About the Speaker
Prof. Shenmin Zhu, a tenured professor at Shanghai Jiao Tong University and former JSPS Fellow in Japan, has authored over 190 journal papers on polymer composites and biomedical gels. Her latest work pushes cellulose nanocrystals (CNCs) far beyond their traditional uses.
What She’ll Unveil
Functionalization of Cellulose Nanocrystals and Their Biomedical Applications will showcase:
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Magnetically responsive CNC hydrogels built with Fe₃O₄ nanoparticles—perfect for smart sensors, optical devices and nano-templating.
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Stretchable, near-infrared–triggered hydrogels produced via in-situ polymerisation, delivering ultra-high drug loads on demand.
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Injectable “all-in-one” hydrogel that combines photothermal, photodynamic and chemodynamic therapy under a single 660 nm light source—opening new horizons for minimally invasive cancer treatment.
These advances demonstrate how abundant, sustainable cellulose can be transformed into high-performance biomaterials with multi-functional punch.
Why It Matters
CNCs are renewable, biocompatible and naturally abundant. Prof. Zhu’s functionalised versions add magnetic, optical and therapeutic abilities—creating low-cost platforms for drug delivery, tissue engineering and responsive medical devices.
Attend MNano 2025
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Conference: International Congress on Materials Science & Nanotechnology (M-Nano 2025)
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Dates: 20 – 22 November 2025
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Format: Hybrid—onsite at Village Hotel Changi, Singapore, plus full virtual access
Register Now – lock in your seat or virtual pass: About the Speaker
Prof. Shenmin Zhu, a tenured professor at Shanghai Jiao Tong University and former JSPS Fellow in Japan, has authored over 190 journal papers on polymer composites and biomedical gels. Her latest work pushes cellulose nanocrystals (CNCs) far beyond their traditional uses.
What She’ll Unveil
Functionalization of Cellulose Nanocrystals and Their Biomedical Applications will showcase:
-
Magnetically responsive CNC hydrogels built with Fe₃O₄ nanoparticles—perfect for smart sensors, optical devices and nano-templating.
-
Stretchable, near-infrared–triggered hydrogels produced via in-situ polymerisation, delivering ultra-high drug loads on demand.
-
Injectable “all-in-one” hydrogel that combines photothermal, photodynamic and chemodynamic therapy under a single 660 nm light source—opening new horizons for minimally invasive cancer treatment.
These advances demonstrate how abundant, sustainable cellulose can be transformed into high-performance biomaterials with multi-functional punch.
Why It Matters
CNCs are renewable, biocompatible and naturally abundant. Prof. Zhu’s functionalised versions add magnetic, optical and therapeutic abilities—creating low-cost platforms for drug delivery, tissue engineering and responsive medical devices.
Attend MNano 2025
-
Conference: International Congress on Materials Science & Nanotechnology (MNano 2025)
-
Dates: 20 – 22 November 2025
-
Format: Hybrid—onsite at Village Hotel Changi, Singapore, plus full virtual access
-
Early-bird deadline: 30 June 2025
Register Now – lock in your seat or virtual pass: https://materials.miconferences.com/register
Contact & Questions
materials@mathewsconference.com | +1 (312) 462-4448 | WhatsApp https://wa.me/14243770967
Join us to explore how functionalised cellulose nanocrystals are reshaping the biomaterials landscape—and see what other breakthroughs await at MNano 2025.
#MNano2025 #CelluloseNanocrystals #Biomaterials #Hydrogels #DrugDelivery #CancerTherapy #MaterialsScience #Nanotechnology #PolymerGels #SingaporeEvents #NanotechnologyConferences #NanotechCongress2025 #NanotechnologyCongress #ShenminZhu #ShanghaiJiaoTongUniversity
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