Publications by authors named "Peng You-Qing"
Article Synopsis
- Chronic pancreatitis (CP) significantly diminishes the quality of life for patients, leading to the development of the Pancreatitis Quality of Life Instrument (PANQOLI) to assess their QoL.
- A Chinese version of PANQOLI was created through careful translation and testing with 500 Mandarin-speaking CP patients, ensuring reliability and validity through various analyses.
- The final results indicated that the Chinese PANQOLI exhibits excellent reliability and validity, making it an effective tool for evaluating the quality of life in Chinese-speaking patients with chronic pancreatitis.
Spatial catalytic acid-base-Pd triple-sites of a hierarchical core-shell structure have been successfully constructed for a three-step reaction, and exhibited excellent catalytic activity and stability. A catalytic mechanism has been systematically studied via single one- and two-step reactions, and possible molecular reactions have been proposed.
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- - This study explores the influence of cultural values on teamwork among doctors and nurses in China's emergency departments (EDs), highlighting how diverse backgrounds can create challenges in collaboration.
- - Interviews with 20 healthcare professionals revealed four main themes impacting teamwork: leadership, communication, mutual support, and staffing, along with various cultural sub-themes that affect interactions.
- - The findings suggest that improving teamwork in EDs requires understanding these cultural influences, and future research should focus on identifying key factors that can enhance cohesion between medical staff.
Calcium is known to play vital roles in diverse physiological processes, and it is known that voltage-gated calcium channels (Cav) mediate calcium influx in excitable cells. However, no consensus exists on the molecular identity of the calcium channels present in nonexcitable cells such as T lymphocytes. Here, we demonstrate that T lymphocytes express both regulatory beta4 and poreforming Cav1 alpha1 subunits of Cav channels.
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