text: user9142: I would like to implement on a web page a tool to visualize 3D structures like it is for AlphaFold and RCSB.
  A couple of examples:
  https://www.rcsb.org/3d-view/7KX9
  https://alphafold.com/entry/Q5VSL9
  As you can see, if you hover over a part of the structure or on a residue on the RNA/amino-acid sequence, that residue is underlined and different details pop up on the screen.
  What is the javascript library that they use?
  Do you know also where to find the documentation?
  Best regards!
  
  user6322: Different criteria give different rankings.
  
  Mol* (read molstar with trilled rhotic R according to the given IPA) is the newest, is used by the RCSB PDB and can support huge complexes. It is less implemented and has a tricker documentation.
  NGL is the former viewer from RCSB PDB. It is good and the switch to Mol∗ was driven by an effort for uniformity with the PDBe. Both are written by Alex Rose. There is more documentation about NGL —in the form of a gallery of codepens and various GitHub repos using it. There is a package for Python notebooks called nglview. It has issues such as no SS predictions (i.e. requires sheets and helix entries to be defined in the file for proper rendering).
  3DMol is simpler and is of note as the Python module nglview does not work in colab notebooks, but the Python module py3DMol does.
  
  
original_text: 9142: <p>I would like to implement on a web page a tool to visualize 3D structures like it is for AlphaFold and RCSB.
  A couple of examples:
  <a href="https://www.rcsb.org/3d-view/7KX9" rel="nofollow noreferrer">https://www.rcsb.org/3d-view/7KX9</a>
  <a href="https://alphafold.com/entry/Q5VSL9" rel="nofollow noreferrer">https://alphafold.com/entry/Q5VSL9</a>
  As you can see, if you hover over a part of the structure or on a residue on the RNA/amino-acid sequence, that residue is underlined and different details pop up on the screen.</p>
  <p>What is the javascript library that they use?
  Do you know also where to find the documentation?
  Best regards!</p>
   6322: <p>Different criteria give different rankings.</p>
  <ul>
  <li><code>Mol*</code> (read molstar with trilled rhotic R according to the given IPA) is the newest, is used by the RCSB PDB and can support huge complexes. It is less implemented and has a tricker documentation.</li>
  <li><code>NGL</code> is the former viewer from RCSB PDB. It is good and the switch to Mol∗ was driven by an effort for uniformity with the PDBe. Both are written by Alex Rose. There is more documentation about NGL —in the form of a gallery of codepens and various GitHub repos using it. There is a package for Python notebooks called nglview. It has issues such as no SS predictions (i.e. requires sheets and helix entries to be defined in the file for proper rendering).</li>
  <li><code>3DMol</code> is simpler and is of note as the Python module nglview does not work in colab notebooks, but the Python module py3DMol does.</li>
  </ul>
  