Behavioral Activation for a Breast Cancer Patient with Major Depression and Coexistent Personality Disorder

Behavioral activation is an empirically validated treatment for depression, with recent applications toward other psychological and medical conditions. However, modification to the treatment protocol may be necessary when symptoms, environment, or personality necessitate. This feasibility study applied Behavioral Activation Treatment for Depression (BATD) in a case of a woman with recurrent major depression and obsessive–compulsive personality disorder (OCPD) undergoing breast cancer treatment. A quasi-experimental design was used, comparing supportive psychotherapy (while she received radiation therapy) followed by eight sessions of BATD. Treatment was designed in accordance with patient and therapist goals of increasing exercise, decreasing fatigue, and reducing interference due to perfectionistic behaviors. The patient exhibited resistance to initiation of BATD, related to symptoms of OCPD, which necessitated modification of treatment strategies and scheduling. Following BATD, the patient reported a significant reduction in depressive symptoms, physical problems, and role limitations—gains not observed following supportive therapy. In addition, she demonstrated less psychological rigidity and interference due to OCPD symptoms within the therapeutic relationship and other interpersonal relationships. Consistent with previous research, results indicate BATD may effectively treat individuals with complex clinical presentations that include personality disorder pathology. In addition, methods of modification to BATD are discussed, as well as future directions for research in this area.     

Aftereffects for face attributes with different natural variability: Children are more adaptable than adolescents

Adults can be adapted to a particular facial distortion in which both eyes are shifted symmetrically (Robbins, R., McKone, E., & Edwards, M. (2007). Aftereffects for face attributes with different natural variability: Adapter position effects and neural models. Journal of Experimental Psychology: Human Perception and Performance, 33, 570–592), but they do not show as great adaptation to an asymmetrical eye distortion. We adapted children and adolescents to symmetrical and asymmetrical eye distortions and measured the aftereffects. Children (aged 6–12, mean age 9 years) showed larger aftereffects than adolescents (aged 13–18, mean age 15 years) and demonstrated aftereffects of a similar magnitude for both asymmetrical and symmetrical distortions. Adolescents only showed aftereffects for symmetrical distortions. We propose that children may have a more flexible face norm and neural responses that allow a broader range of adapted states compared to adolescents.     

Young citizens in Hong Kong: obedient,active and patriotic?

There are multiple ways of understanding citizenship: as a status conferred by a nation state, a personal identity constructed in response to particular circumstances or a social identity developed out of group membership. These are not mutually exclusive categories: an individual may experience “citizenships” that integrate these legal, personal and social identities. Yet how do young people who are not yet citizens understand what it means to be a citizen? In the present study, 15-year-old Hong Kong students were surveyed 2 years after the transition from colonial rule to Chinese sovereignty. They were asked to respond to a series of questions about citizenship responsibilities and the way they saw these reflected in ‘good citizens’. The results showed that students viewed citizenship responsibilities as multidimensional with reference to specific groups. They identified legal obligations related to civil authorities, personal obligations to support other members of the community and patriotic obligations to support the nation-state.     

Kicking the habit: Effects of nonstereotypic association training and correction processes on hiring decisions

The primary aim of the present research was to examine the effect of training in associating nonstereotypic traits with men and women on hiring decisions. While previous findings demonstrate that training can reduce the uncontrolled activation of stereotypes, the present results show that training by itself may not reduce the more controlled application of stereotypes. Across both no training and training conditions, participants chose male over female candidates for a leadership function. However, extensive nonstereotypic training did reduce sex discrimination when the training phase was disassociated from the choice of candidate task or when the participant's cognitive capacity was limited. These findings provide further evidence for the effectiveness of training in decreasing intergroup biases and for the potential influence of mental correction in moderating the effects of nonstereotypic training.     

Formation of excitatory and inhibitory associations between absent events

Considerable evidence indicates that associations may be formed between two events even when one or both of them is absent at the time of learning. Previously, some researchers asserted that excitatory associations are formed when associatively activated representations for two events are paired, whereas others claimed that inhibitory associations are formed. In three experiments, the authors investigated the nature of tone-sucrose learning when associatively activated representations of those events were paired in the absence of either of the events themselves. Experiment 1 found substantial excitatory learning when the tone surrogate preceded the sucrose surrogate in training. Experiment 2 evaluated other accounts for the results of Experiment 1, and Experiment 3 found evidence for inhibitory tone-sucrose learning when the tone and sucrose surrogates were presented in simultaneous or backward order. The results indicated that the nature of representation-mediated learning is influenced by some of the same variables as more standard associative learning.     

Regulating cognitive control through approach-avoidance motor actions

In two studies, the regulatory function of approach-avoidance cues in activating cognitive control processes was investigated. It was hypothesized that avoidance motor actions, relative to approach motor actions, increase the recruitment of cognitive resources, resulting in better performance on tasks that draw on these capacities. In Study 1, error rates on a verbal response mode version of the Stroop task were analyzed. On inconsistent Stroop trials, participants in the avoidance condition made significantly fewer errors than those in the approach condition. In Study 2, performance differences on a task switching paradigm were investigated. Crucially, approach and avoidance motor actions were manipulated within-subjects by alternating between approach and avoidance motor actions on 4 blocks of trials. Temporal switching costs were significantly lower while performing an avoidance, compared to an approach motor action. These results support our hypothesis that avoidance cues, relative to approach cues, lead to improved performance on cognitive control tasks.     

When approach motivation and behavioral inhibition collide: Behavior regulation through stimulus devaluation

In the present article a theory is outlined that explains why and when behavioral inhibition alters stimulus evaluations. In addition, some initial evidence is presented that supports the theory. Specifically, results of three experiments show that refraining from responding to stimuli results in devaluation of these stimuli, but only when these stimuli are positive. These findings suggest automatic behavior-regulation, in terms of devaluation of positive stimuli, in situations in which environmental cues triggering approach (because of the positive valence of the stimulus) run counter to situational demands (cues that elicit behavioral inhibition). Relations of the present research to self-perception, cognitive dissonance, and psychological reactance are discussed.     

Using E-Z reader to model the effects of higher level language processing on eye movements during reading

Although computational models of eye-movement control during reading have been used to explain how saccadic programming, visual constraints, attention allocation, and lexical processing jointly affect eye movements during reading, these models have largely ignored the issue of how higher level, postlexical language processing affects eye movements. The present article shows how one of these models, E-Z Reader (Pollatsek, Reichle, & Rayner, 2006c), can be augmented to redress this limitation. Simulations show that with a few simple assumptions, the model can account for the fact that effects of higher level language processing are not observed on eye movements when such processing is occurring without difficulty, but can capture the patterns of eye movements that are observed when such processing is slowed or disrupted.