ちょっとずつきれいなイメージングの画像を集める

Experience our re-scan confocal imagery for yourself!

HUVECs stained for SPY650 Fast-Act and PK Mito Red. Imaged with RCM2 and 40x 1.4NA objective. pic.twitter.com/MaLmEavZ2H

— Confocal.nl (@confocal_nl) June 30, 2022

Neuronal cells under the microscope.

By @AstarMicroscopy #neuroscience #NeuroTwitter #Neurology #biology #Bioinformatics #biochemistry #MedTwitter pic.twitter.com/CbBNnMyfTO

— Hugo Chrost (@chrost_hugo) July 3, 2022

Depth-coded ER (StayGold-KDEL) in a Cos7 cell. Almost no bleaching and the ER seemed quite happy. So far this FP is working really well for us! pic.twitter.com/EWS08fbDfH

— Andy Moore (@aaandmoore) June 30, 2022

Check out our newest paper from postdoc Bisco Hill describing the Mycobacterium marinum actin-based motility factor and its interesting ability to drive lipid droplet movement! https://t.co/6s99eaeRwe pic.twitter.com/kHyXfdDM47

— Matt Welch (@MattWelchLab) June 27, 2022

In @JCellBiol, Ani Michaud, @GoryachevAndrew, George von Dassow, William Bement et al. identify Ect2 and RGA-3/4 as core components of the cortical excitability circuit associated with #cytokinesis. https://t.co/bKotIfJgqB#CellCycle #CellDivision #cytoskeleton pic.twitter.com/s0jpDq47zw

— Rockefeller U. Press (@RockUPress) June 16, 2022

Two neurons sensing each other. And trying to connect:#neuroscience by @rockatscientist pic.twitter.com/zNIF1qGD6x

— 🧠Slava Bobrov (@slava__bobrov) June 15, 2022

I never get tired of watching embryogenesis. GFP chicken embryo, 5 hour incubation timelapse. ⁦@NARFroslin⁩ @roslininstitute⁩ ⁦@BBSRC⁩ ⁦@zeiss_micro⁩ pic.twitter.com/PxuSH1d7Uh

— Dr Megan Davey (@twobluechickens) June 9, 2022

We are excited to share our latest paper where we developed an imaging and computational platform BEHAV3D to uncover the mode of action of engineered T cells in patient #cancer #organoids. Out today in Nature Biotechnology. Check out this thread. #immunotherapy #microscopy pic.twitter.com/CdhfKI5aCg

— Dream3D Lab (@Dream3DLab) July 25, 2022

Growing microtubule plus-ends (EB3, orange) and endoplasmic reticulum (KDEL, blue) in a cultured cell. 6 min movie acquired at ~ 1 fps. #TubuleTuesday pic.twitter.com/5DwOkszR9i

— Andy Moore (@aaandmoore) July 13, 2022

This is why we like killing cells with light.#optogenetic induction of #pyroptosis in a single-cell in 3D intestinal organoid-like cultures. pic.twitter.com/ZCTMiMTMOa

— Kateryna Shkarina 🇺🇦 (@kat_shkarina) June 27, 2022

A cell videoed through a microscope. DNA in the nucleus (cyan), the powerhouses/overlords of the cell, mitochondria (yellow), and actin filaments (magenta) are shown.#Science #Biology #CellBiology #Art pic.twitter.com/3v3ysgAdCY

— Dylan Burnette (@MAG2ART) June 26, 2022

With all the incredible technology at @MBLScience #Embryo22 I'm amused that one of my highlights was imaging a Drosophila egg chamber for my first time with DIC. You can see so much! It makes comparative work feel more approachable. pic.twitter.com/KnleIfzmj6

— Audrey Williams (@awilliams_sci) June 21, 2022

The Cerebellum influences sociability & social novelty. Involves Dopamine & DR2 in Purkinje cells
Happy to see it out, submitted 01/2020😱
Amazing work from Laura Cutando et al Valjent lab #IGF Montpellier & @_mameli_ with a little 3D contribution from ushttps://t.co/zDBSijYiDm pic.twitter.com/4r4n2sa1uH

— Alain Chédotal (@AlainChedotal) June 16, 2022

Look at this cell division! 3D Ortho Viewer made with @FijiSc and @pietzscht 's BigVolumeViewer(x3). Cells by @romainGuiet imaged with @LeBIOP's @zeiss_micro LLS7. pic.twitter.com/Jypoqg0tc8

— Nicolas Chiaruttini (@nKiaru) June 16, 2022

Our collection of #openscience gene-edited, fluorescently tagged human iPS cells illuminate cellular structures with unprecedented clarity— helping researchers better understand what makes cells healthy and what goes wrong in disease. 🌟 Find us at #ISSCR2022 #AllenCellCollection pic.twitter.com/QTJQU6UDii

— Allen Institute (@AllenInstitute) June 15, 2022

Glad to report our Translation n’ Tethering Paper is now out in Nature Communications. Check it out here: https://t.co/ao66R5IYJP It's DYNOMITE! Congrats @ccialek, @MorisakiTatsuya, @NingInScience, Gabe Galindo, and the Tai Montgomery lab! pic.twitter.com/WHu1bSVaRX

— Timothy (@tim_stasevich) June 15, 2022

Whoa, the apical surface of this CACO-2BBE cell looks like liquid sloshing around. 🤯

Alt caption: Oomph, oomph, oomph, oomph 🔊🪩

🔬:@MeenderinkLab @VanderbiltCDB @VUCellImaging #cellbiology #realcells #justaconfocal pic.twitter.com/ca3PRH9xk5

— Matt Tyska (@TyskaLabActual) June 11, 2022

This is what cell division of algae looks like:#biology by W. Egmond pic.twitter.com/plgZhKNaqC

— 🧠Slava Bobrov (@slava__bobrov) June 6, 2022

Neuronal growth cones videoed through a DIC microscope.#Science #Biology #CellBiology pic.twitter.com/hlBs6cmJx9

— Dylan Burnette (@MAG2ART) June 2, 2022

Neuronal activity in a zebrafish brain:#neuroscience pic.twitter.com/5liBnExkxJ

— 🧠Slava Bobrov (@slava__bobrov) May 30, 2022

Migrating cell leaves a trail:

The migrasome is an organelle produced by migrating cells. As cells migrate, they leave long and thin retraction fibers#biology by L. Chen pic.twitter.com/oBJAH66rYC

— 🧠Slava Bobrov (@slava__bobrov) May 26, 2022

Happy #FluorescenceFriday! Look at that beautiful neural tube closing 😍. Imaged by the very talented @wang_jianxiong. #DevBio is alive and well @IMBatUQ. pic.twitter.com/VTUuM3tM6k

— Melanie D. White (@MelanieDWhite) May 27, 2022

Dying melanoma cancer cells videoed through a microscope. I find the moment when they finally "pop" quite satisfying.#Science #Biology #CellBiology #Art pic.twitter.com/m11ls1uwWi

— Dylan Burnette (@MAG2ART) May 26, 2022

Researchers investigate the driving forces in the leading edge of a migrating cell. https://t.co/12HXTaeDKU pic.twitter.com/bpCpukrpcU

— eLife - the journal (@eLife) May 30, 2022