Arijit Mukherjee

Postdoc @Dangl lab, HHMI & UNC Chapel Hill

[Cell Host & Microbe @cellhostmicrobe]

Rice circadian clock coordinates rhizosphere to optimize N acquisition

Clock component Nhd1 drives rhythmic root exudation to regulate microbial Nitrogen turnover. SynC microbes matching rice Nhd1 rhythm enhance grain yield & N use efficacy
https://t.co/elrCu3T6BR

[connor fitzpatrick @crfitzpat]

3/19
So the big questions:

👉 What drives this conserved root microbiome shift?
👉 And what (if anything) does it actually do for the plant?

[Bipin Pandey @pandeybipink]

Happy to share the recent collaborative work with @kulich_ivan and Jiri Friml's team @ScienceMagazine @lokeshverma203 @UniofNottingham Calcium-triggered apoplastic ROS bursts balance gravity and mechanical signals for soil navigation https://t.co/GlItH5xRSE

[Panagiotis Sarris @PanosSarris]

Domestication may have unintentionally increased arsenic accumulation in japonica rice.
https://t.co/nEuEm3V2I9

[Arijit Mukherjee @ArijitM61745830]

@CTLimLab 🎉

[Arijit Mukherjee @ArijitM61745830]

My PhD work is finally online ☺️

[Cell Host & Microbe @cellhostmicrobe]

Bacteria enhance sulfur deficiency tolerance in plants

Rhizosphere microbiome is remodeled under sulfur (S) deficiency with competition among bacteria increasing their release of glutathione, which benefits the plant at expense of bacterial fitness
https://t.co/cddWalxrK3

[Arijit Mukherjee @ArijitM61745830]

The story from my PhD work is out in @cellhostmicrobe-
https://t.co/1zOgo1l6E9

We introduce the concept of fitness trade-off between plants and their microbiome as a mechanism to respond to environmental cues. This is likely more widespread across host-microbe systems.

[Arijit Mukherjee @ArijitM61745830]

@rajarshi_sanyal @JXBot Congratulations @rajarshi_sanyal

[Hiromu Kameoka @pAct_kame_GFP]

Linalool-triggered plant-soil feedback drives defense adaptation in dense maize plantings | Science https://t.co/Q3ccXOhckp

[Makoto Shirakawa @MakotoShirakaw2]

An effluent pump family distributed across plant commensal bacteria conditions host- and organ-specific glucosinolate detoxification
https://t.co/Yrm4XWPxzD

[Arijit Mukherjee @ArijitM61745830]

Elated to share that I've joined the Dangl lab at @HHMINEWS & @UNC as a postdoc! Grateful for the opportunity to explore exciting questions in plant-microbe interactions with such an inspiring team plant ☘️ 🧬
#postdoc #plantscience

[Cathrine Sant @cathrine_sant]

CHOIR is now online @NatureGenet! CHOIR is a new clustering method for single-cell data that evaluates whether clusters represent statistically distinct cell populations. CHOIR scales to millions of cells and works with single-/multi-omic data of any type!
https://t.co/EKg20yMygH

[Carmen Beuzon @BeuzonR]

How Bacteria Outsmart Plants—Then Flee the Scene

🧵1/6
Ever wonder how bacteria organize during an infection?!
Our new research in Nature Microbiology uncovers the sophisticated teamwork of Pseudomonas syringae, a notorious plant pathogen.

🔗 https://t.co/7iburDvfjX

[Gregory Copenhaver @copenhaverlab]

Woo-hoo! My friend and colleague, Jeff Dangl, together with Jonathan Jones & Brian Staskawicz @bstask have been awarded the 2025 Wolf Prize @WolfPrize_ in Agriculture. Amazing recognition of even more amazing science:
https://t.co/WHNW5SHZRw

[Trends in Microbiology @TrendsMicrobiol]

Sulfur traits in the plant microbiome: implications for sustainable agriculture

@ArijitM61745830

Free access till Apr 30th: https://t.co/6YgDF0N1Dz

[Arijit Mukherjee @ArijitM61745830]

Microbial Sulfur processing is an underappreciated aspect of sulfur emission and sustainable crop production.

We present evidence for this, in our recent review:
https://t.co/2KkSFVNOIl

[Shryli Shreekar @Shryli_Shreekar]

Exciting milestone! My first paper as part of the Kost Lab, co-authored with @iLeonardoOna and @KostChristian , is now published in @TrendsMicrobiol Check it out here: https://t.co/qAtBnHcqME

[Arijit Mukherjee @ArijitM61745830]

@gunsnrosesgirl3 WWE is real

[Philip Carella @Phil_Carella]

Very happy to share the final version of our work on the evolution of broad host virulence in Pseudomonas out now @cellhostmicrobe It’s just in time for the holidays 🎄🦠 https://t.co/JsUxVGvA8F

[Cell Host & Microbe @cellhostmicrobe]

Featured Article: Se nanoparticles boost rhizosphere
Cross-kingdom-signaling mediates biosynthesis of selenium nanoparticles by selenobacteria. Histamine from Bacillus stimulates p-coumarate in roots, promoting recruitment of growth-promoting rhizobacteria
https://t.co/li0Y5pmcHd