There’s a lot of Twitter activity at Plant Biology this year (#plantbio16), but that’s a good thing even if it interrupts Twitter:
Remember to mute #plantbio16 if you hate plants and science and are generally a horrible person!
— Leon (@orchidhunter) July 11, 2016
Day 3 of Plant Biology started with the major symposia on insights from large scale biology.
Siobhan Brady started things off with a talk on transcriptional network’s role in plant metabolism. She went through 3 examples of metabolism, specialized and general showing different ways transcription factors regulate:
Using this regulatory gene network data, @bradylabs can rank transcription factors by importance to nitrogen metabolism. #plantbio16
— Leon (@orchidhunter) July 11, 2016
@bradylabs high-throughput root phenotyping by @a_gaudinier – a ton of work! 38 genes, 43 T-DNAs. #plantbio16
— Erin E. Sparks (@ErinSparksPhD) July 11, 2016
SB: TFs ARID, ARF, and NAC seem to play major role in many aspects of N regulation #plantbio16
— Kevin Bird (@itsbirdemic) July 11, 2016
Great @bradylabs presentation: N metabolism regulatory network & identification of regulators controlling root & shoot responses #plantbio16
— Beronda Montgomery (@BerondaM) July 11, 2016
The number of transcription factors binding to a promoter doesn't reflect which enzyme is the rate-limiting step in the pathway. #plantbio16
— Leon (@orchidhunter) July 11, 2016
The session was rounded out with talks from Zoran Nikolski who spoke about insights from integrating various large datasets including transcriptomes, proteomes, and metabolomes.
#plantbio16 ZN: Metab state determined by fluxes & [metabolites] Fluxes diff to measure -> use sys biol data instead pic.twitter.com/HbFBeqCWYR
— Rubén Rellán-Álvarez (@rrellanalvarez) July 11, 2016
Seung Yon Rhee focused on metabolic gene clusters in her talk, with metabolic genes tending to occur in conserved clusters in plants:
@SueRhee2: Animals respond behaviorally ???; plants respond chemically ??? #plantbio16 #plantbio16
— Kathryn Haydon (@kathrynhaydon) July 11, 2016
~4000 medicinal plants are endangered; their unique metabolites & since human health depends on them, we should be concerned #plantbio16
— Ravi Palanivelu (@rpalaniveluaz) July 11, 2016
Sue Rhee: 1 metabolic gene cluster every ~50 genes; frequency is higher than Bacteria and fungi. #PlantBio16
— Ravi Palanivelu (@rpalaniveluaz) July 11, 2016
I love how @SueRhee2 pieces together the evolution of these metabolic gene clusters by comparing chromosomes between species. #plantbio16
— Leon (@orchidhunter) July 11, 2016
Blake Myers ended the session with his talk on large scale analyses of small RNAs in grasses.
Blake Meyers: How big is a small RNA? earthworm in the size of an entire baseball stadium. Protein bound is the size of a bird. #plantbio16
— Erin E. Sparks (@ErinSparksPhD) July 11, 2016
Meyers lab: 4 classes of dicers in dicots, 5 in monocots (new)! Data added from banana and asparagus #plantbio16 pic.twitter.com/Ox9CND3ol3
— Malia Gehan (@maliadong) July 11, 2016
Great talk by Blake Meyers lab on how sRNAs (21 – 24 nt phasiRNAs) regulate NB-LRR resistance genes and monocot gametogenesis #plantbio16
— Steven Hussey (@HusseySG) July 11, 2016
There was a lot of activity at Plant Biology, including recording more How Plant Scientists Work videos and a Wikipedia edit-a-thon focused particularly on creating Wikipedia pages for the currently underrepresented female plant scientists on the site (true of female scientists generally as well).
"Wikipedia is the front page of the internet." – @GregBoustead of @SimonsFdn. #aspbwiki #plantbio16 pic.twitter.com/5VW6BHwFiV
— Wiki Education (@WikiEducation) July 11, 2016
Wiki #GMO pages on organisms, food, crops, engineering: total views=1.5M. So eyeballs are reading this stuff #plantbio16 #aspbwiki
— Carl Fellbaum (@CarlFellbaum) July 11, 2016
Sally Rockey from the NIH talked about the current science funding environment.
@Rocktalking: increasing ag research $ by 10x still wouldn't tap its full potential @FoundationFAR @ASPB #plantbio16
— April Agee Carroll (@AgeeCarroll) July 11, 2016
One of the key takeaways from Plant Biology this year is just how much large scale data analyses are now standard tools in plant biology. As speaker Steven Grace put it:
Stephen Grace, "if you haven't drunk the R kool-aid, do it. It's wonderful!" Agreed. R saves lives. #NoRrrrrgumentHere #plantbio16
— Rishi R. Masalia (@RishiMasalia) July 11, 2016
There was also a discussion of many aspects of publication from preprint servers, to what model of peer review is best (blind, double blind, open), how people find papers now, and ethics of data handling. Publication is changing and as I chatted about the the Plant Cell Editors (@PlantEditors), paper discovery is hard and figuring out the “least publishable unit” is important. And of course, blogs like this as well as other science bloggers and writers and Twitter, can help get papers more widely shared.
Some additional thoughts on anonymity of reviewers I thought I would share that there was not time to discuss #plantbio16
— Noah Fahlgren (@NoahFahlgren) July 11, 2016
There was a lot of science shared at the minisymposia and there’s not space for it all here, you can find the day’s tweets in the storify for day 3 here. Bethany Huot also storified the first few days of the conference here.
Bethany Huot is someone who really likes community and has been diligently working to build that here, talking with David Stern, the president of The Boyce Thompson Institute on graduate education reform (postdoc training too):
Appreciate David's efforts to transform grad training. Great chat @ironworksbbq on Sat #plantbio16 @aspb @ThePubClub pic.twitter.com/46DkEXXyrp
— Bethany Huot (@huotbethany) July 11, 2016
She also wrote more about the idea on the ASPB blog yesterday. It’s worth the read.
There was also an opportunity to sit down with Small World Labs, the company that provides the platform that drives Plantae.org, the new digital platform for plant scientists. There was a good discussion about new functionality plant scientists would like to see, including a great idea to be able to upload and annotate papers/manuscripts so a group can provide feedback in text, not just comment via discussion thread. Plantae also will continue to improve. They showed off a few new features including the new responsive platform (dynamic resizing) so Plantae will look appropriate on any device’s screen very soon.
On Day 3, it was clear to your correspondent that the plant science community is genuinely that. And one full of exciting ideas that will end up impacting the world.