Publications by authors named "J B Finkel"

The correlation between circulating microbes and sepsis as well as proinflammatory diseases is increasingly gaining recognition. However, the detection of microbes' cell-free DNA (cfDNA), which exist at concentrations of a billion times lower than blood proteins, poses a significant challenge for early disease detection. Here, we present Nano mechanics combined with highly sensitive readout sequences to address the challenges of ultralow counts of disease biomarkers, thus enabling robust quantitative monitoring of chronic medical conditions at different stages of human disease progression.

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Preoperative state anxiety is a known predisposing factor for enhanced postoperative pain and hindered recovery following total knee or hip replacement. Acupuncture administered preoperatively has been associated with reduced anxiety in surgical studies, yet evidence of its efficacy in the orthopedic surgical setting is limited. This study investigated the effects of preoperative acupuncture on preoperative anxiety and pain and compared acute postoperative pain between acupuncture and control patient groups.

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Objectives: People with HIV are at increased risk for metabolic dysfunction-associated steatohepatitis (MASH). Although sex differences are documented in the general population, their role in the context of HIV is less understood.

Methods: This was a multicentre cohort study including people with HIV without viral hepatitis coinfection.

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Article Synopsis
  • * The Pediatric Device Consortia (PDC) aims to conduct a scoping review to identify barriers and facilitators for clinical research infrastructure in pediatric medical devices by analyzing relevant healthcare literature across multiple databases.
  • * The study will include various published research types focused on pediatric populations, utilizing software for data management, with findings intended for dissemination through academic publications and conferences.
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Article Synopsis
  • Thermal annealing is normally required to help DNA strands stick together, but this new method uses a special solution to let them self-assemble at normal temperatures.
  • The process allows DNA shapes, like origami and grids, to form naturally and change shape when they find a better arrangement.
  • This technique could help create smart nanomachines and discover new structures by taking advantage of self-assembly and evolution-like changes.
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