Browsing by Subject "Adaptation"
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Item A Psychometric Evaluation of the NIH Toolbox Fluid Cognition Tests Adapted for Swahili and Dholuo Languages in Kenyan Children and Adolescents(Cambridge University Press, 2023) McHenry, Megan S.; Roose, Anna; Abuonji, Emily; Nyalumbe, Mark; Ayuku, David; Ayodo, George; Tran, Tuan M.; Kaat, Aaron J.; Pediatrics, School of MedicineObjective: Our objective was to evaluate the psychometric properties of the culturally adapted NIH Toolbox African Languages® when used in Swahili and Dholuo-speaking children in western Kenya. Method: Swahili-speaking participants were recruited from Eldoret and Dholuo-speaking participants from Ajigo; all were <14 years of age and enrolled in primary school. Participants completed a demographics questionnaire and five fluid cognition tests of the NIH Toolbox® African Languages program, including Flanker, Dimensional Change Card Sort (DCCS), Picture Sequence Memory, Pattern Comparison, and List Sorting tests. Statistical analyses examined aspects of reliability, including internal consistency (in both languages) and test-retest reliability (in Dholuo only). Results: Participants included 479 children (n = 239, Swahili-speaking; n = 240, Dholuo-speaking). Generally, the tests had acceptable psychometric properties for research use within Swahili- and Dholuo-speaking populations (mean age = 10.5; SD = 2.3). Issues related to shape identification and accuracy over speed limited the utility of DCCS for many participants, with approximately 25% of children unable to match based on shape. These cultural differences affected outcomes of reliability testing among the Dholuo-speaking cohort, where accuracy improved across all five tests, including speed. Conclusions: There is preliminary evidence that the NIH Toolbox ® African Languages potentially offers a valid assessment of development and performance using tests of fluid cognition in Swahili and Dholuo among research settings. With piloting underway across other diverse settings, future research should gather additional evidence on the clinical utility and acceptability of these tests, specifically through the establishment of norming data among Kenyan regions and evaluating these psychometric properties.Item Adapting to CONNECT: modifying a nursing home-based team-building intervention to improve hospital care team interactions, functioning, and implementation readiness(BMC, 2022-07-29) Wang, Virginia; D’Adolf, Joshua; Decosimo, Kasey; Robinson, Katina; Choate, Ashley; Bruening, Rebecca; Sperber, Nina; Mahanna, Elizabeth; Van Houtven, Courtney H.; Allen, Kelli D.; Colón-Emeric, Cathleen; Damush, Teresa M.; Hastings, Susan N.; Medicine, School of MedicineBackground: Clinical interventions often need to be adapted from their original design when they are applied to new settings. There is a growing literature describing frameworks and approaches to deploying and documenting adaptations of evidence-based practices in healthcare. Still, intervention modifications are often limited in detail and justification, which may prevent rigorous evaluation of interventions and intervention adaptation effectiveness in new contexts. We describe our approach in a case study, combining two complementary intervention adaptation frameworks to modify CONNECT for Quality, a provider-facing team building and communication intervention designed to facilitate implementation of a new clinical program. Methods: This process of intervention adaptation involved the use of the Planned Adaptation Framework and the Framework for Reporting Adaptations and Modifications, for systematically identifying key drivers, core and non-core components of interventions for documenting planned and unplanned changes to intervention design. Results: The CONNECT intervention's original context and setting is first described and then compared with its new application. This lays the groundwork for the intentional modifications to intervention design, which are developed before intervention delivery to participating providers. The unpredictable nature of implementation in real-world practice required unplanned adaptations, which were also considered and documented. Attendance and participation rates were examined and qualitative assessment of reported participant experience supported the feasibility and acceptability of adaptations of the original CONNECT intervention in a new clinical context. Conclusion: This approach may serve as a useful guide for intervention implementation efforts applied in diverse clinical contexts and subsequent evaluations of intervention effectiveness.Item The Impact of paternal involvement and United States stay length on Latino youth’s depressive symptoms(University of Houston, 2019) Bishop, Christine; Makki Alamdari, Sara; School of Social WorkLatino youth in the United States are more at-risk for depression than youth of other ethnic backgrounds. This manuscript assesses the impacts of sex, age, United States stay length, and whether or not Latino children of immigrants’ fathers live with them on the youth’s depressive symptoms. For this purpose, data of the Children of Immigrants Longitudinal Study was used. Using multiple regression analysis, the relationships among the aforementioned factors were examined among 1305 immigrant youth who were born in Latin America and Caribbean countries. The results of the study indicated that being male, living with one’s father and longer stay in the United States are significantly associated with less depression for Latino children of immigrants. The implications of the study can be applied to multiple settings including youth’s homes, social service agencies, and personnel who work with depressed populations. Raising awareness among immigrant parents, training mental health and social service providers, and developing culturally sensitive interventions were recommended. Although this study is a significant and timely topic, using data that are more recent could be more beneficial.Item Limited Impacts of Thermoneutral Housing on Bone Morphology and Mechanical Properties in Growing Female Mice Exposed to External Loading and Raloxifene Treatment(Elsevier, 2021) Tastad, Carli A.; Kohler, Rachel; Wallace, Joseph M.; Biomedical Engineering, School of Engineering and TechnologyThermoregulation is an important factor that could have physiological consequences on pre-clinical research outcomes. Simply housing mice at thermoneutral temperature has been shown to prevent the well-established loss of cancellous bone that is typical in growing mice. In this study, active tissue formation was induced by non-invasive tibial loading in female mice and combined with raloxifene treatment to assess whether temperature could enhance their combined effects on bone morphology and mechanical properties. It was hypothesized that by removing the cold stress under which normal lab mice are housed, a metabolic boost would allow for further architectural and mechanical improvements in mice exposed to a combination of tibial loading and raloxifene. Ten-week old female C57BL/6J mice were treated with raloxifene, underwent tibial loading to a maximum tensile stress of 2050 με, and were housed in thermoneutral conditions (32 °C) for 6 weeks. We investigated bone morphology through microcomputed tomography (μCT), mechanical properties via four-point bending, and fracture toughness testing. Results confirmed previous work showing a combined effect of external loading and raloxifene which led to greater improvements in most properties than either individual treatment. Counter to the hypothesis, temperature had modest effects on body weight, overall bone size, and trabecular architecture, and most effects were detrimental. Thermoneutrality had no impact on mechanical integrity or fracture toughness. In most cases, the magnitude of temperature-based effects were less robust than either RAL treatment or loading.Item Listening Closer(2016) Qian, Jennifer; Nordgulen, EricTo hear is a simple act but to listen is to react. Our bodies register sensory experiences before the mind becomes aware of it. When our body listens with its ears, eyes, heart and the rest of its limbs, it functions as a lyrical instrument. This lyrical instrument receives and translates sound into the body language. Our bodies can register sounds outside the human hearing range, detect vibrations, and even sense another person's emotions. As translators, our bodies have the tools to receive sounds and interpret them. We use this all the time, voluntarily and involuntarily, to face someone when speaking, to step forward to offer help, to flinch when a loud noise startles us, to tap our feet to the beat of music and so on. Noticing how our bodies respond demands attention and practice. The first step is to listen.Item Preliminary efficacy of a brief family intervention to prevent declining quality of life secondary to parental bone marrow transplantation(SpringerNature, 2017-02) Fife, Betsy L.; Von Ah, Diane M.; Spath, Mary L.; Weaver, Michael T.; Yang, Ziyi; Stump, Timothy; Farag, Sherif; School of NursingThe primary purpose of this research was to develop and evaluate the efficacy and feasibility of a brief, cost-effective family-focused intervention to promote adaptive coping and quality of life throughout a parent's bone marrow transplantation (BMT). Targeted outcomes were cohesion, decreased use of avoidance coping, open communication and effective management of emotional distress. Participants included an intervention group of 31 families and 29 families in a control group who received usual care. Each family included the BMT recipient, a partner/caregiver and children 10-18 years old. The intervention included two dyadic sessions for the BMT recipient and the partner/caregiver, one individual session for the caregiver and two digital video discs (DVDs) for children. Statistical analyses indicated that the intervention had a positive impact on at least one aspect of the adaptation of each family member. Caregivers reported the most distress but benefitted least from the intervention, whereas recipients and children reported improvement in distress. Ratings of satisfaction/acceptability were high, with 97% responding that they would recommend the intervention to others. Plans for future research include increased intervention intensity for the caregiver, a larger more diverse sample and implementation over an extended period post BMT.Item Starve Cancer Cells of Glutamine: Break the Spell or Make a Hungry Monster?(MDPI, 2019-06-11) Jiang, Jie; Srivastava, Sankalp; Zhang, Ji; Biochemistry & Molecular Biology, IU School of MedicineDistinct from normal differentiated tissues, cancer cells reprogram nutrient uptake and utilization to accommodate their elevated demands for biosynthesis and energy production. A hallmark of these types of reprogramming is the increased utilization of, and dependency on glutamine, a nonessential amino acid, for cancer cell growth and survival. It is well-accepted that glutamine is a versatile biosynthetic substrate in cancer cells beyond its role as a proteinogenic amino acid. In addition, accumulating evidence suggests that glutamine metabolism is regulated by many factors, including tumor origin, oncogene/tumor suppressor status, epigenetic alternations and tumor microenvironment. However, despite the emerging understanding of why cancer cells depend on glutamine for growth and survival, the contribution of glutamine metabolism to tumor progression under physiological conditions is still under investigation, partially because the level of glutamine in the tumor environment is often found low. Since targeting glutamine acquisition and utilization has been proposed to be a new therapeutic strategy in cancer, it is central to understand how tumor cells respond and adapt to glutamine starvation for optimized therapeutic intervention. In this review, we first summarize the diverse usage of glutamine to support cancer cell growth and survival, and then focus our discussion on the influence of other nutrients on cancer cell adaptation to glutamine starvation as well as its implication in cancer therapy.Item The Wnt pathway: An important control mechanism in bone's response to mechanical loading(Elsevier, 2021) Choi, Roy B.; Robling, Alexander G.; Anatomy, Cell Biology and Physiology, School of MedicineThe conversion of mechanical energy into biochemical changes within living cells is process known as mechanotransduction. Bone is a quintessential tissue for studying the molecular mechanisms of mechanotransduction, as the skeleton's mechanical competence is crucial for vertebrate movement. Bone cell mechanotransduction is facilitated by a number of cell biological pathways, one of the most prominent of which is the Wnt signaling cascade. The Wnt co-receptor Lrp5 has been identified as a crucial protein for mechanical signaling in bone, and modifiers of Lrp5 activity play important roles in mediating signaling efficiency through Lrp5, including sclerostin, Dkk1, and the co-receptor Lrp4. Mechanical regulation of sclerostin is mediated by certain members of the Hdac family. Other mechanisms that influence Wnt signaling-some of which are mechanoresponsive-are coming to light, including R-spondins and their role in organizing the Rnf43/Znrf3 and Lgr4/5/6 complex that liberates Lrp5. While the identity of the key Wnt proteins involved in bone cell mechanical signaling are elusive, the likely pool of key players is narrowing. Identification of Wnt-based molecular targets that can be modulated pharmacologically to make mechanical stimulation (e.g., exercise) more beneficial is an emerging approach to improving skeletal integrity and reducing fracture risk.Item Tibial Bone Strength is Enhanced in the Jump Leg of Collegiate-Level Jumping Athletes: A Within-Subject Controlled Cross-Sectional Study(Springer, 2016-02) Weatherholt, Alyssa M.; Warden, Stuart J.; Department of Physical Therapy, School of Health and Rehabilitation SciencesAn efficient method of studying skeletal adaptation to mechanical loading is to assess side-to-side differences (i.e., asymmetry) within individuals who unilaterally exercise one side of the body. Within-subject controlled study designs have been used to explore skeletal mechanoadaptation at upper extremity sites; however, there is no established model in the lower extremities. The current study assessed tibial diaphysis and distal tibia asymmetry in collegiate-level jumping athletes (N = 12). To account for normal crossed asymmetry, data in jumping athletes were compared to asymmetry in a cohort of athletic controls not routinely exposed to elevated unilateral lower extremity loading (N = 11). Jumpers exhibited side-to-side differences between their jump and lead legs at both the tibial diaphysis and distal tibia, with differences at the former site persisting following comparison to dominant-to-nondominant leg differences in controls. In particular, jump-to-lead leg differences for cortical area and thickness at the tibial diaphysis in jumpers were 3.6% (95% CI 0.5-6.8%) and 3.5% (95% CI 0.4-6.6%) greater than dominant-to-nondominant differences in controls, respectively (all p < 0.05). Similarly, jump-to-lead leg differences in jumpers for tibial diaphysis maximum second moment of area and polar moment of inertia were 7.2% (95% CI 1.2-13.2%) and 5.7% (95% CI 1.7-9.8%) greater than dominant-to-nondominant differences in controls, respectively (all p < 0.05). Assessment of region-specific differences of the tibial diaphysis in jumpers indicated that the jump leg had greater pericortical radii on the medial and posterior sides and greater radial cortical thickness posteromedially when compared to the lead leg. These data suggest that athletes who perform repetitive and forceful unilateral jumping may be a useful and efficient within-subject controlled model for studying lower extremity skeletal mechanoadaptation.