All Technologies Used
Motivation
The client approached Azati to develop an advanced search tool that could handle multiple sequence queries simultaneously. The goal was to streamline analytical and research workflows by automating the comparison of interrelated biological data points, enabling efficient identification of complex genetic patterns.
Main Challenges
Biological scientists needed a tool to search for multiple nucleotide or protein sequences at once, which was critical for identifying CDRs, chimeric constructs, and recombinant plasmids. At the time, no such tool existed in the market. Azati proposed the design and development of a new multiple sequence search feature from scratch.
Researchers lacked the ability to correlate multiple sequences across various claims within the same patent document, limiting the accuracy and depth of results. Azati addressed this by building an advanced scoring system and enhanced interface to ensure precise multi-alignment tracking.
Key Features
- Multi-query input: Supports simultaneous searching with up to six nucleotide or protein sequences, improving research productivity.
- Advanced document scoring: Ranks documents based on the number of matching sequences and highlights key alignments.
- Exportable reports: Generates reports in four formats, making results easy to analyze and share within research teams.
Our Approach
Project Impact
Accelerated Research: Enabled scientists to identify complex genetic constructs significantly faster with GPU-powered search.
Increased Precision: Improved result relevance by identifying multiple sequence hits within a single document.
Enhanced Workflow: Simplified data interpretation through visual alignment tools and structured output.