SyntaLinker: automatic fragment linking with deep conditional transformer neural networks
SyntaLinker: автоматическое соединение фрагментов с использованием глубоких условных трансформерных нейронных сетей
2020-01-01
SCID: 54.1/ycxk9hd4
Discuss with AI
SMILES syntax patternsautomatic fragment linkingconditional transformer neural networksfragment-based drug discoverymolecular structure generation
Figures from the paper
Abstract (AI)
ChEMBL database). Conventionally, linking molecular fragments was viewed as connecting substructures that were predefined by empirical rules. In SyntaLinker, however, the rules of linking fragments can be learned implicitly from known chemical structures by recognizing syntactic patterns embedded in SMILES notations. With deep conditional transformer neural networks, SyntaLinker can generate molecular structures based on a given pair of fragments and additional restrictions. Case studies have demonstrated the advantages and usefulness of SyntaLinker in FBDD.
Key Findings
1
Case studies demonstrate SyntaLinker’s advantages and practical usefulness for fragment-based drug discovery (FBDD).
2
SyntaLinker learns fragment-linking rules implicitly from known chemical structures by recognizing syntactic patterns in SMILES representations.
3
SyntaLinker supports molecular generation under additional structural restrictions beyond the fragment-pair condition.
4
The method uses deep conditional transformer neural networks to generate molecules conditioned on a specified pair of fragments.
Research Object
molecular fragments and the molecular structures generated by linking them
Research Subject
the learned rules and conditional generation of molecular structures for linking a given pair of fragments under additional restrictions
Publication Details
Publication Date
2020-01-01
Journal
Publisher
ISSN
Open access PDF
Access Type
Author Information
Download PDF
Subscribe to digest