Publications by authors named "L Q Pu"
Background: Early neurological deterioration (END) is a critical determinant influencing the short-term prognosis of acute ischemic stroke (AIS) patients and is associated with increased mortality rates among hospitalized individuals. AIS frequently coexists with coronary heart disease (CHD), complicating treatment and leading to more severe symptoms and worse outcomes. Shared risk factors between CHD and AIS, especially elevated low-density lipoprotein cholesterol (LDL-C), contribute to atherosclerosis and inflammation, which worsen brain tissue damage.
View Article and Find Full Text PDFHighly fluorinated naphthyl aldehyde and binaphthyl aldehyde ()- were designed and synthesized for fluorous-phase-based sensing. Greatly enhanced sensitivity and chemoselectivity in going from to ()- in the fluorescent detection of cysteine has been discovered. This is attributed to the increased structural rigidity of the axially chiral binaphthyl unit in ()- upon reaction with cysteine to form the corresponding thiazolidine product.
View Article and Find Full Text PDFArticle Synopsis
- Tarsal heights in Asian eyelids were found to be higher than previously reported, which may clarify issues with traditional double eyelid surgery methods.
- A novel 'MAP method' for creating double eyelid creases was developed, involving specific suturing techniques that preserve important eyelid tissue and provide adjustable crease heights based on individual patient preferences.
- This new technique offers better eyelid mechanics, a quicker recovery process, and longer-lasting results with minimal complications compared to classic procedures.
Purpose: The human trial aimed to study the influence of propolis on immune function in the elderly.
Methods: Non-institutionalized community-dwelling individuals aged 60-80 years were recruited from Tianjin, China. Participants were assigned randomly to either the Chinese propolis group (600 mg/day, n = 32) or the control group (n = 30).
Article Synopsis
- The study investigates how weaning body weight in piglets affects their growth by analyzing plasma metabolites and gut microbiota.
- Key findings include a difference in 23 metabolites, with specific lipid molecules being more prevalent in lighter piglets, while metabolic pathways linked to these differences were identified.
- Additionally, the gut microbiota showed variability, with higher Lactobacillus levels in heavier piglets and specific bacteria serving as biomarkers for weight differences, indicating a correlation between gut health and metabolism.