Building on the findings from my dissertation, here we provide a comprehensive overview of miRNA391/1432/4376 superfamily’s (miR391S) ancient origin, regulatory conservation of calcium signaling components, and sequence diversification linked to functional innovation.
Exciting news, ECPS members!
The ASPB ECPS Travel Award applications are OPEN for #PlantBio2025, July 26–30, 2025 in Milwaukee! Get up to $500 to present, network & grow!
Deadline: April 4, 2025, 11:59 PM PT
Apply now! 👉https://t.co/P6m5RJdZsx
#PlantScience#TravelAward#ASPB
📣Join us for the upcoming ASPB Member webinar on Tuesday, February 4 at 2 pm Eastern time, hosted by ASPB’s Early Career Plant Scientists Section (@ASPB_ECPS).
👉Learn more and register at https://t.co/Q7O2bh4x7z.
#PlantScience#MentalHealth
ASPB Midwest 2025 presents another outstanding opportunity to showcase cutting-edge research, foster collaborations, and engage with the plant science community to drive innovation and discovery forward.
The @Slotkin_lab@DanforthCenter is hiring a new laboratory technician. Lots of cool work to be done on transposable elements! Please retweet to spread the word! https://t.co/33KiNk4PeG
Happy Friday! Dr. Leonelli and her lab members worked to transplant sorghum at sunset last night at the Energy Farm. The drought has reduced seedling emergence, so they spent the evening filling in rows to ensure a dense inner canopy later this season🌱
Intriguing study! It would be nice to see if such sRNA based regulation of photoprotective mechanisms is conserved in land plants.
https://t.co/aFaVkAjG0x
Insights into the Chlamydomonas sRNA world: AGO1-associated, DICER-independent sRNAs in Chlamydomonas are upregulated by nutrient deprivation.
https://t.co/pj7ejqwC8D
In collaboration with Xuemei Chen's lab, we uncovered an essential role of microRNA156 in enabling plant growth plasticity in response to temperature and light changes -- https://t.co/MIPRCmJf2z. Congrats to all authors, and many thanks to our collaborators @Xuemei_RNAlab.
Our successful effort to create synthetic maize centromeres is now published! We hope to use this method to alter karyotypes in maize and other plants. And one day engineer entire chromosomes. https://t.co/tYfoA1BLlE
Easier installation with dependencies using bioconda recipe.
Most options the same, but some changes (sorry if I break your pipelines!).
Feedback, bugs reports, etc. --> GitHub at https://t.co/mv3pgmtvpX
2/2
Regulators of regulators.
Short regulatory peptides(~50aa) encoded by pri-miRNAs regulate plant’s growth and development by modulating the corresponding miRNA expression. Another application by @RAVIKUM36255513,
@PrabodhTrivedi, and team
https://t.co/dVe1ZjK5mb