🔬

synthetic-biology

Design living systems from scratch. Build genetic circuits, program cells with biological logic gates, and engineer metabolic pathways. Synthetic biology is programming - but with DNA instead of code.

🔬 지금 사용하기

이것은?

🎯 시뮬레이터 팁

📚 용어집

SyntheticBiology
새로운 생물학적 시스템을 창조하기 위한 생물학 공학
GeneticCircuit
논리/계산을 수행하기 위해 연결된 유전자
Promoter
유전자 발현을 조절하는 DNA 서열
Plasmid
유전자 도입을 위한 원형 DNA
CRISPR
유전자 편집 기술
BioBrick
표준화된 생물학적 부분
Chassis
공학적 시스템을 위한 숙주 유기체
Metabolic Engineering
세포 대사 재설계
ToggleSwitch
쌍안정 유전자 스위치
Repressilator
진동하는 유전 회로

🏆 핵심 인물

Drew Endy

바이오브릭스, 표준화, iGEM

Tom Knight

바이오브릭스 표준

Jay Keasling

아르테미시닌 생합성

George Church

게놈 엔지니어링, 다중 편집

Craig Venter

합성 게놈, 신시아

Jennifer Doudna

CRISPR-Cas9(노벨 2020)

Feng Zhang

포유류 세포의 CRISPR

🎓 학습 자료

💬 학습자에게

{'encouragement': "You're learning to program life itself. Synthetic biology combines biology, engineering, and computer science to create living systems that can solve humanity's biggest challenges.", 'reminder': 'Synthetic biology has already produced life-saving medicines, sustainable materials, and environmental solutions. This is real technology changing the world today.', 'action': 'Build genetic circuits in the simulator. Design logic gates from genes. See how the repressilator oscillates. Experience biology as engineering.', 'dream': 'A synthetic biologist from Kenya might engineer crops for African climates. A biotechnologist from Nigeria might design microbes that clean polluted water. Biology awaits programming everywhere.', 'wiaVision': 'WIA Pin Code believes synthetic biology education should be global. The ability to engineer life could address challenges most pressing in developing nations.'}

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