Fungal Sentinel
Yeast VOC Biosensor
Both projects focus on agricultural "early warning" systems before visible damage occurs. CAU-China targets postharvest storage by sensing fungal VOCs, while CUHKSZ targets pre-harvest plant stress by detecting subterranean hormones.
A conceptual framework for an "End-to-End Agricultural Guardianship" system, integrating field-level cell-free stress detection with granary-level living biosensors.
"CUHKSZ's pivot to a cell-free diagnostic kit inspired us to consider cell-free deployment for our fungal sensor to bypass strict biosecurity regulations in agricultural facilities."
"CAU-China’s portable LED/smartphone detector design provides a brilliant blueprint for how we can make our plant hormone fluorescence visible and accessible to everyday farmers."
PlantSOS
Plant Stress Biosensor
Diancui-Mimetic
Structural Color Materials
Both teams address the global materials crisis through a circular economy lens. HUST-China builds sustainable, high-value materials from waste cotton, while TJUSLS degrades stubborn polyurethane waste using novel enzymes.
A joint white paper on "Circular Synthetic Biology," exploring how bio-manufacturing can seamlessly connect the degradation of synthetic plastics with the synthesis of sustainable biomaterials.
"TJUSLS’s metagenomic mining for PURases demonstrates how to tackle recalcitrant materials, inspiring us to explore enzymatic degradation of other textile wastes."
"HUST’s ability to self-assemble cellulose nanocrystals into structural colors shows us that degraded plastic monomers could eventually be upcycled into high-value aesthetic materials."
PUReCycle
Polyurethane Biodegradation
Smart Hydrogel
Chronic Wound Healing
Both teams develop highly localized, non-systemic interventions for chronic mucosal/epithelial conditions, replacing aggressive traditional treatments with mild, restorative microenvironment modulation.
A collaborative computational modeling toolkit simulating localized drug diffusion and tissue recovery in epithelial and mucosal microenvironments.
"HunanU's living probiotic approach for continuous, in-situ drug delivery makes us reconsider whether engineered bacteria could eventually replace our hydrogel for long-term wound maintenance."
"HKU's use of a smart, biomarker-responsive (NO) hydrogel matrix provides fantastic insights into how we might encapsulate our probiotics to only release naringenin during acute inflammation."
NariViva
Living Biotherapeutic for GSM