国际教育论坛系列讲座（一百一十）
本次讲座将介绍在活体光合培养物中全水基3D打印生物电子网络的研究，主讲人为不列颠哥伦比亚大学博士生Mahyar Panahi-Sarmad。
报告介绍
报告题目：All-aqueous 3D printing of bioelectric networks in living photosynthetic
cultures 该讲座将探讨利用全水基3D打印技术构建生物电子网络，并集成于活体光合微生物系统中的前沿研究，展示基于可再生生物大分子的液态成型与生物制造新策略。
报告人介绍
Trained in polymer engineering, his research has progressed from nanocomposites
and stimuli-responsive soft matter to 3D printing and functional textiles,
including work as a remote research associate at the Key Laboratory of
Eco-Textiles. At UBC, his doctoral research develops bio-based liquid
printing and biofabrication strategies to shape low-viscosity, hydrated
materials that are difficult to process with conventional extrusion-based
methods. His work uses interfacial assembly, colloidal interactions, and
liquid-phase confinement to stabilize and structure soft bio-based matter
without relying primarily on ink thickening.
报告图片 共 4 张
