well yes - essentially you first superimpose lobe 1a to lobe1b , then lobe
2a to the superimposed copy lob2b-superposed. The theta phi *chi or
omega *angle for the second superstition tells you how rotation there is
between the open and closed form.
There are various ways to do this - lsqkab in C
Hi all,
suppose I have a protein made out of 2 lobes that have open and closed
conformations.
It is currently possible to supperpose the structure on one lobe and
visualize the movements undergone by the other lobe. But is there a way
to visualize this movement "from the middle", where I can s
