search
genome sequencing
Trends
- 1DNA annotation model uncovers 566 million new gene candidatesβΌCarbon-A: DNA annotation model used to discover 566M new gene candidates
Carbon-A, a DNA annotation model from Hugging Face's biology team, has been used to identify 566 million previously uncharacterized gene candidates across genomic data. The model is designed to speed up genome annotation, including on GenBank-scale datasets, where manual or traditional computational methods struggle to keep pace with the volume of sequenced DNA. The release highlights how machine learning tools are accelerating biological discovery.
- 2Hidden Clonal Seed Formation Discovered in Apple RelativesβΌLow-Coverage Genome Sequencing Uncovers Hidden Clonal Seed Formation in Apple Relatives
Researchers using low-coverage genome sequencing have identified hidden clonal seed formation in wild relatives of the apple. The technique revealed that some plants produce seeds that are genetically identical to the parent, a form of asexual reproduction previously undetected in these species. The finding could have implications for breeding and conserving apple varieties.
- 3HiFIseek tool targets hidden cancer mutations in genome's dark regionsβΌNew Tool HiFIseek Hunts Hidden Cancer Mutations in the Genomeβs Dark Regulatory Regions
A new computational tool called HiFIseek has been introduced to detect cancer-driving mutations hidden in the genome's poorly understood regulatory regions, often called the genome's 'dark' areas. Rather than focusing on protein-coding genes, the tool searches non-coding DNA sequences where mutations may influence gene activity and tumour development. Coverage highlights it as a way to uncover cancer mechanisms that standard genome analyses typically miss.
- 4Jonathan the Tortoise, 194, Has His Genome SequencedβJonathan the Giant Tortoise Is 194 Years Old. He Just Had His Genome Sequenced.
Jonathan, a giant tortoise believed to be around 194 years old and thought to be the oldest known living land animal, has had his genome sequenced. Scientists hope his DNA will offer insights into extreme longevity, healthy ageing and disease resistance. The story has drawn wide attention as readers marvel at the tortoise's remarkable lifespan and what his genetic code might reveal about ageing in humans.
- 5
A feature piece on the human genome examines DNA sequencing and what our genetic code reveals about human biology. The article covers how sequencing works and its relevance to understanding health and heredity. Coverage of genome science continues as sequencing becomes cheaper and more widely used in medicine and research.
- 6Genome of 194-Year-Old Tortoise Jonathan SequencedβScientists Sequence Genome of 194-Year-Old Tortoise Jonathan
Researchers have sequenced the genome of Jonathan, a Seychelles giant tortoise on St Helena believed to be around 194 years old and the oldest known land animal. Scientists hope his DNA will reveal genetic factors behind extreme longevity and healthy aging, drawing wide public fascination with the tortoise who has lived through two centuries of history.
- 7Earth BioGenome Project Sets Standards for Reference GenomesβGenerating Eukaryotic Reference Genome Assemblies: Earth BioGenome Project Quality Standards And Recommendations
The Earth BioGenome Project has published quality standards and recommendations for generating eukaryotic reference genome assemblies. The guidelines are intended to ensure consistency and accuracy across the thousands of species genomes the initiative aims to sequence. Researchers in genomics and biodiversity science are expected to follow these benchmarks as genome assembly efforts expand worldwide.
- 8Jonathan the Tortoise, 194, Has His Genome SequencedβJonathan the Giant Tortoise Is 194 Years Old. He Just Had His Genome Sequenced. https://www.nytimes.com/2026/10/07/scien
Jonathan, a giant tortoise believed to be the world's oldest living land animal at around 194 years old, has had his genome sequenced, the New York Times reports. Scientists hope his DNA may offer clues about exceptional longevity and healthy aging, and the story is drawing wide interest from readers fascinated by the remarkably long-lived reptile.
- 9Rapid Whole Genome Sequencing Improves Pediatric Cancer DiagnosisβRapid Whole Genome Sequencing Enhances Pediatric Cancer Diagnosis
A report in Nature says rapid whole genome sequencing can speed up and improve cancer diagnosis in children, helping doctors identify tumors faster and potentially guiding treatment choices earlier. The findings point to genomic testing becoming a more central tool in pediatric oncology.
- 10Baylor Genetics to Lead Sequencing for Florida Newborn Screening PilotβBaylor Genetics Named Lead Sequencing Partner for Florida Newborn Screening Pilot
Baylor Genetics has been named the lead sequencing partner for a Florida newborn screening pilot, according to an announcement covered by Clinical Lab Products. The program is expected to use genomic sequencing to expand how newborns are screened for genetic conditions in the state. Further details about the pilot's scope, partners, and timeline were not included in the announcement.
- 11
Scientists report that DNA sequence from a human brain gene has been found within a virus, a striking example of genetic material crossing between human hosts and viruses. Such findings shed light on how viruses and human genomes exchange genes over evolutionary time, and researchers are now examining what the incorporated sequence might do and how it got there.
- 12
Full genome sequencing is moving from research labs toward routine clinical use, raising both hope and concern. Supporters point to earlier disease detection and personalised treatment, while critics warn about privacy risks, genetic discrimination, and the difficulty of interpreting incidental findings. As access widens, health systems are grappling with how to handle and protect the vast amounts of sensitive genetic data involved.
- 13Whole Genome Sequencing Diagnoses 47% of Pediatric Neurological CasesβWhole Genome Sequencing Diagnoses 47% Neurological Pediatric Cases
Whole genome sequencing delivered a diagnosis in 47% of children tested for neurological conditions, according to findings reported by Inside Precision Medicine. The result highlights how genomic testing is becoming a first-line diagnostic tool for pediatric neurology, potentially shortening the long diagnostic odyssey many families face when searching for the cause of a child's condition.
- 14Deep Learning Tool Reads RNA Tails From Nanopore SignalsβΌDeep Learning Tool Reads RNA Tails Straight From Nanopore Signals
A new deep learning tool can read RNA poly(A) tails directly from nanopore sequencing signals, bypassing traditional basecalling and secondary analysis steps. The approach promises faster and potentially more accurate measurement of RNA modifications, which play key roles in gene regulation. Coverage so far is limited to specialist science outlets, with researchers expected to discuss its usefulness for transcriptomics and epitranscriptomics studies.
- 15AI Learns the Hidden DNA Code Behind Gene EnhancersβΌAI Learns the Hidden DNA Code That Marks Enhancers Across Species
Researchers report that artificial intelligence has identified a hidden DNA code that marks enhancers β genetic elements that regulate gene activity β consistently across different species. The finding suggests that regulatory sequences share common patterns that machine learning models can detect, offering new insight into how gene expression is controlled throughout evolution. The work could help scientists better understand genetic diseases linked to regulatory mutations.
- 16GRETA Database Makes Genome Sequencing Data SearchableβΌGRETA: New Database Turns Mountains of Genome Sequencing Data into Searchable Science
A new database called GRETA has been launched to convert the massive volumes of genome sequencing data produced by researchers into searchable, usable science. The tool aims to help scientists find and analyse genetic information far more easily, addressing the growing challenge of managing biological datasets that have outpaced traditional methods. Details on who built GRETA and its accessibility remain limited.
- 17Nationwide Trial Finds Genome Sequencing Superior for Developmental DisordersβLandmark Nationwide Trial Shows Genome Sequencing Beats Standard Testing for Developmental Disorders
A landmark nationwide trial has found that genome sequencing outperforms standard testing in diagnosing developmental disorders, according to coverage by Bioengineer.org. The results could push doctors to adopt genomic testing earlier for children with unexplained developmental delays, shortening what is often a long diagnostic journey. The findings are being discussed as a potential turning point in how these conditions are diagnosed.
- 18Long-Read Sequencing Yields New Deeply Characterized iPSC ResourceβΌLong-Read Genome Sequencing Powers a New, Deeply Characterized iPSC Resource for Lab Modeling
A new resource of induced pluripotent stem cells has been developed using long-read genome sequencing, providing researchers with deeply characterized cell lines for laboratory disease modeling. The combination of long-read technology, which captures complex genomic regions that shorter methods miss, with iPSC lines aims to give scientists a more complete genetic picture for studying disease in the lab.