Patsnap: Supercharging FTO Search with Degenerate Sequence Searching
Retrieved on:
Monday, July 10, 2023
Sequence, Database, CV, Freedom, Markush structure, Ort, Engineering, Nucleotide, Biotechnology, TBM, NOS, NLP, X14, Degeneracy, Chemistry, Patent, Collection, Risk, Polynucleotide, Algorithm, SEQ, III, Protein, Fine chemical, Publishing, Information technology, Medical imaging, Bookkeeping, Formula
This model is designed to identify and parse degenerate sequences and their substitutions in sequence listings and full-text patents, and it established a Degenerate Sequence Searching Database as part of our Bio Professional package.
Key Points:
- This model is designed to identify and parse degenerate sequences and their substitutions in sequence listings and full-text patents, and it established a Degenerate Sequence Searching Database as part of our Bio Professional package.
- Therefore, by performing searches within the degenerate sequence database, we can effectively mitigate the risk of inadvertently overlooking crucial information during freedom to operate (FTO) and novelty searches.
- Therefore, without special processing, excluding degenerate sequences would lead to two situations when using conventional algorithms:
1) Inability to search for the sequence. - In June of 2023, Patsnap's biological sequence Bio database introduced a powerful degenerate sequence search feature, causing a paradigm shift in the patent domain.