Our research is centered on immunology, inflammation, and disease mechanisms, with a strong emphasis on experimental investigation and biological validation. We study how immune and inflammatory processes shape tissue injury and disease progression, how environmental exposures perturb these processes, and how therapeutic interventions influence disease biology.
Our approach is intentionally flexible. Depending on the scientific question, we combine cellular, molecular, and functional experiments with multi-omics, computational analysis, artificial intelligence, imaging, pharmacological investigation, and population-level data. The balance between bench work and computation varies from project to project.
We use immunology as a biological foundation, but tools are not our label; questions are.
We are also not confined to a single disease area. Many immune and biological mechanisms are shared across tissues and disease contexts, so we follow the underlying mechanisms and biological principles rather than the diagnostic label itself.
我们的研究以免疫学、炎症反应与疾病机制为核心，并高度重视实验研究与生物学验证。我们关注免疫与炎症过程如何影响组织损伤和疾病进展，环境暴露如何扰动这些生物学过程，以及治疗干预如何改变疾病相关机制。
我们的研究策略保持开放和灵活。根据不同的科学问题，我们将细胞、分子和功能实验与多组学、计算分析、人工智能、医学影像、药理学研究及人群数据相结合。不同项目中，实验研究与计算分析所占的比重可以有所不同。
我们以免疫学作为理解疾病的生物学基础，但我们不以工具定义自己——真正驱动研究的是科学问题本身。
我们也不局限于某一种疾病。许多免疫与生物学机制可以跨越不同组织和疾病背景，因此我们更关注其背后的机制与生物学规律，而不是被某个诊断名称或疾病标签所限制。
For detailed information, please refer to the following links and graph 👇
