Sequence & Structure Search
Identify prior art in biological sequences and structures.
Sequence & Structure Search
Sequence & Structure Search is a specialized approach designed for biotechnology, pharmaceutical, and life sciences innovators who deal with genetic sequences, proteins, and molecular structures. Unlike general novelty searches, this process dives deep into biological data to uncover whether specific DNA, RNA, or protein sequences—or their structural configurations—have already been disclosed in patents or scientific literature. For organizations working on groundbreaking therapies, vaccines, or bio-based solutions, such a search provides critical clarity before advancing to costly R&D or regulatory stages.
At Signicent, we combine advanced bioinformatics tools with global patent and scientific databases to deliver thorough results. Our experts not only identify overlapping sequences or structural similarities but also highlight the functional relevance of such findings. Instead of handing over complex raw data, we translate biological overlaps into clear, actionable insights that researchers and business leaders can immediately apply. By understanding prior art in sequences and structures, you can refine research pathways, strengthen intellectual property strategies, and move forward with both scientific and commercial confidence.
Why
Why Conduct a Sequence &
Structure Search?
Detect prior art in DNA, RNA, and protein sequences.
Avoid redundancy by uncovering disclosed biological structures.
Strengthen IP protection in highly competitive biotech landscapes.
Save time and resources before filing or advancing research.
Why Choose Signicent?
Expertise in bioinformatics and molecular IP searching.
Access to comprehensive biological and patent databases worldwide.
Clear interpretation of overlaps with functional relevance.
Customized reporting tailored to scientific and business needs.
Deliverables You Gain
Sequence Alignment Results: Comprehensive mapping of overlaps.
Structural Comparison: Analysis of 3D configurations.
Functional Relevance Check: Understanding biological significance.
Strategic Guidance: Practical next steps for filing or refining research.