Rare Disease Research Platform
Advanced computational platform combining Python, Fortran, and FPGA acceleration for protein analysis, genomic research, and gene therapy development
AlphaFold-style algorithms with Fortran acceleration for rapid protein folding predictions
Identify pathogenic mutations and analyze disease associations in rare disease genes
Screen thousands of compounds against target proteins with FPGA acceleration
High-performance protein simulations using Fortran for 10-100x speedup
Design guide RNAs with efficiency prediction and off-target analysis
Optimize AAV vectors for tissue-specific gene therapy delivery
Precise single nucleotide corrections and versatile gene editing
Access information on approved gene therapies and active clinical trials
Ultra-fast genomic sequence alignment and drug screening (optional hardware)
| Task | Python | + Fortran | + FPGA |
|---|---|---|---|
| MD Simulation (1000 atoms) | 2h | 12min | 3min |
| Sequence Alignment | 45min | 10min | 45s |
| Drug Screening (10k compounds) | 8h | 1h | 10min |