.@Hasindu2008 talking abou how he is building pipelines for nanopore data that can run on your mobile phone #SNUMS

.@Psy_Fer_ on the challenges of working with fast5 files, and solutions to interrogate ionic current traces #Fast5_fetcher #SquiggleKit #SNUMS http://nanoporetech.com/resource-centre/fast5fetcher

.@GammyAL presenting our work on single cell sequencing if tumours, using capture and nanopore sequencing for B and T-cell receptor characterization #SNUMS https://www.biorxiv.org/content/early/2018/09/24/424945

TK: #Algea genomes very hard to sequence with nanopore. Genomes vary from 10Mb to >150Gb, high concentration of library contaminants, hard to lyse.
Here he is using a car jack to lyse algea for DNA extraction #SNUMS

LM: Illumina assembly of a hospital-associated drug resistant bacterium was highly fragmented due to multiple plasmid insertions, which nanopore could pick up. Surprise! Plasmid contains resistance and conjugation genes #SNUMS

Dr Laszlo Irinyi from @WestmeadInst @SydUni_Research talking about diagnosing fungal infections with nanopore sequencing #SNUMS

GC: Upcoming chemistry upgrades should significantly reduce the amount of input RNA for direct/native RNA sequencing #SNUMS

Dr Gerard Coyne from ONT opening up our local Sydney Nanopore Users Mini-Symposium #SNUMS