What Low-Income,Depressed Mothers Need From Mental Health Care: Overcoming Treatment Barriers From Their Perspective

Maternal depression is a major public health concern, as children of depressed mothers have a substantially increased risk for psychiatric problems into adulthood. Low-income mothers have high rates of depression, yet few receive mental health care. Barriers have been identified, but solutions have been based on what mental health professionals believe is helpful rather than mothers’ own perspectives, or require participation in an existing treatment. The purpose of our study was to learn what low-income, depressed mothers believe they need from mental health care to overcome barriers to mental health care. Twelve mothers with at least one child between the ages of 2 and 17 participated in individual interviews. Using qualitative grounded theory methodology, data were organized into six theoretical constructs. These included: (1) attitudes, expectations, and emotions impact the intention to enter treatment, (2) identifying as self-sufficient inhibits the intention to enter treatment, (3) providing knowledge, skills and environmental resources facilitate treatment entry, (4) habits and life circumstances that make treatment seem unimportant inhibit treatment entry, (5) balancing acceptance, change, and the therapeutic relationship facilitates treatment retention, and (6) sharing similarities with people involved in treatment often, but does not always facilitate treatment retention. A 3-step theory was developed regarding variables that influence mothers’ (a) intentions to enter treatment, (b) treatment entry, and (c) treatment retention. Offering what low-income, depressed mothers believe they need could better engage and retain them in mental health treatment.     

Inhibiting Irrelevant Information in Malingered Amnesia

The Psychological Record - Two groups of undergraduates received simulated amnesia instructions that either informed them how amnesics perform on memory tasks (informed; n = 11) or did not inform...     

The Gender Gap in Possible Selves: Divergence of Academic Self-Views Among High School and University Students

Two studies were designed to investigate the current and possible academic self-views of university and high school students. In the first study, upper level university students were shown to diverge by gender in their current- and possible-self-views. Women reported more ability for and identification with the arts, communication, and social sciences; men reported more ability for and identification with mathematics, science, technology, and business. Gender differences were greater with respect to possible future selves than to current selves. The second study included lower and upper level university students as well as high school students. Again, a gender divergence appeared among the university students; however, it was not as marked among high school students. Analyses showed that both women and men differed significantly across educational levels in their self-ratings and that, within the masculine-stereotyped academic domains linked to powerful careers, university women endorsed fewer possibilities for themselves that high school women did. These findings suggest that, as they make the transition from high school to university, young women may be actively closing off possibilities for their futures.     

Active (not passive) spatial imagery primes temporal judgements

Previous research has shown that primes that induce particular spatial perspectives can influence temporal judgements. However, most studies have used priming stimuli that involve both spatial and motor language and imagery. Here we ask whether the motor content of these stimuli plays an important role in their ability to serve as effective primes. A total of 198 adult participants made temporal judgements after exposure to spatial primes involving varying levels of imagined effort. Spatial primes involving imagined motor actions, but not those involving equivalent passive motions through space, successfully primed decisions about time. This suggests that motor content, rather than spatial content alone, contributes to the priming effects that arise when people make temporal judgements after exposure to particular spatial perspectives.     

Body dysmorphic symptoms: phenomenology and ethnicity

Differences in the presentation of clinical features of body dysmorphic disorder (BDD) across ethnic groups have received little investigation. The current study assessed BDD symptoms in an ethnically diverse sample of adults (n=401) using an online survey. Participants completed self-report measures assessing BDD symptoms, body parts of concern and BDD behaviors. Compared to Caucasian participants, no significant differences were found in body parts or behaviors reported by Latino or African American participants. Significant group differences did emerge between Asian and Caucasian participants. Specifically, Asians reported more concern with straight hair and dark skin and fewer body shape concerns than Caucasians. Asians also endorsed lower rates of grooming, touching body parts, and camouflaging and higher rates of exercise compared to Caucasians. Although most clinical features of BDD appear similar across ethnic groups, results showed some differences in body parts and behaviors between Caucasians and Asian Americans with BDD symptoms.     

Judgments of discrete and continuous quantity: an illusory Stroop effect

Evidence from human cognitive neuroscience, animal neurophysiology, and behavioral research demonstrates that human adults, infants, and children share a common nonverbal quantity processing system with nonhuman animals. This system appears to represent both discrete and continuous quantity, but the proper characterization of the relationship between judgments of discrete and continuous quantity remains controversial. Some researchers have suggested that both continuous and discrete quantity may be automatically extracted from a scene and represented internally, and that competition between these representations leads to Stroop interference. Here, four experiments provide evidence for a different explanation of adults’ performance on the types of tasks that have been said to demonstrate Stroop interference between representations of discrete and continuous quantity. Our well-established tendency to underestimate individual two-dimensional areas can provide an alternative explanation (introduced here as the “illusory-Stroop” hypothesis). Though these experiments were constructed like Stroop tasks, and they produce patterns of performance that initially appear consistent with Stroop interference, Stroop interference effects are not involved. Implications for models of the construction of cumulative area representations and for theories of discrete and continuous quantity processing in large sets are discussed.     

Nonsymbolic, approximate arithmetic in children: abstract addition prior to instruction

Do children draw upon abstract representations of number when they perform approximate arithmetic operations? In this study, kindergarten children viewed animations suggesting addition of a sequence of sounds to an array of dots, and they compared the sum to a second dot array that differed from the sum by 1 of 3 ratios. Children performed this task successfully with all the signatures of adults' nonsymbolic number representations: accuracy modulated by the ratio of the sum and the comparison quantity, equal performance for within- and cross-modality tasks and for addition and comparison tasks, and performance superior to that of a matched subtraction task. The findings provide clear evidence for nonsymbolic numerical operations on abstract numerical quantities in children who have not yet been taught formal arithmetic.     

Children's mappings of large number words to numerosities

Previous studies have suggested that children's learning of the relation between number words and approximate numerosities depends on their verbal counting ability, and that children exhibit no knowledge of mappings between number words and approximate numerical magnitudes for number words outside their productive verbal counting range. In the present study we used a numerical estimation task to explore children's knowledge of these mappings. We classified children as Level 1 counters (those unable to produce a verbal count list up to 35), Level 2 counters (those who were able to count to 35 but not 60) and Level 3 counters (those who counted to 60 or above) and asked children to estimate the number of items on a card. Although the accuracy of children's estimates depended on counting ability, children at all counting skill levels produced estimates that increased linearly in proportion to the target number, for numerosities both within and beyond their counting range. This result was obtained at the group level (Experiment 1) and at the level of individual children (Experiment 2). These findings provide evidence that even the least skilled counters do exhibit some knowledge of the form of the mapping between large number words and approximate numerosities.