Colleen Doherty

Time to improve plant responses to abiotic stress. Learning how plants use time cues to regulate stress responses.

[Colleen Doherty @ClockworkViridi]

Warm nights disrupt transcriptome rhythms in field-grown rice panicles https://t.co/qAI9we63Ka

[Colleen Doherty @ClockworkViridi]

@biorxivenglish This is really clever. Is this AI generated? Looking through your other posts too- it's really good. Impressive. Can't wait till you share how it is done.

[Colleen Doherty @ClockworkViridi]

This manuscript is possible because of @NASAGeneLab data availability.

[bioRxiv Bioinfo @biorxiv_bioinfo]

Assessing the Nucleotide-Level Impact of Spaceflight Stress using RNA-Sequencing Data https://t.co/ZlAi9B1aF8 #biorxiv_bioinfo

[Colleen Doherty @ClockworkViridi]

@UDStigmaLab Thought you might like this!

[Colleen Doherty @ClockworkViridi]

@LizRylott I just saw this artist's work in a tweet and thought you'd appreciate it. https://t.co/sRPI0eugdc

[André K Isaacs @drdre4000]

Friday evening lab vibes with the group

[Houseplant Hobbyist @HobbyistPlant]

A cozy plant chair 🌿

[AoB Plants @AoB_PLANTS]

🌱 Newly published in @AoB_PLANTS

Growth-limiting drought stress induces time-of-day-dependent transcriptome and physiological responses in hybrid poplar (Robertson et al.)

Full #openaccess paper here: https://t.co/KQCAJd8I7M

[Colleen Doherty @ClockworkViridi]

Have a intro thesis chapter you want to publish? Consider submitting it to @AoB_PLANTS Emerging Voices in Plant Biology

[Colleen Doherty @ClockworkViridi]

@MangaMoguraRE What we need! Plant science manga! Can't wait to see this.

[12th Japan-US Seminar in Plant Pathology @JapanUSPlant]

@CaitilynAllen Not sure. It's by Takeyoshi Minoru in a series called "Weekly Big Comic Spirits" https://t.co/FTVbcf9zXv

[Colleen Doherty @ClockworkViridi]

Love this!

[antisense. @razoralign]

GraphBio: A shiny web app to easily perform popular visualization analysis for omics data https://t.co/kP5V6SthCn

[Portland Press @PPPublishing]

When a stress happens matters. In plants, multiple overlaps between circadian & heat response networks drive variation in responses. https://t.co/vyIG1ZDd2t

[Antony Dodd @ant_dodd]

PhD opportunity in my lab @JohnInnesCentre on circadian rhythms and climate change | Closes for applications 11 July. Fully funded for "home" students, by the fantastic @NRPBIODTP. Do get in touch if you want to discuss further! #chronobiology #plantsci https://t.co/dGbzBzdWLv

[bioRxiv Plant Bio @biorxiv_plants]

The circadian clock controls temporal and spatial patterns of floral development in sunflower https://t.co/2W6ap4vWXv #biorxiv_plants

[PolyQReviewPapers @polyqr_papers]

Review: The intersection between circadian and heat-responsive regulatory networks controls plant responses to increasing temperatures https://t.co/kYfTt8rfTI - polyQ

[Adil Khan @TheAdelKhan]

Excited to share our new work on plant synthetic gene circuits

“CRISPRi-based circuits for genetic computation in plants”

https://t.co/G1RmbqXse6

[Krishna Jagadish @KJagadish_TTU]

Female reproductive organ at gametogenesis in rice is more sensitive to heat stress than at flowering. @irri @Ritesh1tweet
https://t.co/qUnPJGC7P9

[Colleen Doherty @ClockworkViridi]

@alexwebblab @SRBR_Outreach @imara350 Here's maybe a great example of what we were just talking about in action!

[Webb Lab @alexwebblab]

Chronoculture in practice. Natural alleles of CCA1 contribute to flowering time control in rice cultivation. @SRBR_Outreach

[Dr. Courtney Leisner @cpleisner]

Leisner lab representing at #SSASPB2022 @ASPB @lmflawas