I. Project Overview
We deliver tiered, evidence-based synbio education that links classroom learning with frontline needs. 2025 focuses on cancer literacy and standardized prevention for seniors and youth, while co-creating open resources with global iGEM teams.
| People Reached | Collaborating Teams | Programs | Satisfaction |
|---|---|---|---|
| 5,000+ | 33 | 15 | 98% |
II. Educational Approach
1) Tiered System
Basic (K-12): playful experiments and concept games to seed interest.
Higher Ed: project-based labs, data analysis, and research thinking.
2) Semi-Structured Clinical Interviews (Class-A Hospital)
We pair literature scans with semi-structured interviews to anchor education in real clinical scenarios and patient education gaps.
Interview · Dr. Qin: Priorities for patient literacy and standardized prevention.
Interview · Dr. Li: Cross-validating topics and refining our teaching checklist.
3) Background Scoping & Need Fixing
We framed indicators “global → China → regional → hospital” to finalize the education scope and metrics.
Scoping Document: Evidence triage pipeline used to lock background and target audience.
III. Collaboration Network
We collaborate with universities, research institutes, and iGEM teams to co-develop curricula, exchange materials, and broaden impact.
- Material sharing and co-design (e.g., plasmids, E. coli Nissle 1917).
- Co-authoring a Synthetic Biology Handbook with Jilin University and 33 global teams.
Handbook Co-Creation (1/2): Multi-team topic mapping and copy polishing.
Handbook Co-Creation (2/2): Case studies and classroom-ready worksheets.
Handbook Preview
Timeline
| Date | Milestone |
|---|---|
| Sep 2024 | Initiated collaboration and experimental material exchange |
| Nov 2024 | Launched co-editing of the “Synthetic Biology Handbook” |
| Jan 2025 | Expanded to a 33-team global network |
| Mar 2025 | Released the first handbook edition |
IV. Educational Resources
Open, reusable resources for different audiences: co-authored handbook, 4K lab videos, and SOP libraries. We keep a reproducible archive (people-machine-material-method-environment) for traceability.
| Resource | What’s inside | Access |
|---|---|---|
| Synthetic Biology Handbook | Core concepts, case studies, entry-level activities | View PDF | Download |
| 4K Dual-Camera Lab Videos | High-framerate recordings with step highlights | Jump to videos |
| Protocol Library | SOPs and safety notes for common synbio assays | View |
Click any pill to open in a new tab.
4K Dual-Camera Recording: Step-by-step operations captured for reproducibility.
Popularization Channels
We run a “deep popularization + team profile” format on WeChat; Bilibili series supplements video-first learning.
WeChat: Long-form explainers and team stories for the public.
Online Molecular Biology Experiment Animation Simulation System
Interactive web platform for demonstrating molecular-biology procedures with step-by-step animations. Suitable for education and public outreach (no lab setup required).
Link: https://experiment-platform-ulp2vhzlm7xcpyh3bp2rvw.streamlit.app/
Virtual Experiments · Demo Videos
A selection of virtual experiment demonstrations for education and public outreach.
V. Team & Advisors
Guided by two domain experts, we iterate from problem discovery → pathway design → safety & quality → translation & communication. Below is an interview-backed summary (wide table on desktop, card layout on mobile).
| Advisor | Affiliation / Expertise | Key Guidance | Representative Quote | Direct Impact on Our Roadmap |
|---|---|---|---|---|
Prof. Nan Wang
Marine microbial natural products & biosynthesis |
Zhejiang University (ZJU) Methodology & route selection |
|
“Bind functional molecules and engineered pathways to a concrete disease scenario with measurable readouts—depth and real-world value must advance together.” |
|
Dr. Jinzhong Xu
Marine fungal natural products & quality control |
Chinese Academy of Sciences (Marine) QC, scale-up, risk governance |
|
“Beyond ‘can we make it’, always ask: is it stable, how to scale, and how to meet standards.” |
|
Prof. Nan Wang
Zhejiang University (ZJU) · Marine microbial natural products & biosynthesis- Problem-first; back-cast modules from clinical pain points.
- Modular “plug-and-play” pathways; verifiable, quantitative readouts.
- Use semi-structured clinical interviews to validate assumptions.
“Bind functional molecules and engineered pathways to a concrete disease scenario with measurable readouts.”
- KPI sheets per module.
- Swappable enzyme/pathway blocks.
- Hospital interviews as milestone gates.
Dr. Jinzhong Xu
CAS (Marine) · Marine fungal natural products & quality control- End-to-end QC; batch consistency and impurity profile.
- Consider scale-up & cost early in design.
- Safety by design; biosafety and ethics compliance.
“Beyond ‘can we make it’, ask: is it stable, how to scale, and how to meet standards.”
- QC panel & release criteria per build.
- Pilot-scale checks and cost tracking.
- Biosafety/ethics checklists + public summaries.
VI. Impact & Outlook
Our programs reach diverse groups across cities and schools, raising synbio literacy and illustrating research-to-society pathways.
| Cities | Schools | Online Views | Recommendation |
|---|---|---|---|
| 25+ | 50+ | 100K+ | 95% |
Creative Outreach: SYPHU puzzle-logo merchandise used in sharing sessions to boost engagement.
VII. Acknowledgements & References
We thank partnering hospitals, universities, and iGEM teams for interviews, co-editing, and dissemination. A concise reference list will be maintained here as materials evolve.