Naresh Niranjan Dhanasekar

Nanopore 🤪🧬👶,Protein🧑🏻‍🏫, Medical writer, Proud Husband👩‍❤️‍👨and 🧪🧫🧬Save👨 kind. Millennials G. Ionchannel learner. Postdoc in Prof. Jerome Lab.

[Naresh Niranjan Dhanasekar @Naresh10091986]

@CytoskelJournal Can postdocs apply for the program?

[eLife - the journal @eLife]

This study presents new tools for measuring the intracellular calcium concentration close to transmitter release sites, which may be relevant for synaptic vesicle fusion and replenishment.
https://t.co/8fuhu8b9hz

[Naresh Niranjan Dhanasekar @Naresh10091986]

New postdoc, new PI, new research direction and new colleagues. Christmas lunch with my Piezo group🎄. Really excited to share my upcoming work on cooperativity and gating in Piezo channels—stay tuned for updates.
Thanks Prof. Jérôme Lacroix @Jeromemechbio
#Piezo #IonChannels

[Mahendran KR, Membrane Biology GROUP @MahendransGroup]

Excited to share our latest work published in ACS Nano. One of my favorite works. Thanks to the @Jmondal_tifrh for the fantastic collaboration. @RGCB_Trivandrum @DBTIndia @rajesh_gokhale @BricDbt
https://t.co/9MUHsZUqXX

[Mahendran KR, Membrane Biology GROUP @MahendransGroup]

Excited to share our 2nd Nature Communications paper from the lab. We report the first-ever mirror-image transmembrane pore studied at both the single-molecule and cellular levels. https://t.co/ugnfm8Rahn @RGCB_Trivandrum @DBTIndia @BricDbt @NatureComms @harshabajajlab

[Yitao Long/Yi-Tao LONG Lab @YTLong_Chem]

Nanopore☀️🍒the tiny reaction vessel！The ultimate lab bench for single-molecule chemistry! see https://t.co/RPavsqsavq #Nanopore #NWM @yilun_ying

[Neeraj Soni @Neeraj_Soni_]

🔥 Hot off the press 🚨 🚨 at the Meller Lab, Technion, we have developed a new protein fingerprinting approach that advances the growing field of single-molecule protein identification, now published in Nature Nanotechnology

https://t.co/giIT4rFjYw

@MellerLab @TechnionLive

[bioRxiv Synthetic Biology @bioRxiv_synbio]

Image-based phenotypic sorting of synthetic cells https://t.co/j6WEKaD4PL #biorxiv_synbio

[Alexis Lomakin, Ph.D. (אל) אַלעקסיס לאָמאַקין @Alexis_Lomakin]

These 99 'lab hacks' will make your scientific work easier https://t.co/mfIWg2sZJ4

[Janet Kumita @jrkumita]

Come join us for the next monthly on-line seminar (3rd October, 1 pm BST) aimed to connect the UK Biomolecular Condensate community (All are welcome to come and listen). @danbose @PhysicsofLifeUK

[Science News @SciencNews]

What is a PhD?

[Elisha Krieg @ElishaKrieg]

Exciting application of our programmable #CellCulture matrix #DyNAtrix.

By creating a dynamically reconfigurable microenvironment, we can now invert & guide epithelial cell polarity in real time.

https://t.co/gQTZTS6Hyw

#Biophysics #DNAnanotech #TissueEngineering #Biomaterials

[Cytoskeleton Journal @CytoskelJournal]

Have you read this outstanding #openaccess Perspective in #CYTOSKELETON? "An Orthogonal Way of Writing the Tubulin Code". If not, you can find it here: https://t.co/TxVlJ6FA8c

[Liu Lab UMich @LiuLab2012]

We are pleased to share our review article with the Booth lab at UCL on synthetic cell communication, published in Nature Chemical Biology.
https://t.co/3IdIhbleC3

[Eric Betzig @Eric_Betzig]

Apoptotic vesicle release from a cell as it gives up the ghost under oxidative stress, as seen by MOSAIC lattice light sheet mode.

[Zheng SHI (师征) @ZS_biophys]

Now published!
https://t.co/ni8UFqwmkX

[Wesley Wong Lab @WesleyWongLab]

Just published in ACS Central Science—our latest work using the Centrifuge Force Microscope to quantify immune-cell interactions. The new setup combines high-throughput force spectroscopy with multichannel fluorescence for single-cell studies. https://t.co/sRLCxSaYui

[Prof. D. Emma Fan, UT-Austin; scientist & inventor @D_EmmaFan]

🚀 Massive Microbubbles → Robotic Microtools

Happy to share our latest in Nature Communications — a breakthrough in microbubble technology that create numerous bubbles as programmable, biocompatible, high-throughput micro-robots for nano- & bioassembly.

For a decade, microbubbles held promise for nanomanufacturing & biomedicine, but hit barriers in scalability, efficiency & biocompatibility. We’ve made breakthrough:

✨ Key advances:
• Low-intensity, light-controlled microbubble arrays
• Deterministic assembly of nanocrystals, exosome vesicles, living cells
• Monitoring of dynamic bacterial metabolism & drug response
🔬 Applications:
Drug & antibiotic screening | Single-cell omics | Nano/biofabrication | Soft microrobotics
📄 Read: https://t.co/HMkol9GmAC
🎥 Watch: https://t.co/l1O0iERllw

#NatureCommunications #MicrobubbleAssembly #OptoElectrochemistry #Nanotechnology #Biosensing #SingleCellAnalysis #DrugDiscovery #Nanoassembly #Bioengineering

[PRX Life @PRX_Life]

Enzyme clustering boosts metabolic pathway flux and lowers toxic intermediates by self-assembling only when and where substrate is present, enabling an efficient and adaptive pathway processing.

Read the paper: https://t.co/lrEseg3N4h

[Katsumi Hagino (萩野 勝己) @Hagi_k_ron]

昨年の人工細胞に関する国際会議で招待された若手メンバー達と一緒に書いたPerspectivesが@NatureComms に載りました。人工細胞を作って利用していくまでのロードマップや国際協力の重要性について書いてます。是非読んでやって下さい。
https://t.co/G0ms25PPCm