Description | SYPHU-CHINA - iGEM 2025
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Description

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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.

Program matrix: K-12 exploration → university practice → community outreach. Each activity is evaluated with post-event feedback and iterated to match public knowledge needs.
People ReachedCollaborating TeamsProgramsSatisfaction
5,000+331598%

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.

Semi-structured interview with Dr. Qin

Interview · Dr. Qin: Priorities for patient literacy and standardized prevention.

Semi-structured interview with Dr. Li

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.

Background scoping document

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.

Highlights:
  • 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 session 1

Handbook Co-Creation (1/2): Multi-team topic mapping and copy polishing.

Handbook co-creation session 2

Handbook Co-Creation (2/2): Case studies and classroom-ready worksheets.

Handbook Preview

Team-authored handbook page
Team-authored Page: One of the popular-science pages we wrote and typeset.
Handbook group shot (four pages)
Four-Page Spread: Group shot showing a section of the handbook layout.

Timeline

DateMilestone
Sep 2024Initiated collaboration and experimental material exchange
Nov 2024Launched co-editing of the “Synthetic Biology Handbook”
Jan 2025Expanded to a 33-team global network
Mar 2025Released 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.

ResourceWhat’s insideAccess
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

Click any pill to open in a new tab.

4K dual-camera wet-lab recording

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 deep popularization article

WeChat: Long-form explainers and team stories for the public.

Online Molecular Biology Experiment Animation Simulation System – platform screenshot
Virtual Experiment Platform

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/

Open Platform
Platform QR code
Scan to open on mobile

Virtual Experiments · Demo Videos

A selection of virtual experiment demonstrations for education and public outreach.

Clip 1
Clip 2
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Clip 4
Clip 5
Clip 6

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
Portrait of Prof. Nan Wang
Prof. Nan Wang
Marine microbial natural products & biosynthesis
Zhejiang University (ZJU)
Methodology & route selection
  • Problem-first: define target users & clinical pain points, then back-cast modules.
  • Modular “plug-and-play” pathways for rapid recombination/optimization.
  • Verifiability: quantitative, reproducible readouts per step (expression/function/safety).
  • Use semi-structured clinical interviews to reality-check assumptions.
“Bind functional molecules and engineered pathways to a concrete disease scenario with measurable readouts—depth and real-world value must advance together.”
  • Added KPI sheets per module for go/stop decisions.
  • Restructured design into swappable enzyme/pathway blocks.
  • Embedded hospital interviews as a gating step before milestones.
Portrait of Dr. Jinzhong Xu
Dr. Jinzhong Xu
Marine fungal natural products & quality control
Chinese Academy of Sciences (Marine)
QC, scale-up, risk governance
  • End-to-end QC: strain characterization, expression stability, batch consistency, impurity profile.
  • Move scale-up & cost constraints into early design.
  • Safety by design: biosafety level, resistance/environmental release, ethics compliance.
  • Align bench metrics with clinically relevant readouts; prepare public-facing summaries.
“Beyond ‘can we make it’, always ask: is it stable, how to scale, and how to meet standards.”
  • Established a QC panel and release criteria per build.
  • Introduced pilot-scale checks and cost accounting to design dossiers.
  • Added biosafety & ethics checklists; strengthened outreach messaging.
Prof. Nan Wang
Prof. Nan Wang
Zhejiang University (ZJU) · Marine microbial natural products & biosynthesis
Key Guidance
  • 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.
Representative Quote
“Bind functional molecules and engineered pathways to a concrete disease scenario with measurable readouts.”
Direct Impact
  • KPI sheets per module.
  • Swappable enzyme/pathway blocks.
  • Hospital interviews as milestone gates.
Dr. Jinzhong Xu
Dr. Jinzhong Xu
CAS (Marine) · Marine fungal natural products & quality control
Key Guidance
  • End-to-end QC; batch consistency and impurity profile.
  • Consider scale-up & cost early in design.
  • Safety by design; biosafety and ethics compliance.
Representative Quote
“Beyond ‘can we make it’, ask: is it stable, how to scale, and how to meet standards.”
Direct Impact
  • 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.

CitiesSchoolsOnline ViewsRecommendation
25+50+100K+95%
From Lab to Society: We communicate “E. coli Nissle 1917 + lactic-acid chemotaxis + yeast-based cost-down” in public-friendly language and convert lab insights (e.g., ATRA-related work) into classroom materials and outreach.
SYPHU puzzle cultural product

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.

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