KerosuoLab

Developmental biology lab focused on neural crest development and disease. Tweets are our own. #NeuralCrest #ChickEmbryology #organoids

[KerosuoLab @KerosuoLab]

Our paper on how the whole #ectoderm maintains #pluripotency and enables the exceptional #NeuralCrest stem cell potential is published! Very proud of the whole team ⁦and a shout out for the first author ⁦@pajanoja for pure excellence😘! #devbio 🐣 https://t.co/frotGT5umh

[KerosuoLab @KerosuoLab]

@uribelabrice @RiceUniversity Congratulations Rosa👏🏼🎉🍾🥂

[KerosuoLab @KerosuoLab]

@Artingerlab @lomeli_shull @UNM Congrats!

[KerosuoLab @KerosuoLab]

Tune in on Thursday!

[preLights @preLights]

Enjoyed yesterday’s ‘From preprint to publication’ webinar featuring @RogerPocockMelb

Next week, @EstermannMartin will talk to Laura Kerosuo about her work on neural crest stem cell potential - work that was preLighted by Andrew Montequin.

Register here: https://t.co/ltbq97pksu

[KerosuoLab @KerosuoLab]

@NadineSamaraLab Congrats Nadine and team!

[Igor Adameyko @adameykolab]

Adameyko lab is hiring! We search for an experimentalist postdoc (preferably with a bit of computational skills) to work with us on the enigma of craniofacial development. The major project is focused on mechanisms scaling up the skull and introducing facial individuality.

[KerosuoLab @KerosuoLab]

Our paper that challenges #gastrulation by showing #pluripotency signature in the entire #ectoderm as bases for #neuralcrest stem cell potential formation was chosen to the editor's highlights at @NatureComms / stem cells. Very proud of the whole team!
https://t.co/o1fzdJW1Li

[Functional Embryo Genomics lab @funcembryomics]

A great opportunity in the fantastic lab! 👇🏼

[KerosuoLab @KerosuoLab]

@mohlinlab congrats!!!

[KerosuoLab @KerosuoLab]

New information on pigment formation! #neuralcrest

[Achim Werner @werner_achim]

New preprint identifying shared and distinct mechanisms of inactivation of the #ubiquitin E1 enzyme #UBA1 across different diseases #VEXAS #SMA #lungcancer https://t.co/nPqiBmF5C7
Thanks to David Beck @nyulangone, @kyliejwalters and all contributors for a great collaboration!

[KerosuoLab @KerosuoLab]

https://t.co/frotGT5umh

[KerosuoLab @KerosuoLab]

https://t.co/BpChjlNCsP
A nice summary of our new paper @NatureComms explaining a paradigm shifting finding about #gastrulation: the #ectoderm does not lose the pluripotency signature, which enables maintenance of the exceptionally high stemness of #neuralcrest @NIDCR

[KerosuoLab @KerosuoLab]

@nymarklab Thanks Soile!

[KerosuoLab @KerosuoLab]

@LakliHurathu @sabramsDDS_PhD @pajanoja Thanks Lakmali!

[KerosuoLab @KerosuoLab]

Our paper on how the whole #ectoderm maintains #pluripotency and enables the exceptional #NeuralCrest stem cell potential is published! Very proud of the whole team ⁦and a shout out for the first author ⁦@pajanoja for pure excellence😘! #devbio 🐣 https://t.co/frotGT5umh

[KerosuoLab @KerosuoLab]

@SaxenaLab @pajanoja Thanks Ankur!

[KerosuoLab @KerosuoLab]

@marcotrizzino @RBerrens @pajanoja With the existing publications in mind (Zalc 2021, Buitrago-Delgado2015), we specifically looked for support to either of these hypotheses but didn’t find it. Instead, we saw pluripotency- like maintenance in the entire ectoderm from gastrula stage onwards

[KerosuoLab @KerosuoLab]

@labonnelab Tell me about it… so unnecessary, sigh

[KerosuoLab @KerosuoLab]

@NadineSamaraLab @pajanoja Thanks Nadine!

[KerosuoLab @KerosuoLab]

@RogersLabUCD @pajanoja Thanks Crystal!!

[KerosuoLab @KerosuoLab]

Hieno tiivistelmä uudesta työstämme @NatureComms: osoitamne miten hermostopiena saavuttaa poikkeuksellisen kantasolumaisuutensa. Alkio ei menetäkään monikykyisyyttään gastrulaatiossa, mikä mahdollistaa kasvojen, lisämunuisen ja monien kehon kudosten kehityksen. Kiitos @pajanoja

[Medicine and Health, University of Helsinki @HelsinkiUniMed]

Tutkijat ovat saaneet uutta tietoa alkionkehityksen tärkeimmästä varhaisvaiheesta. Tutkimustulokset auttavat ymmärtämään monia synnynnäisiä kehityshäiriöitä paremmin. @KerosuoLab @helsinkiuni @NIH  
https://t.co/DuwMe7tUeR