EliMulta

Read our newest Bacterial Phytochrome manuscript in @NatureComms here:

[Medicine and Health, University of Helsinki @HelsinkiUniMed]

Tutkijankoulutuspilotin vaikutukset tulevat olemaan mittavat ja kauaskantoiset, kirjoittaa neljä tohtoriohjelman johtajaa Viikon jutussa.

Lue blogi: Tohtorikoulutus murroksessa
➡️ https://t.co/HnKUs5BoEP

[Medicine and Health, University of Helsinki @HelsinkiUniMed]

Bakteerin geenien ilmentymistä voi ohjata punaisen valon avulla. @helsinkiuni ja @jyuscience tutkijoiden menetelmää voi hyödyntää esimerkiksi lääkeproteiinien tuotannossa. https://t.co/ICpdRa7Kkn

[EliMulta @MultamakiE]

Check out what we've been up to with @heikki_takala, @MoeglichLab, https://t.co/SdrLpugUmB @helsinkiuni, @jyuscience

[EliMulta @MultamakiE]

@MoeglichLab @heikki_takala True 🎉 Another interesting story by @MoeglichLab
https://t.co/a0gIx2UjWA

[EliMulta @MultamakiE]

My design about our recent study made it to the cover of ACS Synthetic Biology! 🔥#MyACSCover We developed red light regulated optogenetic tools to regulate gene expression in E.coli cells. Check out details here: https://t.co/G4c4klhXpB
@heikki_takala, @MoeglichLab

[Möglich Lab @MoeglichLab]

Here's our new article -- potentially, everything you ever wanted to know about light-regulated gene expression in bacteria (& much more).
https://t.co/7A4bN89N7G
Welcome opportunity to team up once again with @RobertOhlendorf (this guy knows stuff!). Enjoy

[EliMulta @MultamakiE]

@MoeglichLab @heikki_takala It turned out great! Looks good also in blue.😀

[ACS Synthetic Bio @ACSSynBio]

.@Moeglichlab, @heikki_takala and colleagues create portable, single plasmids that control bacterial gene expression using red light: pREDusk and pREDawn regulate expression down and up, respectively, by ≥100-fold.

https://t.co/LwsnDQ0sio

#optogenetic
#singlecell
#dusktodawn

[EliMulta @MultamakiE]

@MoeglichLab Congratulations!