Is cognitive recalibration real?
Answers from top 10 papers
More filters
Papers (10) | Insight |
---|---|
168 Citations | Summary The reviewed literature indicates that cognitive remediation is most likely to impact functional outcome when individuals are given opportunities to practice the cognitive skills in real-world settings. |
17 Citations | Cognitive remediation may harness neuroplasticity in relevant systems that underpin the cognitive functions being addressed. |
298 Citations | However, this judgment may be confounded by changing delays in sensory pathways, suggesting the need for dynamic temporal recalibration. |
17 Citations | The conclusion is that Cognitive Remediation has developed to the point where it can now provide efficacious treatment for a variety of different cognitive disorders. |
We find compelling evidence that rapid recalibration generalizes across different stimuli, and different actors. | |
111 Citations | Taken together, these results suggest that visuomotor recalibration can take place “automatically” without feedback from terminal errors and without the use of conscious strategies. |
48 Citations | Contrary to findings from prolonged adaptation studies showing recalibration for all three combinations, we show that rapid, inter-trial recalibration is unique to audiovisual stimuli. |
We propose that this rapid recalibration is a fast-acting sensory effect, rather than a higher-level cognitive process. | |
7 Citations | Although the evidence of recalibration was equivocal, the findings illustrate circumstances in which recalibration response shifts may occur and characteristic patterns of findings may suggest that recalibration has or has not occurred. |
20 Citations | Recent and remote recalibration mechanisms enable the brain to balance rapid adaptive changes to transient discrepancies that should be quickly forgotten against slower adaptive changes to persistent discrepancies likely to be more permanent. |
Related Questions
Is transcranial magnetic stimulation real?4 answersTranscranial magnetic stimulation (TMS) is indeed a real and effective therapeutic tool for modulating neural activity. Research has focused on enhancing TMS systems, such as introducing programmable devices for multi-locus stimulation without physical coil movement. Additionally, the synchronization of TMS with ongoing EEG oscillations allows for brain state-dependent stimulation, leading to personalized and more effective therapeutic protocols. TMS is utilized for various neurological disorders like Parkinson's disease and depression, with efforts to improve its precision through real-time visualization of magnetic fields for targeted stimulation. In the treatment of chronic tinnitus, low-frequency rTMS has shown efficacy, with ongoing studies exploring combined approaches for enhanced outcomes. Furthermore, placebo TMS systems have been developed to provide convincing sensation masking for control experiments, showcasing the realness of TMS effects.
What are the impacts of cognitive rehabilitation on people's challenging behaviours after brain injury?5 answersCognitive rehabilitation programs have been shown to positively influence functional domains after mild traumatic brain injury (mTBI). Animal models have been used to investigate cognitive rehabilitation strategies for traumatic brain injury (TBI) and have identified a strong role for dysfunctional signaling in the orbitofrontal cortex (OFC). Present studies have aimed to improve cognitive function in patients with TBI through cognitive rehabilitation. In a randomized controlled trial, both a metacognitive rehabilitation method and a psychoeducative control intervention were found to improve executive function in children with acquired brain injury (ABI). These findings suggest that cognitive rehabilitation programs can have positive impacts on challenging behaviors after brain injury, improving functional domains and cognitive function.
What are the effects of cognitive virtual reality training in sports?5 answersCognitive virtual reality training in sports has been found to have significant effects on sports performance enhancement. Studies have shown that interventions using virtual reality (VR) technology can improve motor and psychological skills and capabilities in athletes, including perception-action skills, decision-making, and mental performance under pressure. VR training systems provide a strong sense of immersion and realism, allowing athletes to train without being restricted by time and space. These systems can stimulate the initiative and interest of athletes in training and provide real-time feedback on physiological indicators for adjustment. Comparisons between VR and video training have shown that VR training is equally effective in acquiring complex movements and transferring skills into the natural environment. The application of virtual reality technology to sports training has been recognized as a major trend in sports development, as it effectively stimulates athletes' sensory cognition and thinking mode, leading to improved training outcomes.
What is cognitive rescaling?4 answersCognitive rescaling refers to the self-similar fractal distribution of response time in cognitive activity, which arises from the mismatch between relative biological time and absolute clock time. It is a phenomenon observed in various neurophysiological and behavioral systems. The emergence of these patterns in biological systems is still debated, but it is believed that biological processes operating on different timescales often exhibit fractal scaling. In the context of cognitive rehabilitation, cognitive rescaling is not explicitly mentioned. However, cognitive rehabilitation aims to improve or restore cognitive functioning in individuals with neurological injury or disease through cognitive and behavioral strategies. Cognitive reframing, another technique related to cognition, involves actively reprogramming the brain by modifying beliefs and changing the way one perceives and reacts to different situations. Cognitive rehabilitation therapy is a systematic and functionally oriented therapeutic cognitive activity that aims to achieve functional changes by reestablishing or strengthening learned patterns of behavior or establishing new patterns of cognitive activity or compensatory mechanisms.
What training do people need to deliver Cognitive processing therapy?5 answersTraining in cognitive processing therapy (CPT) is necessary for individuals to deliver this treatment effectively. Therapists participating in training delivered a modular version of CPT to adolescents and adults, indicating that training is required to implement CPT with different populations. In a study on disseminating cognitive behavioral therapy for postdisaster distress (CBT-PD), therapists attended a two-day training in CBT-PD with ongoing case consultation, which resulted in significant improvements in their knowledge and understanding of CBT elements. Supervisors play a crucial role in training clinicians in CBT, using traditional methods such as the use of rating scales, videotape review, and live supervision, as well as unconventional approaches like improvisation and working with professional actors. In the context of child anxiety disorders, training and consultation are critical for school mental health providers to integrate CBT into their practice. A dissemination initiative in the United States Department of Veterans Affairs aims to train clinicians in CPT, highlighting the importance of training in delivering this intervention.
Who formulated cognitive centered curriculum?10 answers