<H1> </H1> |
<H2> Catch the Latest Research Highlights </H2> |
<H2> New Technologies and Techniques </H2> |
<H2> Epigenetics, Stem Cell, and Synthetic Biology Conferences </H2> |
<H2> Past Conference Highlights </H2> |
<H2> Interviews and Webinars </H2> |
<H2> Latest </H2> |
<H2> EpiGenie Guide: Chromatin Shearing </H2> |
<H2> dCas9-ROS1 Cuts Out the Methylation Middlemen in Targeted DNA Demethylation </H2> |
<H2> Epigenetic Study Suggests that the Safety of Vaping is Running on Fumes </H2> |
<H2> Inactive X Chromosomes SPENd Time Tucked Under the Epigenetic Covers </H2> |
<H2> SAXS Imaging Gets to the (Brave)heart of the Matter: First Full-Length Structure of a Long Non-Coding RNA </H2> |
<H2> Darwinian Selection Acts on DNA Methylation: Persistence of 5mC Without a De Novo Methyltransferase </H2> |
<H2> ATAC-Me: An Epigenetic One-Two Combo Hits the Mark at Enhancers </H2> |
<H2> A Novel lncRNA Plays Cat and MAOs with Aggressive Behaviors </H2> |
<H2> Epigenetics </H2> |
<H2> EpiGenie Guide: Chromatin Shearing </H2> |
<H2> dCas9-ROS1 Cuts Out the Methylation Middlemen in Targeted DNA Demethylation </H2> |
<H2> Epigenetic Study Suggests that the Safety of Vaping is Running on Fumes </H2> |
<H2> Inactive X Chromosomes SPENd Time Tucked Under the Epigenetic Covers </H2> |
<H2> ATAC-Me: An Epigenetic One-Two Combo Hits the Mark at Enhancers </H2> |
<H2> A Novel lncRNA Plays Cat and MAOs with Aggressive Behaviors </H2> |
<H2> Epigenetic Editing Makes the (Neuronal) Connection Between C11orf46 and Neurodevelopment </H2> |
<H2> Retrotransposons LIT the Way for Genomic Imprinting During Evolution </H2> |
<H2> non-coding RNA </H2> |
<H2> Inactive X Chromosomes SPENd Time Tucked Under the Epigenetic Covers </H2> |
<H2> SAXS Imaging Gets to the (Brave)heart of the Matter: First Full-Length Structure of a Long Non-Coding RNA </H2> |
<H2> A Novel lncRNA Plays Cat and MAOs with Aggressive Behaviors </H2> |
<H2> The Epigenomics of Non-Coding DNA Variants with Dr. Guillaume Bourque </H2> |
<H2> X Chromosome Inactivation with Dr. Carolyn Brown </H2> |
<H2> Existential Epigenetics: Deciphering the Where, the Why, and the How of m6A and m6Am mRNA Methylation! </H2> |
<H2> Epigenetic Heirlooms: The C. elegans Behavioral Legacy is Inherited Through Small RNAs </H2> |
<H2> HiChIRP-y New Protocol Reveals the Scaffolding Function of lncRNAs </H2> |
<H2> Synthetic Biology </H2> |
<H2> Epigenetic Editing with CRISPR Keeps Crops Crisp in Today’s Climate </H2> |
<H2> dCas9-Suntag-DNMT3A Outshines the Off-Target Effects of Direct dCas9-DNMT3A Fusions </H2> |
<H2> dCas9-Tet1 to the Rescue: Maintained DNA Demethylation of Fragile X Syndrome Neurons </H2> |
<H2> Epigenetic Editing Misses the Mark: dCas9-DNMT3A Causes Off-Target Genome-Wide DNA Hypermethylation </H2> |
<H2> Hit-and-Run Epigenetic Editing Helps Breast Cells Evade Cycle Arrest </H2> |
<H2> Visualizing CRISPR-Cas9 Genome Editing: Seeing is Believing! </H2> |
<H2> dCas9 Shoots Down Microsatellite Repeat Expansion </H2> |
<H2> Gimme Shelterin! – TRF1 Gene Therapy Promotes Healthy Aging </H2> |
<H2> Stem Cells </H2> |
<H2> N6-methyladenosine-modified CarRNAs Hit the Epigenetic Brake on Transcription </H2> |
<H2> Single-cell Multi-omic Maps of Germ Layer Enhancers – Deciphering The Best-laid Body-Plans of Mice and Perhaps Men? </H2> |
<H2> The Epigenetics of T-Cell Development with Dr. Ellen Rothenberg </H2> |
<H2> The Epigenomics of Human Health with Dr. John Greally </H2> |
<H2> Reactivating “Fossil” Enhancers from Embryonic Development in Adult Tissues </H2> |
<H2> SunTag Casts Light on iPSC Reprogramming </H2> |
<H2> An endosiRNA Trap Shoots Down the Transposable Element Rebellion of Embryonic Development </H2> |
<H2> CRISPR-Cas9 Embryo Editing…….Of Mice and Men! </H2> |
<H2> Aging </H2> |
<H2> Single Cell Analyses Reveal How Epigenetic Drift Makes Stem Cells Age Badly! </H2> |
<H2> Foretelling Future Hippocampal Transcription and Disease Risk with Early DNA Methylation Profiles </H2> |
<H2> Webinar: The Epigenetics of the Exposome and Aging – Paul G. Shiels </H2> |
<H2> Mutant DNMT3A Underperforms in Overgrowth Syndrome </H2> |
<H2> Enhancer Hypomethylation in Alzheimer’s Disease Brain Paves the Way for Cell Death </H2> |
<H2> New Epigenetic Clock Offers an Evolutionary Conserved View of Aging Through Ribosomal DNA Methylation </H2> |
<H2> Reactivating “Fossil” Enhancers from Embryonic Development in Adult Tissues </H2> |
<H2> Inflammation in the Information Age: Multi-Tissue Chromatin and Transcriptional States of Mammalian Aging </H2> |
<H2> Conference Highlights </H2> |
<H2> What We Do </H2> |
<H2> What We Don’t Do </H2> |
<H2> What’s Your ChIP Sign? – Selecting the Right ChIP Kit </H2> |
<H2> Get Focused with MethylCheck™ Targeted DNA Methylation Studies </H2> |
<H2> Step Up to the Plate: Chromatrap® ChIP Seq 96 Well Format </H2> |
<H2> Chromatrap®’s FFPE ChIP Kits Unlock Your Sample Vault </H2> |
<H2> Enjoy Chromatin Highs and Lows with Chromatrap®’s ChIP-Seq Kits </H2> |
<H2> Zymo Research 5-mC and Quest™ 5-hmC ELISAs Take DNA Methylation Screens Global </H2> |
<H2> ATAC-Seq Kit </H2> |
<H2> PIXUL™ Multi-Sample Sonicator </H2> |
<H2> Low Cell ChIP-Seq Optimization Module </H2> |
<H2> Nu.Q™ H3.1 </H2> |
<H2> ChIP-IT® FFPE II </H2> |
<H2> Nu.Q™ Total </H2> |
<H2> Machine Learning Boot Camp: Analyzing Biomedical and Health Data </H2> |
<H2> Webinar: The Epigenetics of the Exposome and Aging – Paul G. Shiels </H2> |
<H2> 6th Canadian Conference on Epigenetics/IHEC Annual Meeting </H2> |
<H2> ChIP 101: Beginner’s Guide to ChIP Assays </H2> |
<H2> eBook: Neuroepigenetics </H2> |
<H2> eBook: Cancer and Epigenetics </H2> |
<H4> Stay in the know with our twice monthly news update delivered to your inbox. </H4> |
<H4> Featured content </H4> |
<H4> Sponsors </H4> |
<H4> PRODUCT SPOTLIGHT </H4> |
<H4> SPECIAL FEATURES </H4> |
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