Publications by authors named "C C Laura Meng"

Traditional methods of plasmid delivery, including viral vectors, lipofection, and electroporation, are widely used for gene editing but have limitations, such as cellular toxicity, limited transfection efficiency in primary cells, and nonspecific side effects. Here, we report the development of nucleus pulposus cell (NPC)-mimicking nanoparticles (HIF1A@NNP) with an NPC membrane as the shell and pcDNA3.1-rHIF1A encapsulated in the core via extrusion.

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Purpose: To investigate the biomechanical efficacy of the reverse suture anchor (RSA) technique compared with the transtibial pull-out (TP) and suture anchor (SA) techniques using in vitro porcine knee models of PMMRTs.

Methods: 32 fresh frozen porcine tibiae with medial meniscus intact were randomly assigned to four groups (eight specimens each). A standardized posterior medial meniscus root tear (PMMRT) was established in 24 specimens.

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Background: To conduct a comprehensive bibliometric analysis of LL-37, summarize its development trends and patterns, and identify emerging research hotspots.

Methods: Bibliometric and Knowledge Graph Analysis of Literature Data Related to LL-37 in the WOSCC Database Using Citespace and Vosviewer.

Results: A total of 2,814 articles were analyzed, revealing a steady increase in recent publications.

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Background &aims: Piezo1, a recently identified mechanically-activated nonselective cation channel protein, demonstrates sensitivity to various mechanical stimuli, such as matrix stiffness and shear stress. While accumulating evidence implicates Piezo1 channels in numerous physiological and pathophysiological processes, its involvement in dextran sulfate sodium (DSS)-induced acute and chronic inflammatory bowel disease (IBD) remains incompletely understood. This study aimed to investigate the effect of Piezo1 channels in macrophage polarization and its associated functions in IBD.

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Objective: Arthroscopic repair of upper one-third subscapularis tendon tears remains challenging due to suture management difficulties and repair quality limitations. We proposed a simpler knotless technique-the H-Loop technique. This study evaluates its early clinical and imaging outcomes.

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