Juan José Sánchez

PhD candidate in Plant-Microbe Interactions group in Utrecht University studying the genetics of rhizosphere competence. Bioinformatics & coding lover 👨🏾‍💻🦠

[Juan José Sánchez @JJSanchezGil]

@EvolvedBiofilm @CurrentBiology @dejongepmi @Slebiomes Thank you very much, Ákos!!

[Sarah Lebeis @Slebiomes]

So excited that our work lead by @beeobanion is out for your reading pleasure @CurrentBiology!
https://t.co/poUoVNWy8J

Please also check out work from our collaborators, @JJSanchezGil and @dejongepmi who discovered a similar mechanism at the same time!
https://t.co/gtcybmGlLL

[Silvia Proietti @prt_silvia]

We recently published a paper on @JXBot : Beauveria bassiana rewires molecular mechanisms related to growth and defense in tomato https://t.co/S60Tnecwo5 @AlbPascale @GaiaFalconieri @CarlaCaruso56 @bettabizzarri @LauraBertini8

[ShuHua Hsu @ShuHuaHsu]

Our method paper about the techniques to study root responses to microbes and iron deficiency was published online last week 🥳🥳🥳 It was a joyful experience to publish together with @MaxStassen , @Corne_Pieterse and @GStringlis .Please give it a read!https://t.co/v0GQlyMhCE

[Juan José Sánchez @JJSanchezGil]

And independently, @beeobanion and @Slebiomes found that plant-derived inositol acts as a signal that impacts microbial colonization. Thank you two for this inspiring interaction! It's really cool how our findings converge, so please go read their stuff!
https://t.co/bt3AmFU4QL

[Juan José Sánchez @JJSanchezGil]

Excited to announce my first experimental work in the PhD at @utrechtpmi next to my great supervisor @dejongepmi! We found that plant-derived inositol impacts 𝘗𝘴𝘦𝘶𝘥𝘰𝘮𝘰𝘯𝘢𝘴 rhizosphere competence through the 𝘪𝘰𝘭 genes. Go check it out!
https://t.co/85x7cmeTdm

[Giannis Stringlis @GStringlis]

Our manuscript https://t.co/VeICXduKWG among most influential and cited in the field of root exudation (2012-2021) according to analysis by https://t.co/cW9IYe3o4z @utrechtpmi @Corne_Pieterse @UU_Plants

[Giannis Stringlis @GStringlis]

Our comprehensive review on how plants modulate their microbiome is out @FrontPlantSci!!! Great effort by my co-authors @AlbPascale @prt_silvia @iakovos_p! https://t.co/rx9n9WyuUm @CropGlobal @microbe_article @MicrobiomePaper @utrechtpmi

[bioRxiv Plant Bio @biorxiv_plants]

The AUX1-AFB1-CNGC14 module establishes longitudinal root surface pH profile https://t.co/f0TQVw1PwF #biorxiv_plants

[Nature Biotechnology @NatureBiotech]

Drag-and-drop genome insertion of large sequences without double-strand DNA cleavage using CRISPR-directed integrases https://t.co/LczwcsgV3S

[bioRxiv Plant Bio @biorxiv_plants]

A single Verticillium dahliae effector determines pathogenicity on tomato by targeting auxin response factors https://t.co/4wLSY37OT5 #biorxiv_plants

[Jiliang Hu @hu_jiliang]

Excited to announce our new paper in Science! @jeffchengore @Daniel_R_Amor
We found that community-level parameters representing species diversity and interactions are sufficient to predict the dynamical behaviors of complex ecological communities.
https://t.co/KISjJsaJR7

[Elisabeth Bik @MicrobiomDigest]

In 2020, several research teams showed that tumors are home to various blends of bacteria. And on Thursday, two studies published in the journal Cell found that tumors are also home to many species of fungi. @carlzimmer @nytimes
#MyGiftArticle

https://t.co/RnZRldQqLH

[F Dini-Andreote @FDiniAndreote]

It's easier and more enjoyable to work when you're surrounded by amazing people! led by @Henry_Birt_PSU w/ @C_Tharp_ and @GCcontent -> Root phenotypes as modulators of microbial microhabitats @huckinstitutes @PSUmBiome @PSUPlantScience @agsciences
https://t.co/YKDsaoLfvd

[Sketching Science @sketchscience]

#PCR #science

[Juan José Sánchez @JJSanchezGil]

@MicrobiomDigest Updated version with possibly duplicated nuclei. I think I found a new hobby? 😂

[Juan José Sánchez @JJSanchezGil]

@MicrobiomDigest My humble contribution. Struggled to find these though...

[Moved on to @parafilmm.bsky.social @ParafilmM]

The Parafilm Elongase Complex consists of two enantiomeric major subunits, each consisting of a scaffolding subunit and 5 subunits with enzymatic activity. The truncated subunit 1 and subunit 2 are responsable for the majority of the activity.

[Mike Yarski @Pore_xy]

Flow cell vending machine in action @Psy_Fer_ @Mercerlab1 @Dr_E_Ross @geeky_jane