每月實驗室會議
Monthly Laboratory Seminar
如果你對我們研究內容有興趣，歡迎參加每月的實驗室會議，時間是在每月最後一週週五下午3點-5點，地點位於研究大樓4樓會議室。今年會議日期請參閱以下公告。每月會議內容將於會議當週週一更改為最終版本。
每月的實驗室會議將進行各項研究計畫工作匯報，您將可學習實驗設計的邏輯、新技術的原理與應用及本研究室目前的研究規劃與未來發展方向。
If you are interested in our research, you are welcome to attend our monthly laboratory seminars on the last Friday of each month from 3:00 PM to 5:00 PM in the conference room on the 4th floor of the research building. Please refer to the following announcement for this year's seminar dates. The content of each monthly meeting will be updated to its final version on the Monday of the meeting week.
During the monthly laboratory seminar, various research project reports will be presented. You will have the opportunity to learn about the logic of experimental design, the principles and applications of new technologies, as well as the current research plans and future development directions of our laboratory.
博士後研究員進度報告 Postdoctoral Fellow's progress report
陳子豪
Tzu-Hao Chen
- 探討運動性熱衰竭下腸-循環-腦軸相互作用的綜合分析
Integrated Analysis of Gut–Circulation–Brain Axis Interactions in Exertional Heatstroke - 探討一氧化碳中毒所致多重器官受損與其致病機轉
Mechanisms of Multi-Organ Injury Induced by Carbon Monoxide Poisoning - 揭示股骨頭壞死中骨免疫機制與其微環境的交互影響
Elucidating Osteoimmunological Mechanisms and Microenvironmental Interactions in Osteonecrosis of the Femoral Head - 探討新生兒壞死性腸炎下腸-腦軸之影響機制與長期神經發展評估
Exploration of Potential Pathogenesis of the Gut–Brain Axis in Neonatal Necrotizing Enterocolitis and Assessment of Long-term Neurological Effects.
助理進度報告 Assistant's progress report
唐聆祐
Ling-Yu Tang
- 薄荷醇介導的預冷機制應是一種新穎且易於使用的中暑防治策略：一項腦-心-肺反應的臨床前研究
Menthol-mediated precooling could be a novel and simple-to-use strategy for preventing and controlling heat stroke: a preclinical study on brain-heart-lung responses - 探討熱中暑所致下視丘-脂肪軸功能失調及其與代謝症候群和神經精神疾病的關聯性以制定防治之道
Investigating hypothalamus-adipose axis dysregulation in heat stroke and its link to metabolic syndrome and neuropsychiatric disorders for prevention and control strategies
趙苾聿
Pi-Yu Chao
- 反覆性腦創傷後短鏈脂肪酸介導之腸-腦代謝重編程與失智風險關聯機轉之研究
Short-Chain fatty acids-mediated gut-brain metabolic reprogramming and its mechanistic links to dementia risk after repetitive traumatic brain injury.
簡嵐翔
Lan-Hsiang Chien
- 腸道趨化因子在實驗性壞死性腸炎中引起腦損傷的機制探討
The mechanisms underlie the gut-derived chemokines causing brain injury in experimental necrotizing enterocolitis - 外泌體 miR-452-5p 調控缺血性腦中風相關神經元粒線體損傷之整合研究：由複合體 I 失衡到具機制基礎之粒線體損傷指標
An integrated human-animal-cell study of exosomal miR-452-5p in ischemic stroke-associated neuronal mitochondrial injury：from complex I dysfunction to a mechanistically anchored mitochondrial injury index
熊建瑋
Chien-Wei Hsiung
- 以高解析質譜分析技術之整合體學策略尋找一氧化碳暴露之蛋白體與代謝體生物指標及治療分子與代謝機制
Using an integrated body science strategy with high-resolution mass spectrometry analysis technology to search for protein and metabolite biomarkers, therapeutic molecules, and the metabolic mechanisms of carbon monoxide exposure. - 高壓氧預處理hMSC外泌體對不成熟腦部LPS-致敏缺氧缺血性白質傷害的修復機轉
Reparative mechanisms of hyperbaric oxygen–preconditioned hMSC-derived extracellular vesicles in LPS-sensitized hypoxic–ischemic white matter injury of the immature brain
趙思涵
Ssu-Han Chao
- 高壓氧預處理對於富血小板血漿提升生長因子作用並對於骨修復之效益評估
Evaluation of the effectiveness of hyperbaric oxygen preconditioning on platelet-rich plasma to enhance growth factors and bone repair
黃永欣
Yong-Xin Huang
- 生物活性塗層於鈦金屬表面以優化成骨細胞MG-63的貼附、生長、與爬行: 次世代骨材與植入體的整合研究
Bioactive Coatings on Titanium Surfaces to Optimize MG-63 Osteoblast Adhesion, Proliferation, and Migration: Toward Next-Generation Bone Materials and Implant Integration