Learn how to use NanoHelix's powerful features with our comprehensive video tutorials.
Walk through the Structure Copilot feature in NanoHelix. This AI-powered tool helps you explore protein structures, generate visualization code, and analyze functional details—all within an intuitive chat interface. Watch as we demonstrate how to ask questions about a cellulase enzyme, integrate structural data, and highlight key catalytic residues.
Learn how to leverage its Jupyter-style interface to visualize and analyze protein models, like a cellulase enzyme simulated with BOLTZ-1 (an open-source AlphaFold 3 implementation). From aligning proteins and setting surface transparency to coding manually, we'll cover practical examples using AI-generated scripts and PyMOL commands.
Discover Nanohelix's protein models section in this tutorial! Learn to run AI simulations with BOLTZ-1 to predict protein structures in complex with ligands, RNA, and DNA. We'll focus on BOLTZ1, using a cellulase enzyme to demo the user interface—inputting proteins, adding a cellulose ligand, and submitting jobs to GPUs.
Learn how to use the RFdiffusion model for protein simulations in this tutorial! We'll dive into running simulations with the copilot's help. Watch as we generate an unconditional 150-amino-acid protein, enhance it with protein MPNN, and explore the results in PDB files.
Explore how to design antibodies using RFAntibody within the NanoHelix platform