Hi Greg, I got it to work with my function “get_amide_biosters(smiles)”
which I am happy to share once I clean it up a bit . Sorry I was not clear.
both get_amide_biosters("CC(NC)=O") and get_amide_biosters("CC(OC)=O")
provide the same recursive smiles:
>>
On Tue, Feb 6, 2018 at 10:42 AM, Alexis Parenty <
alexis.parenty.h...@gmail.com> wrote:
> I will try your approach and will nest all the result smiles into a
> unique recursive smiles.
>
I'm not quite sure what you mean here, but it sounds unlikely to work. I
think you may need to do a SMILES
One option is to construct a library of reaction SMARTS for common chemical
reactions.
Another, more exhaustive, approach is enumerate all possible connectivity
matrices and convert them to molecules
See DOI: 10.1039/C7SC03628K and https://github.com/jensengroup/xyz2mol
I am working on
Hi Greg,
Thanks a lot for your response, it helps a lot. I indeed notice it was more
difficult with two attachment point (I got it working with acid
bioisosters, one attachment point but could not make my head around with
two). I will try your approach and will nest all the result smiles into a
Hi all!
I was wondering what is the best approach to generating all the possible
products for a given set of reactants using RDkit. My goal is to be able to
find all possible products and then carry out a Nuged Elastic Band
calculation to estimate the rate constants of those reactions.
I would
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