Manish Singh

Researcher @GilbertLab, Alumni @ImodLab @institutpasteur @lbmce_umr8226 @institut_curie @ENS_ParisSaclay. Interested in super-resolution imaging, Mitochondria.

[Manish Singh @mformanu9]

Thrilled to share our recent work published in @NatureComms.
We discovered a constricted mitochondrial morphology during respiration, establishing a novel connection between mitochondrial shape & function. Huge thanks to @lbmce_umr8226 & Christophe Zimmer
https://t.co/c8R66TvoQX

[Vibha Singh @SVibha1]

💫 New preLights post on “One circuit to break them all: mutual inhibition of Ras–PIP5K circuit sparks polarity and migration.

@biorxiv_cellbio #preprint by Yu Deng, Tatsat Banerjee & team Peter Devreotes

https://t.co/aknvUMyEPN

#symmetryBreaking #migration #PIP5K #Ras

[Vibha Singh @SVibha1]

Happy to announce that my postdoc work with Christophe Lamaze and Pierre Sens is now published in Nature communications! 🎉
We identify caveolae as the crucial missing link between membrane tension and directional cell movement.
https://t.co/PVO0smIGhD

[Shicheng Guo @ShihchengGuo]

Unveiled: a "Ringo" morphology in Saccharomyces cerevisiae mitochondria with stable tubule constrictions, essential for respiratory growth. Curious how numbers play a role? PMID:40595511, Nat Commun 2025, @NatureComms https://t.co/TCSJ7lQn1n #AI #Pharma #BioMed #RNA #ASHG #ESHG

[Vibha Singh @SVibha1]

👇Thrilled to be a part of this interesting webinar organized by #FocalplaneFeatures & @preLights. Regsitration is open now https://t.co/4IEA9TfjT8

[FocalPlane @focalplane_jcs]

#FocalPlaneFeatures meets @preLights

Felipe Del Valle Batalla & @SVibha1 have picked 2 fantastic #cellbio preprints & will be presenting their preLights alongside research talks from Carmen Rodilla-Ramírez & Eva Mejia-Ramirez.

Register: https://t.co/5Da1wgRDBd

[Qivshi @Qivshi1]

A constricted mitochondrial morphology formed during respiration | Nature Communications https://t.co/h8W06b7kGv

[Catalina Vasilescu, PhD @_CVasilescu]

A constricted mitochondrial morphology formed during respiration | Nature Communications
https://t.co/ynWpggxG86

[TaQiOn @taqion_quiz]

酵母を用いてミトコンドリアの形態と機能の関係を調べた研究。呼吸に特化した数珠状のミトコンドリア形態を発見し、「Ringo」と名付けた🍎。Ringoには多数の狭窄が見られ、その形成には分裂因子Dnm1が必要。Ringo���形成が阻害されるとmtDNA分布に異常が生じる。https://t.co/7GeXmzSasA

[Manish Singh @mformanu9]

@Madam_Mito Thank you, @Madam_Mito. I look forward to my article opening up many more avenues for mitochondrial research.
Best,
Manish SINGH

[Manish Singh @mformanu9]

@D_Morales_Alamo @NatureComms Thank you  @D_Morales_Alamo. I am glad that my article is online and hoping it opens up more avenues for mitochondrial research.
Best,
Manish SINGH

[David Morales-Álamo @D_Morales_Alamo]

🔬 Researchers in @NatureComms (2025) discovered that #mitochondria adopt a constricted morphology during respiration. This dynamic shape change may be crucial for mitochondrial function and bioenergetics. #Mitochondria #CellBiology - #Bioenergetics
https://t.co/d786YcBLrK

[Madam Mitochondria @Madam_Mito]

A constricted mitochondrial morphology formed during respiration | Nature Communications https://t.co/gdkplIqk9f

[LBMCE @lbmce_umr8226]

🎉New publication of the team Membrane Dynamics and Post-translational Modifications. @mformanu9 @laetikv @MangelesMParra et al. A constricted mitochondrial morphology formed during respiration. Nat Commun 16, 5314 (2025). https://t.co/4QCO9l96hS

[Vibha Singh @SVibha1]

Checkout our January #prelist 👇🏼@preLights

[preLights @preLights]

📃January in preprints – the CellBio edition

This latest cell biology #preList was curated by Barbora Knotkova, @SVibha1, Matthew Davies, @coffee_lipe and @girish_kale_phd.

Explore their favourite #CellBio #preprints! ⬇️
https://t.co/IceZu1TKqI

[Vibha Singh @SVibha1]

Checkout our @PrasannaPadman7 collaborative @preLights post . ⚡️Muscles in Motion: How Stressful Dance Floors Turn Cells into Synchronized Superstars. Great @biorxiv_cellbio preprint by @YoannLeToquin @dubey837, Christophe Marcelle, Benoît Ladoux & team.

https://t.co/7pIDvt32Ql

[Vibha Singh @SVibha1]

👇Take a look at my new @preLights post!
"Rac and Rho team up! Long-distance mechanochemical coordination for migration". Highlighting amazing @biorxiv_cellbio #preprint from lab of @OWeinerLab @HerveTurlier and lead author @Henry_de_belly
https://t.co/qqtrImQi8L

[Vibha Singh @SVibha1]

👇Check out my new @preLights post on "Rebuilding nerves: Golgi compaction paves the way to neuron repair" from the team of @Raman_Das83 . Many thanks to @ReinierProsee for editorial support.

[preLights @preLights]

Rebuilding nerves 🔨

Vibha (@SVibha1) highlights a #preprint from @AliceEmilyMort3, Adam Reid and @Raman_Das83 on how Golgi compaction paves the way to neuron repair.

Check it out 👇
https://t.co/OIGw7iCpS1