Visiting fellow (NIH/NCI) | live cell microscopy enthusiast | cellular mechanic | raising little ones | views my own
Bethesda, MD
Joined February 2019
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Veer Keizer retweeted
This is a really straightforward time saver for anyone wanting to run a protein gel for fluorescently-tagged proteins. Thanks to Seb Leon and Mathieu Sanial @IJMonod for figuring this out and writing it up for all of us!!!
⁉️Did you know that fluorescent proteins (GFP, mCherry) retain their fluorescence even after migration in SDS-PAGE gels?
✍️Researchers from the @IJMonod published a new collaborative study regarding the conditions to detect fluorescence directly in gels.
➡️urlz.fr/qT42
Veer Keizer retweeted
The first Microtutor interactive virtual imaging course is now live on the @GlobalBioImage training platform! Learn fundamental principles that are critical to rigorous fluorescence microscopy experiment design. Free & open to all! Funded by @cziscience. microtutor.globalbioimaging.…
ALT Fluorescence Microscopy course icon by Eva de La Serna @sci_doodles for Microtutor
Veer Keizer retweeted
Op 17 juni zal de rector van @UniLeiden, Hester Bijl, het 1e exemplaar van ons rapport over Academische Vrijheid (AV) in ontvangst nemen. Een onderwerp dat altijd, maar zeker de laatste jaren (en maanden) hoog op de agenda staat.
Inschrijven (alleen UL):
medewerkers.universiteitleid…
Veer Keizer retweeted
Thanks for the opportunity @FNucleosome and excited to share our work.
Next Wednesday, we will be hosting @gali_bai talking about her work on mapping chromatin accessibility with nanopore sequencing and then we will have @genome_voyager talk about how oncogenic lncRNAs orchestrate chromosome instability.
⚡️Register:
osu.zoom.us/webinar/register…
Veer Keizer retweeted
We are seeking to appoint a Reviews Editor to work across four of our journals: @Dev_journal @J_Cell_Sci @J_Exp_Biol @DMM_Journal.
Job description and further details can be found at biologists.com/about-us/work…
Apply by 3 June to join our team in Cambridge, UK
Veer Keizer retweeted
You can now #AI-generate entire Juypter Notebooks for your #BioImageAnalysis tasks with the new release 0.15.0 of #biabob 🔬🖥️🗒️🎉
pip install bia-bob==0.15.0
As usual, feedback 💚ly welcome!
github.com/haesleinhuepf/bia…
Veer Keizer retweeted
It's super exciting to see how biology uses active dewetting to pattern the intestinal epithelium! We could only dream of such a beautiful application when we proposed the concept of active dewetting with @PerezGonzalezCa, @CasademuntGroup, @XavierTrepat and co-workers! 👏😃
🚨🫧💧Online now in @CellCellPress, we define a mechanism that generates patterned curvature at tissue interfaces to begin building mammalian intestinal villi. @ZevGartner @OphirKlein
Full text available here: cell.com/cell/fulltext/S0092…
Previous🧵👇with some splashy videos💧🫧
Veer Keizer retweeted
Save the date for Single Molecule Biophysics 2025 (SMB 2025) to be held over January 5-10, 2025 (inclusive) at the Aspen Center for Physics, Aspen, Colorado. To get your name on our emailing list, contact [email protected]. Please RT.
jila.colorado.edu/smb/
Veer Keizer retweeted
Excited to share our latest work @lab_turner 🚨 Pace of development is often adjusted to gestation time ⏱️So how does the extremely short gestation of marsupials affects their embryo development ? 🐨🦘#DevBio biorxiv.org/content/10.1101/…
Veer Keizer retweeted
Join us for a minisymposium on "Illuminating life with advanced fluorescent probes" - July 11, 2024 in Paris - organized by Arnaud Gautier and @LinaElHajji1
Veer Keizer retweeted
Cool findings & beautiful animation! Congratulations @gcapranico & team on this fantastic story!!
1/3 Thanks to co-first authors, R. C. Duardo, J. Marinello and @Marco90Ru, I am happy to share our findings just published in @ScienceAdvances. science.org/doi/10.1126/scia…. @AguileRloop @Unibo @AIRC_it @ScienceMagazine
Veer Keizer retweeted
How do enhancers work over distances that sometimes exceed megabases? Excited to share our work led by @gracecbower where we uncover a unique sequence signature globally associated with long-range enhancer-promoter interactions in developing limb buds: biorxiv.org/content/10.1101/… 1/
Veer Keizer retweeted
apply to give a @FNucleosome seminar! This is open to scientists at all levels - if you've got a cool new chromatin story, fill out our application form!
Have a chromatin story that's ready to share and want to speak in the Fragile Nucleosome Seminar series?
We're currently scheduling talks for the 2nd half of the year. If you would like to be considered, please fill out our application form here!!
forms.gle/c6uqoXcUNNo9bJpX9
Veer Keizer retweeted
Latest from the lab: The Sex of Organ Geometry – aka ORGAN ORIGAMI! Organs exist in male and female configurations. For some 3D insights into how and why see rdcu.be/dJnkI (spoiler: it’s mechanochemical)
Veer Keizer retweeted
Dr. Ron Biggs has set up a really great #YouTube library of #chromosome manipulation movies plus some lab classics - including detailed video protocols. Let us know if you find them useful! youtube.com/channel/UC980JA2…
Veer Keizer retweeted
Cultured Cells in standard plastics can actually be Hypoxic & lactate-producing
It matters how High the medium level is in your dish/well!🤯
The medium as liquid phase creates a steep oxygen gradient......
33~50 µL per 96-well make your cells happily oxygenated (Have you added more than that?🤪)
What a mind-blowing, critical finding!👹
"Lowering medium volumes increases de novo lipogenesis and mitochondrial glucose oxidation in adipocytes" 😈
Sorry that I will read this carefully again for my next SMC project, and follow the Table EV1 (red framed👇)
@joycelyntsi @DPhaz @embojournal 2024
embopress.org/doi/full/10.10…
Veer Keizer retweeted
Excited to share new results from our 4DN collaboration between the Gilbert, Ma, van Steensel, and Belmont research groups. Joint analysis, led by our trainees, compared chromosome positioning relative to multiple nuclear locales across 4 cell types
doi.org/10.1101/2024.04.23.5…
Veer Keizer retweeted
A study @KDudnyk47866 @zhou_jian + al @ScienceMagazine developed an explainable machine learning model called Puffin to determine how transcription initiation depends on sequence revealing a small set of motifs and rules that explain most human promoters bit.ly/adj0116
Veer Keizer retweeted
1/ We are excited to release our new preprint: "Rules of engagement for condensins and cohesins guide mitotic chromosome formation" biorxiv.org/content/10.1101/…
Veer Keizer retweeted
Interested in how neuronal diversity emerges during development?
I have written a review discussing how a shared temporal patterning program may contribute to the establishment of neuronal diversity in different parts of the nervous system.
sciencedirect.com/science/ar…
