Investigating the Potential Functionality and Global Development Status of Unknown Sequences

During the course of scientific research and the development process, researchers may often be confronted with unknown functional sequences. The recommended approach, prior to traditional experimental testing, is to explore their potential functionality and applicability by searching for analogous sequences and relevant patent data in established databases. In this context, the Patsnap Bio Sequence Database offers a promising tool. This platform, currently the largest sequence search database worldwide, also provides the opportunity for free trial account registration.

This commentary will utilize AAV (adeno-associated virus) drug development as an illustrative example to demonstrate the process of sequence exploration.

Within the Patsnap Bio Sequence Database, the initial step involves inputting the raw AAV9 sequence and applying filters to search for related sequences. 

Upon selecting an option labeled "View Sources", researchers are able to rapidly examine the detailed information of the listed sequences. This offers an exhaustive perspective on the public data presently available regarding the status of the unknown sequence.

Furthermore, researchers stand to benefit from amalgamating search queries with specific keywords and target tissues in patent databases. This permits the swift filtration of core patent sequences, emphasizes the sequence information embedded within patent texts, and enables instant online sequence alignment and systematic analysis. The Patsnap Database provides a one-stop solution that is both efficient and user-friendly.

It is important to note that Patsnap Bio is the most extensive sequence search platform for the Patsnap database. It incorporates AI with human-curated data for comprehensive handling of protein and nucleotide sequence data plucked from global patents, biological periodicals, and public repositories. Essential biological sequences are manually annotated illuminating structural modifications to provide the most accurate sequence data and boost sequence retrieval efficiency.

Free registration is currently available to utilize the Bio biological sequence database: https://bio-patsnap-com.libproxy1.nus.edu.sg. Act now to expedite your sequence search tasks.