Nanopore, PacBio, Illumina and Single Cell Genomics Platforms Technologies Developer, Microbiomics, Meta-omics, Genomics Innovation and Development Scientist
Excited to share our teamwork on spatially profiling human bone marrow trephines is now online! 🔬🗺️🦴
https://t.co/85kSWG6PTE
More high-res atlases to come - liquid/solid cancer in bone, cellular therapies settings..💪
#Xenium#myeloma#spatialomics
@LGMartelotto Can the cost per detected gene, as opposed to per cell or per sample, be compared between this imaging-based and sequencing-based methods?"
Are you using separate assays to measure transduction efficiency, vector copy number, and integration sites?
Our high-throughput, droplet-based single-cell method streamlines all three analyses into a single assay.
Visit poster #159 today at #LorneGenome25 to learn more!
Tired of tedious RNA extractions for your transcriptomic studies? Introducing TIRE-seq, a novel protocol that streamlines bulk RNA-seq by integrating sample extraction with library preparation. The whole process can be completed in a day and a half. (1/6) https://t.co/kvrTlLGvFA
1 pION flow cell, 1 load, no wash, 2 runs because pores looked good after completion of 1st run and around 200GB estimated output.
I want more flow cells like this! @nanopore
@nanopore good day with R9. Run barcoded PCR-cDNA library for 3 days. It was sitting on sequencer over weekend. On Monday found that there are 3K live pores. Started a 2nd run without washing or reloading. Yielded 9GB data totaling 124GB. A personal record with PCB111.24 library.