Omid Karami

Genetics researcher

[Omid Karami @OmidDilan]

Heat stress-induced decapping of WUSCHEL mRNA enhances stem cell thermotolerance in Arabidopsis: Molecular Plant https://t.co/qbgUFBz6P5

[The Plant Journal @ThePlantJournal]

Another #auxin mystery solved: @OffringaRemko @OmidDilan & colleagues reveal why the synthetic auxin 2,4-D is much better at triggering regeneration than endogenous auxins: it's a bad substrate for auxin efflux!

➡️https://t.co/c9WOjpu9aZ

@wileyplantsci @SEBiology

[Omid Karami @OmidDilan]

@ISTAustria @XiaoqiFeng_m @ERC_Research Congratulations, well-deserved

[Alexey Kiryushkin @Alex_Kiryushkin]

What if to substitute some positions in the 2,4-D (synthetic analogue of #auxin) to obtain more compounds with auxinic activity?

Take a look in @ThePlantJournal
👉https://t.co/qDBz3agJZR

Congratulations to @OmidDilan, @glycoaa, @WennekesLab, @OffringaRemko and to all involved!

[Omid Karami @OmidDilan]

@BerndMueRoe Thank you very much Bernd for enormously improving the quality of the paper.

[Molecular Plant & Plant Communications @MPlantPCom]

The imperial role of stem cells in determining plant longevity variation #review #PlantCommunications https://t.co/A8AW3ezAeN

[The Plant Journal @ThePlantJournal]

'Making babies: how auxin regulates somatic embryogenesis in Arabidopsis tissue culture'

Grady Pierroz's latest Research Highlight 💡 is here, featuring Karami et al's paper on endogenous IAA biosynthesis and its relation to embryonic cell identity

🔗https://t.co/VeBJUgRtW3

[Omid Karami @OmidDilan]

@XiaoqiFeng_m @Nature @Toby_Buttress @ShengboHe Congratulation

[New Phytologist @NewPhyt]

miR156-independent repression of the ageing pathway by longevity-promoting AHL proteins in Arabidopsis @OffringaRemko @SalmaBalazadeh @ArezooDilan @OmidDilan @LeidenBiology https://t.co/LeOiWKEkTu

[TrendsPlantSci @TrendsPlantSci]

The end of flowering: interactions between cytokinin and regulatory genes https://t.co/UPPzE5iMFv

[Omid Karami @OmidDilan]

We're thrilled to announce that our new paper "uncovering a novel pathway driving cambium development" has just been published in @Current Biology. https://t.co/2z5at84IWm

[Omid Karami @OmidDilan]

@faezeh_nami @BBAjournals Congratulations

[Omid Karami @OmidDilan]

An important advance in plant cell totipotency acquisition and a novel method for chromosome doubling for production of polyploid crops in our recent paper
https://t.co/O5DvBN4D4I