Genia Publishes Platform Progress

Nanopore sequencing developer Genia published in PNAS last week a study demonstrating the basics of their current approach to sequencing.  I say current, because Genia has gone through a number of iterations and on at least two occasions promised to be going into beta in a 6-9 month timeframe.   The paper demonstrates the basic concepts of a sequencing system and generates some short reads, but also suggests that Genia won't be hitting beta sites in the near future either.

Protein Homeostasis: Has it Hit The Classrooms Yet?

I wrote a piece earlier this year suggesting that introductory Biology textbooks should emphasize protein complexes more.  My basis for assuming that they generally don't isn't very good: a single textbook in use in TNG's high school class, which sports a copyright date from a decade ago. I also remember what I was taught in high school and college courses, which I would rate as not bad and truly excellent (respectively), plus I was a teaching fellow for one semester of intro bio at Harvard.  I now have another suggestion to cram into every biology course: an overview of ubiquitin-proteasome system.

Mosquito Genomes: Chance for Long-Range Companies to Shine

Friday's New York Times carried a front-page illustration of the current status of the Aedes aegyptii genome, accompanying an Amy Harmon story on efforts to improve the currently highly fragmented state of this genome

Hey @DrKatHolt @rrwick, there's a Bandage plot on the front page of the @nytimes today! #NoFooling @MarkKunitomi pic.twitter.com/a1n6QyQWr3

— Adam Phillippy (@aphillippy) April 1, 2016

The pice has seen a lot of opinion on Twitter with regard to its value and other issues (such as calling an assembly a map -- which to me is correct as the perfect genome sequence is the ultimate physical map!)

This whole thread. My science peeps keep me here. ❤️ https://t.co/96mifMD0da

— a muse (@_a_muse) April 3, 2016