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Previous studies have assessed the construct validity of individual subtests in the National Institutes of Health (NIH) Toolbox Cognition Battery (NIHTB-CB), though none have examined the construct validity of the cognitive domains. Importantly, the original NIHTB-CB validation studies were administered on a desktop computer, though the NIHTB-CB is now solely administered via an iPad. We examined the construct validity of each cognitive domain assessed in the NIHTB-CB, including a motor dexterity domain using the iPad application compared to a neuropsychological battery in a sample of healthy adults.

Eighty-three adults aged 20-66 years (
= 44.35 ± 13.41 years) completed the NIHTB-CB and a comprehensive neuropsychological assessment. Domain scores for each of six cognitive domains
, and
) and the
were computed for both batteries. We then assessed the construct validity using Pearson correlations and intraclass correlation coefficients (ICCs) for both demographically corrected and uncorrected domaecord (c) 2022 APA, all rights reserved).
To describe a cultural neuropsychological approach to prestatistical harmonization of cognitive data across the United States (U.S.) and Mexico with the Harmonized Cognitive Assessment Protocol (HCAP).

We performed a comprehensive review of the administration, scoring, and coding procedures for each cognitive test item administered across the English and Spanish versions of the HCAP in the Health and Retirement Study (HRS) in the U.S. and the Ancillary Study on Cognitive Aging in Mexico (Mex-Cog). For items that were potentially equivalent across studies, we compared each cognitive test item for linguistic and cultural equivalence and classified items as confident or tentative linking items, based on the degree of confidence in their comparability across cohorts and language groups. We evaluated these classifications using differential item functioning techniques.

We evaluated 132 test items among 21 cognitive instruments in the HCAP across the HRS and Mex-Cog. We identified 72 confident linking items, 46 tentative linking items, and 14 items that were not comparable across cohorts. Measurement invariance analysis revealed that 64% of the confident linking items and 83% of the tentative linking items showed statistical evidence of measurement differences across cohorts.

Prestatistical harmonization of cognitive data, performed by a multidisciplinary and multilingual team including cultural neuropsychologists, can identify differences in cognitive construct measurement across languages and cultures that may not be identified by statistical procedures alone. (PsycInfo Database Record (c) 2022 APA, all rights reserved).
Prestatistical harmonization of cognitive data, performed by a multidisciplinary and multilingual team including cultural neuropsychologists, can identify differences in cognitive construct measurement across languages and cultures that may not be identified by statistical procedures alone. (PsycInfo Database Record (c) 2022 APA, all rights reserved).During his distinguished career, Bill Hockley contributed to memory research in many ways, with work characterized by rigorous and innovative experimental designs. One of the areas he has explored is that of memory for associative information. We echo this interest here and attempt to emulate his careful experimental attitude. We report four experiments which examined how previously established links can support the development of new episodic associations. More specifically, we tested the idea that sound-symbolism links can support learning of new associations. Sound-symbolism links are relationships between phonemes and object characteristics that participants find natural-even if they have never encountered the items before. For instance, the nonword "honulo" is more readily seen to refer to a shape with curved contours than to a shape that has sharp angles. In Experiment 1, 70 participants studied three pairs and their memory for the associations between the members of each pair was tested in a paired-recognition task. Results demonstrate that sound-symbolism associations support the learning of new associations. Experiment 2 confirmed that the effect is replicated in a between-participants design. In Experiment 3, we replicated the findings with a 30-s filled interval between presentation and test, and in Experiment 4, we extended the delay to 2 min, establishing that the pattern is also found with a paradigm more typical of episodic memory. The results are discussed in terms of the importance of associative memory, while referring to some of the ideas Bill Hockley championed in his own work. (PsycInfo Database Record (c) 2022 APA, all rights reserved).The congruity effect is a highly replicated feature of comparative judgments, and has been recently found in memory judgments of relative temporal order. Specifically, asking "Which came earlier?" versus "Which came later?" facilitates response times and sometimes error rates on judgments toward the beginning or end of the list, respectively. This suggests memory judgments of relative temporal order may be part of a broader class of comparative judgments. If so, the same congruity effect should also be found with the English alphabet, despite the alphabet being a longer, semantic-memory list, with forward directional encoding. A large-sample study (N = 340) produced a clear congruity effect in response time and even error rate (when controlled for response time). The large number of serial positions afforded by the alphabet enabled us to test a repertoire of mathematical models instantiating four distinct mechanisms of the congruity effect, against the empirical serial-position effects. The best-performing model assumed a response bias toward a discrete set of letters conceived of as "early" versus "late," respectively, an account that had previously been ruled out for typical comparative-judgment paradigms. In contrast, models implementing congruity effect mechanisms supported for conventional comparative judgment paradigms (based on reference-point theory or positional discriminability) produced quantitatively poorer fits, with more curvilinear serial-position effects that deviated from the data. The congruity effect thus extends to long, highly directional semantic-memory lists. However, qualitatively different serial-position effects across models suggest that, despite the superficial similarity, there are probably several quite different mechanisms that produce congruity effects, which may, in turn, depend on specific task characteristics. (PsycInfo Database Record (c) 2022 APA, all rights reserved).Montagliani and Hockley (2019) presented evidence that item-method directed forgetting not only leads to worse recognition of forget-cued targets than remember-cued targets but also better rejection of foils associated with forget-cued targets than remember-cued targets. Based on that result, they proposed that participants elaboratively encode more category-level information about R-cued targets. (Z)-4-Hydroxytamoxifen concentration We present a retrieval-based explanation of the result within an instance-based memory model. The model imports word representations from two distributional semantic models, latent semantic analysis (LSA) and random permutation model (RPM), into an instance-based model of memory, MINERVA 2. The model reproduced Montagliani and Hockley's results without requiring assumptions about elaborated encoding of category-level information at study. The simulations demonstrate that whereas Montagliani and Hockley's findings are consistent with an account grounded in elaborated encoding of words at study, the results do not force that conclusion. Instead, better encoding of remember-cued targets at study establishes the conditions for retrieval-time effects at test to produce a corresponding influence on false recognition for category-related foils. Our model can be used as a formal tool to think about and study the incidental consequences of item directed forgetting in recognition memory. (PsycInfo Database Record (c) 2022 APA, all rights reserved).Effects of animacy and agent prominence in linguistic and cognitive processing are well-established in the literature. However, it is less clear how strongly an agent argument will influence production and comprehension when a sentence also contains another prominent argument. We examine this question with Tagalog, a verb-initial language, which designates a syntactically prominent, subject-like element (the pivot) without demoting the grammatical status of the core agent. We implemented two experiments that investigated the influences of agent and pivot prominence on syntactic linear word order patterns in production and on anticipatory gaze patterns in comprehension. Tagalog's grammar allowed us to separate the influence of agentivity from animacy by manipulating the animacy of the pivot (animate pivots agent and benefactive voices; inanimate pivots patient and instrument voices). The production results contrasted with the comprehension results agent and pivot prominence both emerged strongly in a fragment-completion production task, but animacy dominated anticipatory gaze patterns in a visual-world comprehension task. The results of these experiments demonstrate variability in production and comprehension outcomes as well as an apparent mismatch between the constraints that shape these two systems, which we attribute to contrasting goals in production versus comprehension and to the organization of information in verb-initial languages. The investigation highlights the value of research on languages with typologically understudied structural properties in revealing mechanisms of the production and comprehension systems. (PsycInfo Database Record (c) 2022 APA, all rights reserved).Recent evidence indicates that fluent motor interactions with studied information can increase confidence in how well that information will be later remembered, as measured by judgements of learning (JOLs). However, it remains unclear whether such metacognitive assessments are based on experienced motoric fluency or on explicit, analytic beliefs regarding the mnemonic impact of the experimental manipulations used to enhance fluency. Here, we introduce a new approach to examine the extent to which experience-based processes alone underlie this effect by manipulating motoric fluency outside of participants' awareness. Across two experiments, we examined typing speed for both real-word and nonword verbal stimuli following a training phase in which participants typed items consisting of a restricted subset of letters. Despite faster typing times (i.e., greater motoric fluency) for new items comprised of the same subset of letters used during training, we found no evidence that these items were perceived as more memorable. For real words, linear mixed-effect model analyses at the item level relating typing speed and JOLs also revealed no evidence that motoric fluency increased perceived memorability. Similar analyses conducted for nonwords did, however, reveal a modest positive relation between these constructs. Together, these findings suggest that the contribution of motoric fluency to metacognitive monitoring in the absence of analytic beliefs is minimal. (PsycInfo Database Record (c) 2022 APA, all rights reserved).
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