User Re-Identification via Confusion of the Contrastive Distillation Network and Attention Mechanism.

With the rise of social networks, more and more users share their location on social networks. This gives us a new perspective on the study of user movement patterns. In this paper, we solve the trajectory re-identification task by identifying human movement patterns and then linking unknown trajectories to the user who generated them.

Analysis of Influencing Factors and Demand Forecast of Single Disease Demand in Chinese Public Hospitals.

In this study, we examine influencing factors and demand forecast of single disease demand in Chinese public hospitals. We conducted a preliminary screening of the literature, according to a literature search strategy and inclusion and exclusion criteria. Related Chinese and English articles between 2000 and 2022 were searched in the Chinese National Knowledge Infrastructure, Wanfang, PubMed, and Elsevier databases and Google Scholar.

Use of auricular acupressure to improve the quality of life in diabetic patients with chronic kidney diseases: a prospective randomized controlled trial.

Background. Diabetic patients with chronic kidney disease (CKD) suffer from low quality of life (QOL). We aim to assess the effectiveness of auricular acupressure for QOL improvement in these patients.

[An experimental study of rabbits' wound repair by amniotic carrier complex membrane containing bFGF and vitamin C and loaded with BMSCs].

Objective: The amniotic carrier complex membrane, which contains bFGF and vitamin C (VitC) and is loaded with BMSCs, is planted into the deeply-partial wounds of rabbits. To explore its influence on the epidermis renascence and regenerating speed in the process of the dermis restore.

Methods: BMSCs were isolated from the marrows of 24 healthy 3-month-old New Zealand rabbits, male or female, weighing 1.

In vitro human skin model to evaluate water permeability and determine wound dressings' occlusivity.

Wound dressings' occlusivity is directly correlated with water permeability and may affect wound healing. This study evaluated the wound dressings' occlusivity in comparison to their ability to retain water in an in vitro human skin model. Human cadaver skin was stretched over fully filled vials of physiological saline and banded.