Publications by authors named "Lizhe Hu"
Article Synopsis
- * The study analyzed 1269 publications using CiteSpace software to visualize research trends and collaborations related to microorganisms in medicinal plants, identifying important patterns and key research areas.
- * It emphasizes critical microbiology research topics, such as assessing natural compounds for antibacterial effects and the influence of secondary metabolites on microbial communities, guiding future research directions in the field.
Exotic polar topologies such as polar skyrmions have been widely observed in ferroelectric superlattice systems. The dynamic motion of polar skyrmions under external forces holds promise for applications in advanced electronic devices such as race-track memory. Meanwhile, the polar skyrmion motion has proven to be challenging due to the strong skyrmion-skyrmion interaction and a lack of a mechanism similar to the spin-transfer torque.
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- The study focuses on enhancing the transverse preputial island flap (TPIF) surgery technique for severe hypospadias repairs by introducing a modified urethral anastomosis method called wide-based oblique anastomosis (WOA).
- Data was gathered from 72 patients who underwent this modified procedure, showing a 20.8% complication rate, primarily involving fistulas and urethral diverticula, but no instances of urethral stricture occurred.
- The findings suggest that the WOA technique is a simple and effective approach that improves the surgical outcomes and reduces the risk of specific postoperative complications.
Polar skyrmions have been widely investigated in oxide heterostructures due to their exotic properties and intriguing physical insights. However, the field-driven motion of polar skyrmions, akin to that of the magnetic counterpart, remains elusive. Herein, using phase-field simulations, we demonstrate the dynamic motion of polar skyrmions with integrated external thermal, electrical, and mechanical stimuli.
View Article and Find Full Text PDFIn the extracorporeal shock wave lithotripsy for infants, we used a medical polymer gel pad to assist ultrasonic positioning, so that the ultrasonic probe could be far away from the shock wave energy field. Although not affecting the ultrasonic positioning and monitoring effect, we discussed the protective effect of this method on the ultrasonic probe. A retrospective analysis was made on 21 infants (0-3 years old) who received ESWL in our hospital from June 2021 to February 2023.
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