I'm building GeneLoop because the software used to engineer biology is prehistoric. When the NHS failed to treat my autoimmune thyroid disease, I decided to solve it myself.

Previously:

  • Blocked from my medical school dreams by my illness, I built a DIY molecular biology lab in my garage.
  • Taught myself synthetic and computational biology from textbooks.
  • Designed and engineered genetic vectors to research my own condition.
  • Discovered that the software for designing DNA is decades behind tools for writing code, a bottleneck that delays cures and inflates costs.

My Mission:

To make biology as programmable as software. Researchers should be focused on scientific discovery, not fighting with archaic tools. We're building the AI infrastructure to automate biological design and accelerate the next generation of therapeutics.

Technical Expertise:

  • Machine Learning & AI: PyTorch, generative models, RAG systems for biological data.
  • Bioinformatics: Genomics, proteomics, sequence analysis, and computational pipelines.
  • Synthetic Biology: CRISPR technologies, plasmid design, genetic circuit design, and bioengineering.
  • Software Development: Python, R, Nextflow, cloud-native architectures.

Interactive Molecular Visualization

Explore protein structures in 3D space. This interactive viewer demonstrates the intersection of computational biology and web technology—bringing molecular data to life in the browser.

Features: 25+ proteins from UniProt database
Interaction: Select from dropdown to explore different structures
Data Sources: UniProt + PDB structural data
Visualization: 3Dmol.js WebGL rendering

Controls:

Protein Selection: Use dropdown to choose different proteins
Show Amino Acids: Toggle to display amino acid structures
Rotate: Left-click and drag
Pan (Mouse): Middle-click and drag (Shift for forward/backward)
Pan (Keyboard): WASD keys + Arrow keys for 3D movement
Zoom: Mouse wheel
Select amino acid: Click on residue
Sequence View: Switch tabs to see amino acid sequence
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