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INTRODUCTION: Emotionally driven cognitive complaints represent a major diagnostic challenge for clinicians and indicate the importance of objective confirmation of the accuracy of depressive patients' descriptions of their cognitive symptoms. METHODS: We compared cognitive status and structural and functional brain connectivity changes in the pulvinar and hippocampus between patients with total depression and healthy controls. The depressive group was also classified as "amnestic" or "nonamnestic," based on the members' subjective reports concerning their forgetfulness. We then sought to determine whether these patients would differ in terms of objective neuroimaging and cognitive findings. RESULTS: The right pulvinar exhibited altered connectivity in individuals with depression with objective cognitive impairment, a finding which was not apparent in depressive patients with subjective cognitive impairment. DISCUSSION: The pulvinar may play a role in depression-related cognitive impairments. Connectivity network changes may differ between objective and subjective cognitive impairment in depression and may play a role in the increased risk of dementia in patients with depression.
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Nurses play an important role in identifying, evaluating, monitoring, and managing patients with urinary incontinence (UI). PURPOSE: This study was conducted to determine nurses' knowledge, attitudes, practices, and obstacles to managing patients' UI. METHODS: A descriptive study was conducted between September 2017 and February 2018 at 2 university hospitals, 2 private hospitals, and 4 state hospitals in a metropolitan city in Turkey. All registered nurses present at the times of data collection were eligible to participate. After providing informed consent, they were asked to complete a 25-item demographic characteristic questionnaire, a 7-item UI assessment and care implementation form, a 12-item form assessing obstacles faced during UI care provision, a 24-item UI knowledge questionnaire (higher scores indicated more knowledge; a score of 70% correct was considered adequate), and the Urinary Incontinence Attitude Scale. The latter comprised 15 Likert-type questions that measures attitudes toward UI symptoms, treatment, and prevention (maximum score of 60; higher scores infer positive attitude). Data were collected and entered into a software program for statistical analysis including Mann Whitney U, chi-square, and correlation tests. Incomplete forms were excluded. RESULTS: Of the 475 potential participants, 254 nurses completed all forms; 228 (89.8%) were women, 177 (69.7%) had a bachelor's degree, 146 (57.5%) worked in a state hospital, and 105 (41.3%) worked for 2 to 3 years. The mean score for UI knowledge was 15.22 ± 3.43 (range 0-24), and the mean attitude score was 46.40 ± 5.50 (range 15-60). The major nurse- or hospital-related obstacles to providing UI care were a lack of systems for patient follow-up (67.7%) and lack of patient education materials (60.2%). A weak positive correlation was noted between UI knowledge level and attitude (r = 0.263; P = .000). CONCLUSION: Although nurses had a positive attitude toward UI, UI knowledge scores were low. Lack of patient follow-up systems and patient education materials were important obstacles to nurses providing UI care. In addition to addressing these obstacles, postgraduation evidence-based UI education for nurses is needed to optimize care.