Anshuman Singh

PhD Candidate Plant Energy and Biotechnology Lab @mary_in_vivo @MonashBiol

[Avilash Singh Yadav @Morpholosophist]

Please repost!

🌿 Postdoctoral position available in the Yadav Lab at UMass Amherst! 🌿

Apply by September 25, 2026. Please see the advertisement below. https://t.co/WAfLIVN7at

We are seeking a #postdoc to investigate the genetic, epigenetic and biomechanical principles underlying the leaf morphogenesis.

Applicants with formal training in cell wall biology, mechanics and/or mechanical modeling are especially encouraged to apply.

#PlantScience #DevelopmentalBiology #Morphogenesis #Mechanobiology #Biomechanics #ComputationalBiology #QuantitativeBiology #LiveImaging #Microscopy #Arabidopsis #AcademicJobs #ResearchJobs #UMassAmherst #NewPI #ScienceJobs #Biophysics #SystemsBiology

[SKB Lab @SKBLab]

Happy to share our latest work to define the features that explain splice-site choice in eukaryotes! Here we have empirically quantified splice-site usage across individuals in Arabidopsis, Drosophila and Humans and attempted to infer patterns (1/10)

https://t.co/yuW9HtjnHo

[School of Biological Sciences, Monash @MonashBiol]

Russell Woodford and co-authors find an essential role of PGR5 in enabling efficient C4 photosynthesis under fluctuating light by regulating photosynthetic control and energy-dependent non-photochemical quenching. https://t.co/eUDru5hNjH

[Maria Ermakova @mary_in_vivo]

Congrats Russell and thanks @AustPlantPhenom! This award will help us uncover novel genetic targets for improving productivity and resilience of crops operating C4 photosynthesis in realistic environments with fluctuating light @MonashBiol

[bioRxiv Plant Bio @biorxiv_plants]

PGR5 promotes energy-dependent non-photochemical quenching to enable efficient C4 photosynthesis under fluctuating light https://t.co/18B11cCDHO #biorxiv_plants

[Monash Science @Monash_Science]

Congrats to A/Prof @JeremyJBarr @MonashBiol on being awarded $500,000 USD from the @gatesfoundation to support ground-breaking research discovering how bacteriophages could prime human immunity and impact health. Read more 👇
https://t.co/uXIhAJAZ18

[Antony Dodd @ant_dodd]

New paper! Circadian clocks in the field. Wonderful collaboration with Hiroshi Kudoh at Kyoto University, studying #circadian signalling in a natural plant population. Congrats to first authors Haruki Nishio and @Dodka_ 1/2 @JohnInnesCentre #chronobiology https://t.co/QunBYdkQqU

[Mehta Lab @theMehtaLab]

🚨An exciting update re. Plant Chronobiology 2025:
Announcing our Keynote Speakers! We are looking forward to Keynotes by Rob McClung (@dartmouth) and Paloma Mas (@cragenomica), chaired by @DrSteveKay!

RSVP below for more updates re. invited talks and our scientific program!

[Maria Ermakova @mary_in_vivo]

Our first lab photo @MonashBiol I’m lucky to have great time at work every day with these wonderful people ❤️

[Maria Ermakova @mary_in_vivo]

Our quantitative analysis of electron transport in C4 bundle sheath cells is finally out in @NewPhyt! We show that the CEF/LEF ratio in bundle sheath cells is >5 and half of electrons reducing PSI are coming from NDH complex. https://t.co/heVeipZxjc

[Rob Bryson-Richardson @RobertB_R]

Great to see the work of @Lee_B_Miles published https://t.co/E1ucg6bUct with contributions from every member of the team - thanks everyone
Looking forward to applying this an making many more disease models and make drug screening easier. #zebrafish

[Sara @SaraSimonini84]

We tried CUT&Tag with very little amount of Arabidopsis material (less than 0.01gr!) to map different histone modifications and it works so well! Here you can our find the method
https://t.co/rYyDu7hH8I

[School of Biological Sciences, Monash @MonashBiol]

We are hiring! :

Lecturer or Senior Lecturer in Global Change Biology
Lecturer or Senior Lecturer in Plant Community Ecology
Lecturer or Senior Lecturer in Botany or Phycology
https://t.co/GRog3JZ9mi

[Panos Poulis (currently in DE) @panos_poulis]

We already know DNA->mRNA->protein.😴
We also know RNA->DNA->mRNA->protein.😒
But DNA->ncRNA->DNA->mRNA->protein is something new!🤯
https://t.co/Dffvtc2uj7

[Anshuman Singh @sing4anshuman]

Exciting findings from our lab's latest paper in @NaturePlants The research sheds light on the molecular mechanisms underlying epigenetic gene silencing induced by expanded repeats, revealing novel components involved.
https://t.co/yd3tvgJUPL

[Anshuman Singh @sing4anshuman]

Here we quantified the usage of individual splice-sites and uncovered extensive variation between individuals (genotypes) in Arabidopsis, Drosophila, and Humans. Kudos to @ciden13 @JordynCoutts and other authors. Well done 🌱🦟🧬 #Genetics #Research #Science

[Anshuman Singh @sing4anshuman]

Exciting news! 📢 Our lab (@SKBLab and @GATCLab ) just published a groundbreaking paper titled "A basic framework governing splice-site choice in eukaryotes."

https://t.co/NVe4cHK9sU

[SKB Lab @SKBLab]

Analysis of transcriptomes in multiple species across eukaryotes suggest that hexamer ranks can explain splice site choices across eukaryotes and the correlation of hexamer rankings reflect phylogenies

[SKB Lab @SKBLab]

I am pleased to share our latest work on the genomic determinants of splice-site choice. This has been in works for the past few years and I will provide a glimpse of our journey and key findings (1/8)
https://t.co/ZdC2HQoNIj

[Giles E D Oldroyd 🏳️‍🌈 @gilesedoldroyd]

“Next-generation DNA sequencing technology is allowing us to step back into the past.”

An impressive study of plants’ ancient DNA reveals #MicrobialAssociations and changes in #PlantGenomes through history from @rgutaker & @hernanaburbano on @kewgardens: https://t.co/xOAqYD4VHh