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DNA sequencing
Trends
- 1High-Fidelity DNA Polymerase Market Set to Grow Through 2035▼High-Fidelity DNA Polymerase Market To 2035: NGS and Synthetic Biology Drive Expansion - News and Statistics
A new market report projects steady expansion of the global high-fidelity DNA polymerase market through 2035, driven by rising demand for next-generation sequencing and synthetic biology applications. High-fidelity enzymes are essential for accurate DNA amplification in research, diagnostics and biomanufacturing, and suppliers are positioning for growth as genomics workflows scale up worldwide.
- 2AI Decodes the Hidden Grammar of Genome Organizer CTCF▼AI Decodes the Hidden Grammar of the Genome’s Master Organizer CTCF
Researchers are using artificial intelligence to decipher how CTCF, a key protein that organizes the genome's three-dimensional structure, recognizes and binds to DNA. The work suggests CTCF follows a 'grammar' of sequence rules far more complex than previously understood, offering insight into gene regulation and how mutations may contribute to disease.
- 3Endonuclease Enzymes Market Set to Grow Through 2035▼Endonuclease Enzymes Market To 2035: Gene Editing and Biopharma Demand Drive Expansion - News and Statistics
A new market report projects steady expansion of the global endonuclease enzymes market through 2035, driven by rising demand for gene editing technologies and biopharmaceutical production. Endonucleases, which cut DNA at specific sequences, are core tools in CRISPR-based editing and biologics manufacturing. Industry analysts say biotech investment and growing therapeutic pipelines are the main forces behind the forecast growth.
- 4Genome Sequencing Reveals Clonal Seed Formation in Wild Apple Relatives●Low-Coverage Genome Sequencing Uncovers Hidden Clonal Seed Formation in Apple Relatives
Researchers using low-coverage genome sequencing have identified hidden clonal seed formation in relatives of the apple, a reproductive phenomenon where seeds produce genetic copies of the mother plant instead of the usual mix of parental DNA. The finding sheds light on how some apple relatives reproduce asexually through seeds, with potential implications for breeding and understanding plant reproduction more broadly.