Dibyendu Bhattacharyya

Visionary cell biologist with specialization in vesicle trafficking, organelle biogenesis and quantitative microscopy.

[Dibyendu Bhattacharyya @dibyenducellbio]

ER arrival sites associate with ER exit sites to create bidirectional transport portals | Journal of Cell Biology | Rockefeller University Press https://t.co/eG6A1Og2D8

[Dibyendu Bhattacharyya @dibyenducellbio]

Is it possible to use ‘Reprogramming of organelle morphology’ such as primary cilia length as a therapeutic approach or as a pathway to drug discovery? Please check this out.. https://t.co/3omslNFTXr

[J Cell Science @J_Cell_Sci]

Roma Dahara @DaharaRoma and Dibyendu Bhattacharyya @dibyenducellbio find that intra-Golgi Golgin PpSgm1 and GRIP domain Golgin PpImh1 synergistically mediate Golgi cisternal stacking.
https://t.co/xFgT6jMKSe

[Dibyendu Bhattacharyya @dibyenducellbio]

Intra-Golgi Golgin PpSgm1 and GRIP domain Golgin PpImh1 synergistically mediate Golgi cisternal stacking https://t.co/1UCL682Zoa

[J Cell Science @J_Cell_Sci]

Samruddhi Shembekar, Martin Bähler and colleagues interrogate the regulation of mitochondrial cristae organisation by Myo19, Miro1 and Miro2, and metaxin 3.
https://t.co/fSf3ETc3Uk
#JCSMitoSI #mitochondria #OpenAccess #ReadandPublish

[J Cell Science @J_Cell_Sci]

Jason Casler @JasonCasler1, Clare Harper and Laura Lackner find that mitochondria–plasma membrane contact sites regulate the ER–mitochondria encounter structure.
https://t.co/Z7g4zSKvDf
#JCSMitoSI #OpenAccess #ReadandPublish

[Dibyendu Bhattacharyya @dibyenducellbio]

@KaustuvSanyal @jncasr Congratulations

[Journal of Cell Biology @JCellBiol]

The small #GTPases Arf1-5 are important regulators of membrane traffic and #Golgi functions. Pennauer, Spiess et al. @biozentrum analyze viability and phenotypes of individual and combined CRISPR/Cas9 Arf knockout cell lines. https://t.co/0ZMBfR5zj2
#Trafficking #organelles

[Cell Biology J-Club @cell_club]

ER exit sites in Drosophila display abundant ER-Golgi vesicles and pearled tubes but no megacarriers https://t.co/uyOfZTQiMQ

[Daniel Witvliet @dwitvliet]

How do brains rewire throughout life?

Our paper out in @Nature today outlines several principles of brain circuit development that we found by mapping the complete wiring of eight brains.

https://t.co/C2k8xv7mVp

#neuroscience #connectomics #brain #neurons #celegans #science

[Nature Communications @NatureComms]

Structure of the complete, membrane-assembled COPII coat reveals a complex interaction network

@ismb_london @BirkbeckScience @JoshHutchings94 @LizMillerCU @thecheunglab @MRC-LMB

https://t.co/fHgWSstGyT

[Marine Biological Laboratory (MBL) @MBLScience]

To explore the genetics that determine the differences between forewings and hindwings a team of scientists, including MBL's Nipam Patel (@Parflyale) and @AaronPomerantz, used CRISPR-Cas9 genome editing to disable a Hox gene in three different species. https://t.co/Z6jkujN99D

[Nature Portfolio @NaturePortfolio]

News & Views: Damage to DNA in a cellular organelle called the mitochondrion triggers an immune response in the nucleus. Mechanistic insights into this process published in Nature shed light on how organelles communicate. https://t.co/A77wpv0hYn

[eLife - the journal @eLife]

A new method allows researchers to analyse the dynamics of immunological synapses while avoiding the limitations of fluorescence microscopy. The approach combines deep learning algorithms and a 3D imaging technique called optical diffraction tomography https://t.co/nUZzyOJ2Uz

[Journal of Cell Biology @JCellBiol]

"The authors provide the first 3D reconstruction of the entire #microtubule network in primary mammalian cells." A JCB study (https://t.co/CgCgTg5JG0) by @Andi_Microscopy, @msolimena, et al. highlighted in @Facultyopinions: https://t.co/D3Oq4GhrC3
#TechnicalAdvance

[Dibyendu Bhattacharyya @dibyenducellbio]

@TPucadyil @nature @sauerkrausi @itskrishnendu3 @MikeRmitolab Congratulations Thomas!!

[Dibyendu Bhattacharyya @dibyenducellbio]

@TPucadyil Congratulations!!

[Nature Portfolio @NaturePortfolio]

A study in Nature describes how to engineer nanoparticles so that they exhibit “photon avalanching,” a disproportionately bright response to excitation that can be harnessed for superresolution imaging. https://t.co/a34YCBZrL5

[Marine Biological Laboratory (MBL) @MBLScience]

Today would have been the 100th birthday of Shinya Inoué, pioneering innovator in microscopy and live-cell imaging and beloved MBL scientist. 🔬

📸 by Tom Kleindinst

https://t.co/XU8QfDvtzQ

[International Space Station @Space_Station]

Happy New Year! The station orbits the Earth at 17,500 miles per hour (28,000 kilometers per hour) enabling the crew to see 16 sunrises and sunsets each day.

[Journal of Cell Biology @JCellBiol]

Rapid degradation of GRASP55 and GRASP65 reveals their immediate impact on #Golgi structure, say Yijun Zhang and Joachim Seemann @UTSWNews: https://t.co/zRsIlhKskX
#Organelles