism. Our results highlight that there are specific rsFC patterns that can distinguish IPV perpetrators from controls. These rsFC patterns could be useful to explain treatment compliance and recidivism among IPV perpetrators.
“…Therefore, it would be relevant to measure whether this intrinsic resting-state activity is linked to previous research in this field. Concretely, if it is connected to alterations in emotion decoding processes or other cognitive alterations such as executive dysfunctions, which have been related to IPV proneness 33 , 34 . Furthermore, we emphasize the importance of analyzing this spontaneous brain activity along with other relevant factors of IPV perpetration, such as emotion regulation, which has also been linked to IPV perpetration 3 .…”
Section: Discussionmentioning
confidence: 99%
“…The calculation of the intelligence quotient (IQ) was based on the application of the Spanish validated version of the Kaufman Brief Intelligence Test 31 . It has been previously noted that this instrument is effective at measuring both verbal and nonverbal intelligence with good sensitivity and specificity 32 and has been applied to measure these in IPV perpetrators and non-violent men 33 , 34 .…”
Section: Methodsmentioning
confidence: 99%
“…This tool shows a high level of sensitivity and specificity to distinguish between individuals who have misused cannabis and cocaine and those who have not 42 , 43 . Furthermore, it has been previously employed with IPV perpetrators to measure cannabis and cocaine misuse 33 , 34 .…”
To expand the scientific literature on how resting state functional connectivity (rsFC) magnetic resonance imaging (MRI) (or the measurement of the strength of the coactivation of two brain regions over a sustained period of time) can be used to explain treatment compliance and recidivism among intimate partner violence (IPV) perpetrators. Therefore, our first aim was to assess whether men convicted of IPV (n = 53) presented different rsFC patterns from a control group of non-violent (n = 47) men. We also analyzed if the rsFC of IPV perpetrators before staring the intervention program could explain treatment compliance and recidivism one year after the intervention ended. The rsFC was measured by applying a whole brain analysis during a resting period, which lasted 45 min. IPV perpetrators showed higher rsFC in the occipital brain areas compared to controls. Furthermore, there was a positive association between the occipital pole (OP) and temporal lobes (ITG) and a negative association between the occipital (e.g., occipital fusiform gyrus, visual network) and both the parietal lobe regions (e.g., supramarginal gyrus, parietal operculum cortex, lingual gyrus) and the putamen in IPV perpetrators. This pattern was the opposite in the control group. The positive association between many of these occipital regions and the parietal, frontal, and temporal regions explained treatment compliance. Conversely, treatment compliance was also explained by a reduced rsFC between the rostral prefrontal cortex and the frontal gyrus and both the occipital and temporal gyrus, and between the temporal and the occipital and cerebellum areas and the sensorimotor superior networks. Last, the enhanced rsFC between the occipital regions and both the cerebellum and temporal gyrus predicted recidivism. Our results highlight that there are specific rsFC patterns that can distinguish IPV perpetrators from controls. These rsFC patterns could be useful to explain treatment compliance and recidivism among IPV perpetrators.
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