ChEMBL_Structure_Pipeline icon indicating copy to clipboard operation
ChEMBL_Structure_Pipeline copied to clipboard

ChEMBL database structure pipelines

Results 19 ChEMBL_Structure_Pipeline issues
Sort by recently updated
recently updated
newest added

Despite having a running conda environment with chembl_structure_pipeline installed, every new environnement I create fail to install the package. Issue is: ``` (early_2021) C02XJ285JGH6:~ nbosc$ conda install -c chembl chembl_structure_pipeline...

I was surprised to see this form of an azide in the database: ![image](https://user-images.githubusercontent.com/540511/90903575-6970f500-e3ce-11ea-9c25-c74e5f28ee76.png) It's an odd form and I only find it once in ChEMBL26 (https://www.ebi.ac.uk/chembl/compound_report_card/CHEMBL1652082/) in contrast to...

In order to help prevent users from getting themselves into trouble, we should add a `standardize` argument to `standardize_mol()` that defaults to True. One argument against setting the default to...

enhancement

Hello, In ChEMBL_Structure_Pipeline/chembl_structure_pipeline/exclude_flag.py: METAL_LIST should be a dictionary or a string set, instead of a list. Cool project, thanks a lot for releasing it. Regards, F.

Is `standardize_mol` writing atomic properties to the mol object expected behavior? Here is a situation I came across: ``` import rdkit from chembl_structure_pipeline import standardizer smi = "CC1COCC[S@]1=O |&1:6|" mol...

``` from rdkit import Chem from chembl_structure_pipeline import standardizer # a molecule with enhanced stereochemistry m3bis = Chem.MolFromSmiles('Cl.O[C@@H]1CC[C@H](Cl)C[C@@H]1O |a:5,&1:2,8|') m3bis ``` ![image](https://user-images.githubusercontent.com/77072007/219853085-c50a7cdb-6a8b-48a7-8d74-b3d37320348c.png) (the carbon bearing Cl has absolute configuration, the...

The standardizer currently assigns a penalty of 5 when there are overlapping atoms or 6 if there are more than six overlapping atoms. This still allows molecules which have overlapping...

enhancement

After processing to Chembl Standardization functions, a double bond inside a 5-membered ring (which can only be cis) is converted to crossed (unknown cis/trans) type double bond - two examples...