On 8/29/18 2:34 PM, Nick Johans wrote:
Thank you dear justin. I'll read the paper. But practically it is
mentioned that (for simulation) it has 51 residues which exactly equal to
A,B chain.
And i hope you answer the question about protonating " Residues B23-B30
were
removed from insulin
Thank you dear justin. I'll read the paper. But practically it is
mentioned that (for simulation) it has 51 residues which exactly equal to
A,B chain.
And i hope you answer the question about protonating " Residues B23-B30
were
removed from insulin 43 residues. The C-terminal carboxyl groups
On 8/29/18 2:13 PM, Nick Johans wrote:
Thank you so much Iris.
want to simulate a protwin interaction with nanotube. The question is the
pdb file structure. As i have not simulate protein before and i know that
insulin has 2 chains the question is that why in pdbcode(3e7y) insulin has
4
Thank you so much Iris.
want to simulate a protwin interaction with nanotube. The question is the
pdb file structure. As i have not simulate protein before and i know that
insulin has 2 chains the question is that why in pdbcode(3e7y) insulin has
4 chain?
On Wed, 29 Aug 2018, 22:00 Smith, Iris,
Hi Nick,
I think the big question is what are you trying to simulate – what is your
goal? It is critical that you now your protein (e.g. how was it crystalized,
any missing atoms, missing residues, hetero atoms, ligands). I think prior to
building your system you should first understand your
