Célia Neto

[Genetics Society of America @GeneticsGSA]

Latest in #GENETICS from @ccarolinaneto: A new panel of genetically diverse recombinant #Arabidopsis lines from the Cape Verde Islands helps uncover genetic variants of adaptation that were difficult to map in this island population. 🌱 🏝️

🔗 https://t.co/q8klnVehCR

[Célia Neto @ccarolinaneto]

Thanks to everyone who made this happened!! @a_hancoc @PdraicFlood @mehmet_goktay + Tom Theeuwen + Paula Avila + Mark Aarts @mpipz_cologne

[Célia Neto @ccarolinaneto]

Excited to share our new paper on Arabidopsis adaptation in the Cape Verde Islands!! 🌱🌋
We developed a new multiparent intercross population to uncover genetic variants that were previously difficult to map. Here’s a quick overview 🧵
@GeneticsGSA https://t.co/At45uM6FKj

[Célia Neto @ccarolinaneto]

Overall, this new intercross population provides a complementary resource for dissecting the genetics of adaptation — in Cape Verde and potentially beyond.
If you’re interested in trait architecture, island evolution, or multiparent populations, I hope you’ll find it useful.

[Molecular Biology and Evolution @MolBioEvol]

Genetic Architecture of Flowering Time Differs Between Populations With Contrasting Demographic and Selective Histories https://t.co/22Mq59Wae1 #science #evolution #biology #genome

[Manu Tergemina 🌱🌋 @ETergemina]

Very happy to share our work in @ScienceAdvances! We show that a two-step adaptive walk rewired nutrient transport in a volcanic thale cress population. @a_hancoc, @ERC_research, @mpipz_cologne, #EPPN2020, #IRT1, #NRAMP1, #hard_sweep, #soft_sweep. https://t.co/hkEKUwgsRJ 1/16

[Célia Neto @ccarolinaneto]

@IslandGenomics https://t.co/I7WiwyVpZD

[Célia Neto @ccarolinaneto]

@AndreaFulgione Thank you! It was a pleasure to have worked and learned so much with you. I'll come by next time I need a job 😉

[Célia Neto @ccarolinaneto]

@a_hancoc Thank you! It was a pleasure to be part of the @a_hancoc group! But it's not over -- there are still many more papers to come! 😉

[Rebekah Oomen @rebekahoomen]

Great to see that this work shared by @ccarolinaneto at our #GenomicForecasting Symposium last year is out!

“Parallel reduction in flowering time from de novo mutations enable evolutionary rescue in colonizing lineages”🌱👀

[Eric Fauman (he/him) @Eric_Fauman]

Neat example of adaptation at the molecular level:

"we identified a single peak containing a nonsense variant, K232X, in FRIGIDA, which results in faster flowering through loss of the vernalization (cold) requirement"

[Célia Neto @ccarolinaneto]

@mpipz_cologne @a_hancoc @uni_copenhagen @NatureComms Thank you! Great 5 years at @mpipz_cologne !

[Célia Neto @ccarolinaneto]

@NatureComms @AndreaFulgione @AHancoc @a_hancoc

[Nature Communications @NatureComms]

Parallel loss of FRI and FLC function reduces time to flowering and drives adaptation in a drought prone environment for Arabidopsis.

@AndreaFulgione
@ccarolinaneto
@ahancoc

https://t.co/GQMoVjY61u