| Mouse Models | Repository of major collection of research mouse models |
| mousephenotype.org | Repository for all KOMP created lines |
| ES Cell LInes | Embryonic stem cell lines |
| Research | Support for research, providing genetically modified mice across the globe |
@StanfordMed's research unveils ecDNA's role in cancer formation, intensifying the transformation of pre-cancer cells. The MMRRC's mutant mouse strains could be vital in studying ecDNA's role in cancer.
scitechdaily.com/stanford-medicine-reveals-tiny-dna-circles-defying-genetic-laws-drive-cancer-formation
👀🧬EGFR: mmrrc.org/catalog/locus_detail.php?mgi_id=MGI:95294
👀🧬MYC: mmrrc.org/catalog/locus_detail.php?mgi_id=MGI:97250
Think about all the mouse DNA that could be there too... (Scientists discover high-quality human DNA in the environment, including the air)
University of Florida researchers found high-quality human DNA in nearly all environments, suggesting potential applications in fields like medicine, archaeology, and criminal forensics. However, this raises significant ethical concerns around consent and privacy, underscoring the need for guideline
Lack of amino acids during development can cause long-term changes, similar to autism. How this occurs was not studied, but it leads to possible add'l studies.
genengnews.com/developmental-disorders/autism/amino-acid-deficit-impacts-perinatal-mouse-brain-development-leading-to-microcephaly-autism-behaviors
TAD boundary sequences are essential for proper genome function - or "fences" in the genome.
nature.com/articles/s42003-023-04819-w
🧬🎉Happy #DNADay! Today we celebrate the incredible discovery of the DNA structure & its impact on science!
By studying mouse DNA, we unlock the secrets to human health, unravel complex diseases & fuel medical breakthroughs! 🧬🐁
Similar to our genetic outcome analysis in mice, this article gives insight into how Medical Providers should be examining patients' genomes. What do you think?
New opportunity for cancer research: "The study shows that the EBNA1 viral protein binds to a fragile site on human chromosome 11."
The ubiquitous Epstein-Barr virus targets “fragile DNA,” triggering dysfunction that is associated with a variety of cancers. Researchers have discovered how the Epstein-Barr virus (EBV) exploits human genomic weaknesses to cause cancer and suppress the body's defenses. The study shows that the E
🔦 Like looking at illumination at a flashlight vs. a candle, long-read sequencing tends to show more about cancer genomics and could help examine cancer in a different light. (Not to mention, 🐁 research was referenced)
scitechdaily.com/the-long-read-for-cancer-a-new-broader-genomic-view
New 🐁 studies available after machine learning 👀💻 analysis find 4 distinct autistic subtypes. Research opportunities could help with gene pathway connections and treatment options 👩
DOI: 10.1038/s41593-023-01259-x
🐁 helped us to consume more 🍟🍩🍔? Really? No, sorry. But, they did, through research at UC Irving, help discover ways to maintain energy balance and avoid obesity.
DOI: 10.1038/s41467-023-36809-1