Practitioners and researchers have long been challenged with identifying deceptive response styles in forensic contexts, particularly when differentiating malingering from factitious presentations. The origins and the development of factitious disorders as a diagnostic classification are discussed, as well as the many challenges and limitations present with the current diagnostic conceptualization. As an alternative to a formal diagnosis, forensic practitioners may choose to consider most factitious psychological presentations (FPPs) as a dimensional construct that are classified like malingering as a V code. Building on Rogers' central motivations for malingering, the current article provides four explanatory models for FPPs; three of these parallel malingering (pathogenic, criminological, and adaptational) but differ in their central features. In addition, the nurturance model stresses how patients with FPPs attempt to use their relationship with treating professionals to fulfill their unmet psychological needs. Relying on these models, practical guidelines are recommended for evaluating FPPs in a forensic context.
The current study represents the first investigation into feigned Miranda abilities using an inpatient population. We investigated the use of a very generic measure (i.e., the Structured Inventory of Malingered Symptomatology, or SIMS) as well as two specialized forensic feigning measures: the Miranda Quiz (MQ) and Inventory of Legal Knowledge (ILK). With a quasi‐random assignment, 82 acute inpatients were evenly distributed to “feigning” and “genuine” groups. The recommended SIMS cut score > 14 performed poorly, misclassifying three‐quarters of the genuine group as feigning. In general, sensitivities on the specialized scales were constrained by the general lack of severe decrements for the feigning group. However, specificities were strong to outstanding. In particular, the MQ floor effect showed some promise but was limited by its small number of items. The strongest potential was observed for the revised ILK scales, especially the Revised Clinical ILK (RC‐ILK). When using single‐point cut scores on two prior correctional samples, the RC‐ILK produced excellent sensitivities (0.94 and 0.96) and outstanding specificities (0.98 and 0.99). Methodological issues and professional implications were discussed in the context of feigned Miranda abilities.
Malingered attention-deficit hyperactivity disorder (ADHD) may be strongly motivated on college campuses by recreational use of ADHD medications and to obtain unwarranted academic accommodations. Rather than rely on face-valid (easily faked) ADHD checklists, the study focused on the more complex Wechsler Adult Intelligence Scale–Fourth edition (WAIS-IV; Wechsler, 2008). However, the current literature has not yet investigated well-defined detection strategies for feigned WAIS-IV presentations. Using aprioristic standards, four different detection strategies from the feigning literature were adapted to certain WAIS-IV subscales. For example, significantly below-chance performance was applied to visual puzzles. Using a between-subjects simulation design, 74 undergraduate simulators were compared with archival data on 73 outpatients diagnosed with ADHD at a university psychology clinic. Very large effect sizes (Cohen’s ds from 1.66 to 1.90) differentiated between genuine and feigned ADHD. Two strategies (significantly below-chance performance and floor effect) showed strong promise if cross-validated for other feigning presentations. The study concluded with clinical considerations and future avenues for research.
scite is a Brooklyn-based organization that helps researchers better discover and understand research articles through Smart Citations–citations that display the context of the citation and describe whether the article provides supporting or contrasting evidence. scite is used by students and researchers from around the world and is funded in part by the National Science Foundation and the National Institute on Drug Abuse of the National Institutes of Health.