
光動力治療創新實驗室
Photodynamic Innovative Laboratory
About us
本實驗室主要研究目標:
Our laboratory's primary research objective is to advance photomedicine, specifically photodynamic therapy, to benefit our patients. Our research areas encompass a range of medical conditions, including cancers, wound healing, and infectious diseases. Our daily work philosophy is rooted in enjoyment and fun, as we seek out innovative solutions to challenging medical problems.
我們的研究主要與光醫學相關,尤其聚焦在光動力治療對患者的幫助。研究領域包括:癌症、傷口癒合以及感染相關疾病。我們工作的宗旨為樂在其中。尋找創新的方法來治癒棘手的問題。

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News & Events
Announcements
2026
恭賀!王德華醫師於美國NYU孫同天院士Lab進修時的研究,有幸貢獻於:
輸尿管膀胱連接處是膀胱幹細胞所在的位置
發表於Nature Communications:(Accepted)
Ureterovesical junction: a stem cell niche for ureteral urothelial renewal and bladder urothelial injury repair
by Xue-Ru Wu, Yi Liao, Fenglin Zhang, Yan Liu, Xiaohong Li, Fiona Kou, Ten Hou, Yuan Wei, Tak-Wah Wong, Herbert Lapor, Ellen Shapiro, Fang-ming Deng, and Cathy Mendelsohn [Paper #NCOMMS-26-027500B]

Figure 1. Marked differences in transcriptomic profiles between bladder urothelium and ureteral urothelium.
(A) Principal component (PC) analysis of RNA-sequencing results showing that the bladder urothelial samples (B, blue dots; n=4) were clustered markedly differently from the ureteral urothelial samples (U, red dots; n=4). Samples 2B and 2U were not included for RNA-sequencing because of poor RNA quality.
(B) MA plot of the log2-fold changes between the bladder and ureteral urothelial samples, showing significant divergence.
(C) Over-represented genes in rat bladder urothelia (rBU; red circle) versus those in rat ureteral urothelia (rUU; blue circle). Adjusted p-values (Padj) of <0.05 were considered statistically significant. Genes with overlapping expression in both rBU and rUU with (Padj) of >0.05 were shown in the gray circle.
🎉 恭賀!王德華醫師榮獲114學年度實習醫學生票選「教學優良主治醫師」。 2026.08.01

🎉 賀!本實驗室「光動力環境消毒技術」獲美國專利核准通知(USPTO Notice of Allowance),並通過國立成功大學115年度專利維護評估,獲專利維護費補助2年。
感謝所有研究團隊成員及合作夥伴的努力與付出!
🎉 Congratulations! Our laboratory's photodynamic environmental disinfection technology has received a U.S. Patent Notice of Allowance and has successfully passed National Cheng Kung University's 2026 Patent Maintenance Evaluation, receiving two years of patent maintenance fee support.
We sincerely thank all members of our research team and our collaborators for their dedication and contributions.
2026.07.02




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2026.05.07













受邀至澳門百年歴史的山頂醫院皮膚科演講
「The advance of laser and photodynamic therapy in benign and malignant skin diseases」2025.04.14



2024




















