Efficacy of the Wilbarger Therapressure Program™ to Modulate Arousal in Women with Post-Traumatic Stress Disorder: A Pilot Study Using Salivary Cortisol and Behavioral Measures

This pilot study assesses the efficacy of using the Wilbarger Therapressure Program? to modulate the arousal and influence the sensory symptoms seen in individuals with post-traumatic stress disorder. Salivary cortisol and behavioral measures were used in this single subject design study of four women with post-traumatic stress disorder. Significant positive changes were seen in three of the four the women. The exception was one woman whose post-traumatic stress disorder resulted from blast injuries.     

Sensory Modulation for People with Anxiety in a Community Mental Health Setting

Anxiety is a common mental health issue involving cognitive and physiological hypersensitivity to threat. It negatively affects occupational participation. Sensory modulation intervention aims to use calming sensory input to manage the hypersensitivity and physiological arousal associated with anxiety. The empirical evidence for using sensory interventions for anxiety, however, is limited. This mixed methods single subject case design explored the effectiveness of a 6-week sensory modulation intervention for reducing anxiety and improving occupational participation. Results showed significant reduction in anxiety and improved participation, providing further evidence that sensory modulation is an effective approach for the self-management of anxiety.     

Functional analysis and treatment of hair twirling in a young child.

A young child participated in a functional analysis and treatment of hair twirling, a frequently occurring precursor to hair pulling. The functional analysis showed that hair twirling occurred mostly when the child was alone at bedtime. Noncontingent application of mittens decreased hair twirling to near‐zero levels in two settings (home and day care).     

MINDING QUANTA AND COSMOLOGY

The revolution in science inaugurated by quantum physics has made us aware of the role of observation in the construction of data. Eugene Wigner remarked that in quantum physics we no longer have observables (invariants), only observations. Tongue in cheek, I asked him whether that meant that quantum physics is really psychology, expecting a gruff reply to my sassiness. Instead, Wigner beamed understanding and replied "Yes, yes, that's exactly correct." David Bohm pointed out that were we to look at the cosmos without the lenses of our telescopes we would see a hologram. I extend Bohm's insight to the lens in the optics of the eye. The receptor processes of the ear and skin work in a similar fashion. Without these lenses and lenslike operations all of our perceptions would be entangled as in a hologram. Furthermore, the retina absorbs quanta of radiation so that quantum physics uses the very perceptions that become formed by it. In turn, higher-order brain systems send signals to the sensory receptors so that what we perceive is often as much a result of earlier rather than just immediate experience. This influence from inside out becomes especially relevant to our interpretation of how we experience the contents and bounds of cosmology that come to us by way of radiation.     

Unraveling the Aging Skein: Disentangling Sensory and Cognitive Predictors of Age‐related Differences in Decision Making

Age‐related differences in sensory functioning, processing speed, and working memory have been identified as three significant predictors of the age‐related performance decline observed in complex cognitive tasks. Yet, the assessment of their relative predictive capacity and interrelations is still an open issue in decision making and cognitive aging research. Indeed, no previous investigation has examined the relationships of all these three predictors with decision making. In an individual‐differences study, we therefore disentangled the relative contribution of sensory functioning, processing speed, and working memory to the prediction of the age‐related decline in cognitively demanding judgment and decision‐making tasks. Structural equation modeling showed that the age‐related decline in working memory plays an important predictive role, even when controlling for sensory functioning, processing speed, and education. Implications for research on decision making and cognitive aging are discussed. Copyright © 2015 John Wiley & Sons, Ltd.     

Is sensory processing an issue for infants with colic?

ObjectivesTo determine the association between sensory functioning, sleep, cry/fuss, and feeding behaviors of infants with colic younger than 4 months of age.MethodsDunn’s Infant/Toddler Sensory Profile™ and a modified Barr Baby Day Diary^© were used to assess 44 breastfed infants with colic under four months of age. Colic was defined according to Wessel’s criteria.ResultsThirty-four of the 44 infants with colic (77%) scored as atypical for sensory processing. Of these, 56% scored atypical for sensory processing on quadrant one (Q1) (Low Registration), with 24%, 65%, and 18% scoring as atypical for sensory processing on Q2 (Sensory seeking), Q3 (Sensory sensitivity), and Q4 (Sensation avoiding), respectively. All infants demonstrating sensation avoiding also scored as Low Threshold. A moderate statistically significant correlation was found between sensation seeking and time spent sleeping (r = 0.31; p = 0.04). No other statistically significant associations between infant behaviors and their sensory functioning were demonstrated. Overall, infants demonstrating atypical sensory responses (in any quadrant) slept significantly more than infants demonstrating typical sensory responses (mean difference = −67.8 min/day; 95% CI = −133.6 to −2.1; p = 0.04).ConclusionVery limited associations between infant behaviors and sensory functioning were demonstrated, suggesting that sensory functioning may not be a significant factor in the multifactorial nature of infant colic. Further well-designed studies using validated tools for infants with colic are required to determine whether associations between infant behaviors and sensory functioning exist.     

不同注意形式调节听感觉门控的神经机制

前脉冲抑制(prepulse inhibition, PPI)是听感觉门控的测量模型, 反映了听觉系统的早期信息选择功能。尽管PPI的主要神经环路位于脑干, 研究发现PPI可以被注意自上而下调节。然而, 已有研究并未区分不同注意(特征注意和空间注意)对PPI的特异性调节, 并且神经机制方面的研究集中于听皮层区域, 仍缺乏对皮层下机制的探讨。在以往研究的成果基础之上, 借助听觉信息加工的双通路模型, 采用行为测量、脑电和脑成像技术, 揭示特征和空间两种注意调节PPI的神经活动在听觉系统中的层次性神经表达。包括1)建立特征注意和空间注意调节PPI的统一行为模型, 考察两种注意调节PPI的时间动态性异同; 2)两种注意调节PPI的脑干分离机制, 即前脉冲刺激包络和精细结构成分加工在注意调节PPI中的作用差异; 3)两种注意调节PPI的关键脑区和脑网络差异。     

糖尿病周围神经病变的临床特征及诊断

对称性多发性神经病是糖尿病周围神经病变最常见的类型,根据受损神经纤维的不同,其临床特征亦有差别。目前已有多种方法用于糖尿病周围神经病变的诊断,包括简单的筛查方法,神经电生理检查,定量感觉检查及形态学检查等,但其标准的诊断定义还未达成一致。     

‘Are you a woman—or a flower?’: The capacity to experience beauty1

Being surprised by beauty, being drawn to and moved by it and surrendering to its sensory nature are all part of beauty's emotionally transformative power. And yet, psychoanalysis has had little to say about such an enriching dimension of psychological life. The author highlights how experiencing beauty is a capacity that is not isolated but is part of the lifelong experience of being changed by and changing the experience of the world we live in. She suggests that the capacity to experience beauty takes different forms at distinct points in development and in psychoanalytic treatments. The author describes two clinical occasions from a case where an analytic pair struggled to develop a greater capacity to experience beauty over time. She discusses how a theory of the aesthetic conflict was useful in helping to understand her patient's inner object world but was not sufficient when it came to understanding the experience of beauty. She shows how for both patient and analyst, experiencing beauty's full effect required responding to the call toward emotional life, surrendering to the surprise and the unknown, and letting go of the mind's struggle to find meaning and opening up to transforming and being transformed through sensory experience.     

First‐hand sensory experience plays a limited role in children's early understanding of seeing and hearing as sources of knowledge: Evidence from typically hearing and deaf children

One early‐developing component of theory of mind is an understanding of the link between sensory perception and knowledge formation. We know little about the extent to which children's first‐hand sensory experiences drive the development of this understanding, as most tasks capturing this early understanding target vision, with less attention paid to the other senses. In this study, 64 typically hearing children (M_age = 4.0 years) and 21 orally educated deaf children (M_age = 5.44 years) were asked to identify which of two informants knew the identity of a toy animal when each had differing perceptual access to the animal. In the ‘seeing’ condition, one informant saw the animal and the other did not; in the ‘hearing’ condition, one informant heard the animal and the other did not. For both hearing and deaf children, there was no difference between performance on hearing and seeing trials, but deaf children were delayed in both conditions. Further, within both the hearing and deaf groups, older children outperformed younger children on these tasks, indicating that there is a developmental progression. Taken together, the pattern of results suggests that experiences other than first‐hand sensory experiences drive children's developing understanding that sensory perception is associated with knowledge.