Category Archives: Acetylation

One of the “perks” of pregnancy is hearing from your doctor that you should not be cleaning the kitty litter tray. Wait a second! What did you just say? Can you write that one down in an authoritative doctor’s note, please? Reason being – that if you have never been infected before, a primary infection from Toxoplasma cysts in cat feces can (rarely) be transmitted through the placenta to your baby. Apparently about a 1/3 of adults have antibodies against the parasite, Toxoplasma gondi. The infection is usually fairly insignificant. However, this infection becomes life threatening for those with poor immune systems. Think about those in the womb, post-chemotherapy or AIDS patients. Let’s face it, you cannot prevent “Fluffy” from … Continue reading

Posted in Acetylation, Applications, Flow Cytometry, Histone Modifications, Histones, Immunology, Mass Spec, Microarray, Transcriptome, chIP | Tagged , , , | Leave a comment

Hello E3 scientists! Here are three etiquette tips for the modern virus. This week’s post is a bit of “tongue in cheek”, while pointing out some neat virology & epigenetics research!!!

Posted in Acetylation, Bioinformatics, Cellular Biology, Chromatin Structure, DNA Methylation, Genomewide Methylation Profiling, Immunology, Methylation, Oncogenes, Virology, chIP | Tagged , , , | 4 Comments

The practice of making poor repairs with hay wire – wire used to bale staw – originated the slang phrase. It means non functioning or acting just plain crazy. We can now view H2A.Z as the histone variant that can go haywire. Dr. H Valdés-Mora and colleagues at the Garvin Institute of Medical Research in Sydney, an Epigenetics team headed by Susan Clark, have untangled the meaning behind seemingly conflicting published results. Pattern changes in the acetylation states of promoter-associated H2A.Z, are demonstrated as a mark of cancer-specific gene deregulation. Acetylated H2A.Z is exclusive to the epigenetic silencing marks of Trimethylate histone H3 on lysine 27 (H3K27me3) and/or DNA methylation. In prostate cancer, acetylated H2A.Z “was associated with oncogene activation … Continue reading

Posted in Acetylation, Biomarkers, DNA Methylation, Histone Modifications, Histones, Oncology | Leave a comment