Who Needs Sensory Education?

Studies in Philosophy and Education - Customarily, reflections on the need to educate sensory and bodily enactments with the world, take for granted that it is the child who must be educated....     

Disgust: Sensory affect or primary emotional system?

We argue in this paper for the inclusion in the primary emotional systems enumerated by Panksepp of a neural system that organises disgust responses. The DISGUST system arose phylogenetically in response to danger to the internal milieu from pathogens and their toxic products. We suggest that the primitive emotive circuit, which originally provided defence by regulating consummatory behaviours, gave rise to a primary emotional system that facilitates evaluation of reinforcers. Unlike the sensory affect of distaste from which it is experimentally dissociable, disgust responses can involve flexible learned components triggered by several modalities. The anterior insula is implicated as playing a major role in the DISGUST system both in organising disgust responses in the individual and recognising disgust responses in others.     

“Sensory” interference in a word-color matching task

Attention, Perception, &; Psychophysics - Two experiments measured RTs for matching sequentially displayed color names to color patches. Experiment I demonstrated that printing the name in an...     

Sensory Awareness Mindfulness Training in Coaching: Accepting Life’s Challenges

Sensory Awareness Mindfulness Training is a new set of skills to help clients approach a better life/work equilibrium by balancing cognitive and emotional brain activities. This is achieved through regular connection with one’s senses and focusing non-judgementally on the ‘here and now’ experience of life. The exercises are neither difficult to teach nor to learn; it is, however, necessary for the practitioner and student to enter into a regular routine of implementation for change to occur. Mindfulness is, in a nutshell, a way of being, a new life-style. Research shows that mindfulness interventions have resulted in significant improvements in a range of conditions such as anxiety, depression, stress disorders, chronic pain, psoriasis and relapse prevention, to mention but a few. This article gives a brief overview of using mindfulness interventions in the arena of coaching. It also focuses and describes one small pilot project where Sensory Awareness Mindfulness Training is applied and evaluated.

Sport Skill–Specific Expertise Biases Sensory Integration for Spatial Referencing and Postural Control

The authors asked how sport expertise modulates visual field dependence and sensory reweighting for controlling posture. Experienced soccer athletes, ballet dancers, and nonathletes performed (a) a Rod and Frame test and (b) a 100-s bipedal stance task during which vision and proprioception were successively or concurrently disrupted in 20-s blocks. Postural adaptation was assessed in the mean center of pressure displacement, root mean square of center of pressure velocity and ankle muscles integrated electromyography activity. Soccer athletes were more field dependent than were nonathletes. During standing, dancers were more destabilized by vibration and required more time to reweigh sensory information compared with the other 2 groups. These findings reveal a sport skill–specific bias in the reweighing of sensory inputs for spatial orientation and postural control.     

Sensory ERP effects in auditory distraction: did we miss the main event?

Event-related potentials (ERPs) offer unique insights into processes related to involuntary attention changes triggered by rare, unpredictably occurring sensory events, that is, distraction. Contrasting ERPs elicited by distracters and frequent standard stimuli in oddball paradigms allowed the formulation of a three-stage model describing distraction-related processing: first, the distracting event is highlighted by a sensory filter. Second, attention is oriented towards the event, and finally, the task-optimal attention set is restored, or task priorities are changed. Although this model summarizes how distracting stimulus information is processed, not much is known about the cost of taking this exceptional route of processing. The present study demonstrates the impact of distraction on sensory processing. Participants performed a Go/NoGo tone-duration discrimination task, with infrequent pitch distracters. In the two parts of the experiment the duration-response mapping was reversed. Contrasts of distracter and standard ERPs revealed higher P3a- and reorienting negativity amplitudes for short than for long tones, independently from response type. To understand the cause of these asymmetries, short vs. long ERP contrasts were calculated. The ERP pattern showed that short standards elicited an attention-dependent offset response, which was abolished for short distracters. That is, the apparent P3a- and RON enhancements were caused by the removal of a task-related attentional sensory enhancement. This shows that the disruption of task-optimal attention set precedes the elicitation of the P3a, which suggests that P3a does not reflect a process driving the initial distraction-related attention change.     

"Sensory storage of fragmentary displays": refutation of a theory of iconic memory?

Heart rate was measured in 30 men during a recognition-memory task using both numbers and random shapes as stimuli. Findings for the number, but not the shape material, provided support for the hypothesis that availability of cognitive processing capacity is reflected by heart rate. This was considered an indication of separate cognitive processors.     

Sensory consciousness explained (better) in terms of ‘corporality’ and ‘alerting capacity’

How could neural processes be associated with phenomenal consciousness? We present a way to answer this question by taking the counterintuitive stance that the sensory feel of an experience is not a thing that happens to us, but a thing we do: a skill we exercise. By additionally noting that sensory systems possess two important, objectively measurable properties, corporality and alerting capacity, we are able to explain why sensory experience possesses a sensory feel, but thinking and other mental processes do not. We are additionally able to explain why different sensory feels differ in the way they do.     

“Sensory gating” as a mechanism for visuospatial orienting: Electrophysiological evidence from trial-by-trial cuing experiments

Stimuli at attended-to locations in visual space are usually detected with higher speed and accuracy than stimuli at unattended positions. It has been argued that this effect is due to “sensory gating” mechanisms that modulate the flow of perceptual information from attended and unattended positions. In the present experiments, event-related potentials (E32Ps) were recorded to stimuli that were preceded either by a valid or by an invalid positional cue (trial-by-trial cuing). When overt responses were required only to infrequent target stimuli in valid trials (Experiment 2) or to all validly cued stimuli (Experiment 2B), but not to invalid trials, systematic enhancements of early sensory-evoked potentials were found. These effects were smaller when both validly and invalidly cued stimuli required a response (Experiment 2A). These findings are interpreted as evidence that sensory gating processes are activated during the trial-by-trial suing of spatial attention. Furthermore, valid stimuli elicited a greater negativity than invalid stimuli at midline electrodes following the early enhancements of sensory-evoked potentials. This possibly reflects an additional enhanced processing of attended-to locations.     

Families of Children in Pain: Are Attachment and Sensory Processing Patterns Related to Parent Functioning?

Journal of Child and Family Studies - Effective parent functioning is a key predictor of functional outcomes for children with persistent pain. It is therefore important to identify factors that...     

Sensory substitution: an approach to the experimental study of perception / Sustitución sensorial: un abordaje para el estudio experimental de la percepción

Abstract

Sensory substitution refers to the phenomenon where object and environment information normally acquired through one sense can be obtained by another sense. For example, visual input being provided by hearing or touching. Sensory substitution devices are technological designs that transform the characteristics of one sensory modality into stimuli of another sensory modality. These devices were developed with two purposes: (1) to assist people with sensory disabilities in daily tasks; and (2) to study the involved mechanisms of brain plasticity. This article reviews studies in which sensory substitution phenomenon is employed as a methodological strategy to study visual perception. Furthermore, its use is discussed as an experimental platform to contrast new perceptual theories and underlying neurophysiological mechanisms that are currently under review.