🧬 DNA Origami Builder
Fold DNA strands into precise nanoscale structures
🤔 What Is This?
DNA origami is a technique that folds a long single-stranded DNA molecule (the scaffold) into precise 2D and 3D nanostructures using hundreds of short synthetic DNA strands (staples). Like molecular paper folding, each staple binds to specific regions of the scaffold, guiding it to fold into the designed shape through Watson-Crick base pairing.
Why it matters: DNA origami enables programmable nanoscale construction for drug delivery, biosensors, molecular computing, and nanoscale templates — bridging biology and engineering at the molecular level.
💊
Drug Delivery
Targeted nanocarriers that open on molecular command
🔬
Biosensors
Single-molecule detection platforms
🤖
Nanorobots
Walking molecular machines on DNA tracks
🔌
Nanoelectronics
Precise templates for circuit fabrication
🧪
Enzyme Cascades
Spatial organization of catalytic reactions
🧲
Plasmonic Devices
Gold nanoparticle arrays for optical applications
🚀 Quick Start
⚙️ Basic Controls
📋 Event Log
System idle. Configure parameters and press Start.
📊 Statistics
Folding Progress
0%
Staples Bound
0 / 0
Mismatches
0
Structure Stability
0%
Assembly Yield
0%
Dimensions
0 × 0 nm
Temperature
65 °C
Elapsed Time
0.0 s