脑梗塞、脑出血病人外显与内隐记忆的实验研究

采用模糊字辨认、自由回忆和再认的方法分别测试脑梗塞、脑出血病人（实验组）与无脑部病变者（对照组）外显记忆和内隐记忆成绩。结果发现：实验组较对照组外显记忆降低，内隐记忆存在。提出病人其记忆功能呈外显记忆损害，内隐记忆保存的特点。这种记忆功能的双重性为此种病人记忆功能康复训练提供了新的实验证据。     

Moving towards Soul – an alchemical journey. Rehabilitation of women suffering from ‘chronic pain’ in a clinical and Jungian context

The aim of this paper is to explore the connection between symptom and symbol in the body of women suffering from chronic pain, diagnosed as fibromyalgia. The working hypothesis has been that the symbol that emerges from the symptom in the body can bridge the gap to a deeper meaning of pain and suffering, thereby becoming the agent of change for healing of the bodymind and the experience of pain in the physical body. To explore this subject I will introduce some recent research from the field of fibromyalgia, and the concepts of agency and affect systems in the body, which are important cornerstones in my work. I will briefly present my clinical concept of ‘Form and Freedom’. From this theoretical base I give some clinical examples of what I see as an alchemical journey towards soul, presented through vignettes, images and the words of three women – Maria, Riba and Ishtar. I conclude with how I see analytical psychology taking its rightful place alongside, informing or in conjunction with, as in my case, other psychotherapeutic modalities, working in creative ways that enhance healing in patients who suffer from chronic pain.     

Exploration of anomalous perceptual experiences in migraine between attacks using the Cardiff Anomalous Perceptions Scale

Distortions in sensory experiences that precede a migraine attack have been extensively documented, the most well-known being the visual aura. Distortions in the experience of other senses are also reported as part of an aura, albeit less frequently, together with changes in the perception or ownership of the body or body parts. There are many examples of differences in aspects of visual perception between migraine and control groups, between attacks, but not as much on unusual experiences involving other senses, the sense of the body or the experience of the environment. Seventy-seven migraine (33 with aura) and 74 control participants took part. Anomalous perceptions were experienced by both migraine and control groups, but more with migraine experienced them and rated them as more distressing, intrusive and frequent. Associations with reports of visual triggers of migraine and visual discomfort are presented. This study is the first to show relationships between these factors.     

Using neural response properties to draw the distinction between modal and amodal representations

ABSTRACT

Barsalou has recently argued against the strategy of identifying amodal neural representations by using their cross-modal responses (i.e., their responses to stimuli from different modalities). I agree that there are indeed modal structures that satisfy this “cross-modal response” criterion (CM), such as distributed and conjunctive modal representations. However, I argue that we can distinguish between modal and amodal structures by looking into differences in their cross-modal responses. A component of a distributed cell assembly can be considered unimodal because its responses to stimuli from a given modality are stable, whereas its responses to stimuli from any other modality are not (i.e., these are lost within a short time, plausibly as a result of cell assembly dynamics). In turn, conjunctive modal representations, such as superior colliculus cells in charge of sensory integration, are multimodal because they have a stable response to stimuli from different modalities. Finally, some prefrontal cells constitute amodal representations because they exhibit what has been called ‘adaptive coding’. This implies that their responses to stimuli from any given modality can be lost when the context and task conditions are modified. We cannot assign them a modality because they have no stable relation with any input type.

Abbreviatons: CM: cross-modal response criterion; CCR: conjuntive cross-modal representations; fMRI: functional magnetic resonance imaging; MVPA: multivariate pattern analysis; pre-SMA: pre-supplementary motor area; PFC: prefrontal cortex; SC: superior colliculus; GWS: global workspace     

Knowing how to look predicts the ability to draw realistically

Some young children are able to create stunningly realistic drawings resembling those of adult artists. What perceptual abilities underlie this talent? This study examined two candidate skills on which adult artists excel: the ability to segment a complex form mentally (measured by the Block Design Task) and the ability to see hidden forms (measured by the Group Embedded Figures Test). Sixty‐seven 6‐ to 13‐year‐olds with a wide range of drawing abilities completed these tasks as well as an IQ test and an observational drawing task. While children who scored high on drawing realism outperformed those who scored low in drawing realism on both perceptual tasks, only detection of embedded figures predicted drawing realism. This occurred independently of age, gender, years of training, and verbal and non‐verbal IQ. There are certainly many contributors to this complex ability, but one component appears to be the tendency to see things more as they really are and thereby recognize the continuous contour of an object despite interference from other overlapping objects.