Hi All,
I have been trying to use sanifix4.py to get around the "Can't kekulize mol" problem but without success. I have a library of compounds with O=c1cccnn1 fragment unable to kekulize (example:CCC(N)Cc1cc(=O)[nH]nc1c2ccco2). It has been a few years since this script came ut. I just wonder if
That works, thanks! I'll be sure to include an explicit +0 when converting
when I need the product to be neutral.
On Mon, Oct 9, 2017 at 11:15 AM, Chris Earnshaw
wrote:
> Hi
>
> I don't think the reaction SMARTS does specify a change in the
> charges. The N and O have to
Hi
I don't think the reaction SMARTS does specify a change in the
charges. The N and O have to be charged in order to match the reactant
pattern but they won't be altered by the transformation. If you
specify that the product atoms are explicitly neutral I think you'll
get the result you want -
Hi,
I am using rdChemReactions to perform substructure transformations as
defined by configurable reaction smarts. When I create the reaction and run
a mol through it that I expect to be transformed by the indicated reaction
smarts, I see that the bonds have been changed according to the smarts,
Many thanks to all for this new RDKit release.
I have used commercial software in my past, and I am
more and more impressed by the capabilities of RDKit and
other open source software.
Please keep up the good work!
Regards,
Jim Metz
-Original Message-
From:
Hello Greg,
The only thought I had was that these atom types just didn’t exist in the UFF
forcefield and therefore I was just out of luck for compounds with boron
(borax) and such.
If there are indeed plausible atom types and rdkit is just not picking them,
then that is another issue all
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