Genetics Genetic code expansion and how we get to designer proteins Genetic code expansion might be the coolest thing in Omics that you've never heard of.
Proteomics PROTACs and LYTACs: How therapeutics can take advantage of proteomic garbage men Cells are biological marvels, but even they need help taking out the trash sometimes.
Proteomics Proteomics is a data deluge. Taming the firehose is still a work in progress. Once we have all of this amazing proteomic data, what do we do with it???
Proteomics Multiplex aptamer/antibody arrays are a gateway drug to get genetics people to embrace proteomics Multiplex Apater and Immuno Affinity Arrays are perfect for getting people excited about the power of proteins!
Proteomics Mass Spec is leading the charge in bringing high-throughput proteomics to a lab near you Mass Spec: It's not just for chemistry nerds anymore.
Proteomics There are lot's of cool new ways to measure the proteome! High throughput proteomics could revolutionize our understanding of human disease, but it's going to take some major innovations to get us there!
Proteomics The importance of taking out the trash: An overview of cellular protein degradation pathways The importance of taking out the trash: An overview of cellular protein degradation pathways.
Proteomics The Proteome: It's a bit more complex than any of us would like Translating the Proteome: There’s more to making proteins than just transcribing DNA into mRNA.
Proteomics The Proteome: It's a bit more complex than any of us would like Proteoforms: This is where things start to get complicated.
Proteomics The Proteome: what it is and why protein structure is so important The Proteome: we can’t live without it, but, what actually is it?
Transcriptomics Single-Cell and Spatial Transcriptomics and why they’ve gotten so much attention recently Everything you need to know about the status quo and new kid on the block.
Genomics Why magnetic beads are the most important reagent in genomics Magnetic beads don't get much respect in the sequencing world, but they're hella useful. Here are some applications you should try!
Genomic Sequencing Why Transcriptomes are sometimes more useful than Whole Genomes Transcriptomes: Underappreciated, underutilized, and sometimes more useful than WGS.
DNA FFPE is great for histology and terrible for molecular testing Formalin-fixed, paraffin-embedded (FFPE) tissues in oncology diagnostics: is there a better way?
