Yinuo Cheng

Abstract Background: Hypertension (HTN) affects 31.6% of Chinese adults and contributes to cardiovascular and cerebrovascular diseases through chronic inflammation. Pro-inflammatory diets, measured by the Dietary Inflammatory Index (DII), have been associated with increased HTN risk. However, evidence from tropical regions remains limited. As China’s only tropical province, Hainan has distinctive dietary patterns shaped by its geographic and climatic characteristics.

This paper presents the design of a dual-focal-plane head-up display (HUD) system utilizing double freeform mirrors. The system is specifically developed for automotive applications, aiming to enhance driving safety and experience by projecting vehicle information within the driver’s line of sight. Compared to the traditional WHUD, the ARHUD offers a broader field of view and a greater virtual image distance.

Microfiltration is a compelling method to separate particles based on their distinct size and deformability. However, this approach is prone to clogging after processing a certain number of particles and forming bubbles in the separation procedure, which often leads to malfunctioning of devices. In this work we report on a bubble-free and clogging-free microfluidic particle separation platform with high throughput.