Articles: monitoring.
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Pol. Arch. Med. Wewn. · Feb 2025
A supervised telemedical monitoring in the heart failure population in regions of social exclusion is associated with an improvement in functional capacity and quality of life.
Telemedicine is intended to provide medical care to patients in remote areas. ⋯ The applied telemedical model of care under the specialist's supervision was associated with an improvement in NYHA class and QoL in the HF population from regions of social exclusion.
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Clinical decision-making after allogeneic stem cell transplantation (HSCT) is partially based on hematopoietic chimerism analysis. Short tandem repeat (STR), the current gold standard for quantitative chimerism analysis, has limited sensitivity. Digital polymerase chain reaction (dPCR) combines precise quantification and high reproducibility with excellent sensitivity (usually ≤ 0.1%) in a wide measurement range. However, the reported dPCR-based chimerism detection methods were developed in non-Chinese cohorts and may not be applicable in a Chinese population. ⋯ Our new system has great repeatability and sensitivity, especially in detecting micro-chimerism and in dual donor samples. It is expected to show good applicability in Chinese transplant patients. Selecting dPCR/STR testing according to each individual's chimerism status facilitates sensitive and accurate analysis, effective early treatment interventions, and relapse monitoring in clinical settings.
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Improved perioperative patient monitoring is a crucial step toward better predicting postoperative outcomes. Wearable devices capable of measuring various health-related metrics represent a novel tool that can assist healthcare providers. However, the literature surrounding wearables is wide-ranging, preventing clinicians from drawing definitive conclusions regarding their utility. This review intends to consolidate the recent literature on perioperative wearables and summarize the most salient information. ⋯ Perioperative wearables are valuable tools for tracking postoperative health metrics, predicting adverse events, and improving patient satisfaction. Future research on removing barriers such as technological illiteracy, artifact generation, and false-positive alarms would enable better integration of wearables into the hospital setting.
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This review aims to summarize recent developments for the management of severe traumatic brain injury (TBI) in the ICU. Recent advancements in TBI ICU management emphasize a progression toward more multimodal approaches and mitigating secondary brain injury by increased focus on careful systemic management. ⋯ ICP monitoring remains a key component of severe TBI management in ICU. Emerging evidence is slowly changing and improving intensive care and patient outcomes and include both brain-targeted therapies and careful systemic intensive care management.