Research
Nucleic acids synthesis
01Programmable design
Design DNA and RNA sequences for programmable one-pot synthesis.
02New synthesis chemistry
New synthesis mechanisms and functional chemical groups as building blocks.
03Precise external control
Steer synthesis with external cues such as pH, temperature, and light.
04Applications
Cost-efficient, error-free DNA, RNA, gene, and gene variant synthesis.
Molecular sampling of nucleic acids
01Mixed DNA
Start from complex pools of nucleic acids.
02Selection
Extract target nucleic acids with high fidelity using functional chemical groups.
03Excision
Cut out target regions precisely with novel DNA synthesis logic.
04Ordering
Align molecules efficiently with minimal computational power.
Functional DNA networks
01DNA crosslinks
DNA strands crosslink the hydrogel network.
02Functional groups
Functional chemical groups expand what the network can do.
03Extended crosslinks
DNA reactions extend crosslinks, reshaping the gel in response to stimuli.
04Programmable control
Smart actuation, drug delivery, biomarker detection, and diagnosis.
Emerging technology using nucleic acids
01Digital files
Any digital data, from documents to video.
02Encoding into DNA
Binary data is translated into A, T, G, and C sequences.
03Storage
High-density, long-term storage without external energy.
04Computing
DNA logic circuits and neural networks for massively parallel computation.