text: user16162: I would like to visualize the secondary structure of co-folded RNA strands in Python, preferably in a Jupyter notebook.
  What are the recommended tools? Can anyone provide an example?
  
  user3848: ... . I know both aspects of this question and I'm not aware of an interactive Python package using e.g. iPython magic commands that will do this. The thing you could try is  draw_RNA https://github.com/DasLab/draw_rna
  draw_RNA will operate on Jupyter, but I've not tried it.
  A very, very good package is VARNA (its Java BTW). The VARNA group make further recommendations from there for complex structures. I would vouch for this package for complex structures.
  A good approach is to output in Stockholm 1.0 format. It then just drops and drags into VARNA. Dot-bracket format also works and I would assume ct format works too.
  A good reason why in-line graph imaging isn't the best solution for complex structures, i.e. the in-line graphs in a Python debugger or Jupiter is complex RNA structures need to be interactive because you need to move them: they "clump" together and have to manually separate them.
  As a final note Forna may be of benefit,
  
original_text: 16162: <p>I would like to visualize the secondary structure of co-folded RNA strands in Python, preferably in a Jupyter notebook.
  What are the recommended tools? Can anyone provide an example?</p>
   3848: <p>... . I know both aspects of this question and I'm not aware of an interactive Python package using e.g. iPython magic commands that will do this. The thing you could try is  <code>draw_RNA</code> <a href="https://github.com/DasLab/draw_rna" rel="nofollow noreferrer">https://github.com/DasLab/draw_rna</a></p>
  <p><code>draw_RNA</code> will operate on Jupyter, but I've not tried it.</p>
  <p>A very, very good package is <a href="https://varna.lri.fr" rel="nofollow noreferrer">VARNA</a> (its Java BTW). The <code>VARNA</code> group make further recommendations from there for complex structures. I would vouch for this package for complex structures.</p>
  <p>A good approach is to output in Stockholm 1.0 format. It then just drops and drags into <code>VARNA</code>. <code>Dot-bracket</code> format also works and I would assume <code>ct</code> format works too.</p>
  <p>A good reason why in-line graph imaging isn't the best solution for complex structures, i.e. the in-line graphs in a Python debugger or Jupiter is complex RNA structures need to be interactive because you need to move them: they &quot;clump&quot; together and have to manually separate them.</p>
  <p>As a final note <a href="http://rna.tbi.univie.ac.at/forna/" rel="nofollow noreferrer">Forna</a> may be of benefit,</p>
  