Robert Kiewisz

Postdoc at Simons Machine Learning Center at @SEMC_NYSBC

[Robert Kiewisz @RKiewisz]

@FrunkToTrunk https://t.co/uLDuEJTOUy

[Robert Kiewisz @RKiewisz]

@DirtyTesLa https://t.co/uLDuEJTOUy

[Robert Kiewisz @RKiewisz]

@SawyerMerritt https://t.co/tuivvp1PzS

[tbepler @tbepler1]

A flexible framework for fast and accurate segmentation of filaments and membranes in tomograms and micrographs - the TARDIS manuscript is now live @biorxivpreprint!

Thanks to hardwork by @RKiewisz and our many collaborators!

[Robert Kiewisz @RKiewisz]

Additional Resources:
•GitHub Repository: SMLC-NYSBC/TARDIS
•Installation via pip: `pip install tardis-em`

[Robert Kiewisz @RKiewisz]

🚀 Big News! We’re excited to announce TARDIS-EM, a fully automated tool for instance segmentation of microtubules, membranes and more from any (Cryo-)EM/ET! 🌟

📄 Dive into the details in our preprint on bioRxiv: https://t.co/oYzi7F0hFI

[Sonya @sonyahans]

Do you know any grads or undergrads who would want to work with us for the summer? Point them to this application portal!

[Robert Kiewisz @RKiewisz]

I will be next week at #cellbio2023 in Boston.
If you are interested in high-throughput generalised segmentation of microtubules, membranes, and more from any EM micrographs or tomograms, find me at P1043 (B45) on December 3th.

[Robert Kiewisz @RKiewisz]

Happy to see end-to-end protocol for high-throughput spindle reconstructions developed by me at @CfciDresden

[Bio-protocol @bioprotocolbyte]

Correlative light and electron #microscopy (CLEM) approach- giving you a powerful toolset for spindle #microtubule #visualization and #analysis. Explore it all at https://t.co/0itBelPuFb
#CellBiology #Research #Microtubules #MitoticSpindles #ElectronTomography #Science

[Robert Kiewisz @RKiewisz]

@PlevkaLab People will appreciate it, and you will get extra citations for your work or new collaboration. I did similarly with my 3D data of microtubules in the human mammalian spindle and because of it, we discovered a new thing we did not even think of <- paper coming 😃.

[Robert Kiewisz @RKiewisz]

@PlevkaLab https://t.co/CLxJ3nFQpl, https://t.co/Yt7TTu9lah, https://t.co/qqyHV2D5P2, your university/institute servers if they offer to generate a database with a DOI number.

[Robert Kiewisz @RKiewisz]

@PlevkaLab There are many places, and each has its benefits. But in the end, you can publish it anywhere where you can get the DOI number.

[Robert Kiewisz @RKiewisz]

We are looking for phds, postdocs or PI who would like to join our organisation comity for 2025! #divide2023

[DivIDE conference @DivIDE_2025]

Time to say goodbye, with all amazing participants. We will be back in 2025! Thank you to all the sponsors @EMBO @Co_Biologists @CRGenomica @FlatironCCB @SEMC_NYSBC #divide2023

[DivIDE conference @DivIDE_2025]

We now enjoying the lesson from @DeBritoClaudia about human yTuRC cryo-em structure

[DivIDE conference @DivIDE_2025]

Great talk from @sonyahans about biophysics of simulate microtubules #divide2023 @CRGenomica

[DivIDE conference @DivIDE_2025]

@DrSteffi open our last day of the meeting with her talk about KLP-19 #divide2023 @CRGenomica

[DivIDE conference @DivIDE_2025]

Thomas Müller Reichart from TU Dresdenis giving us now his lesson about microtubule ultrastructural organisation in a spindle. @CfciDresden @tudresden_de @CRGenomica #divide2023

[DivIDE conference @DivIDE_2025]

Great talk from Juan Estévez-Gallegos about microtubule structure #divide2023 @CRGenomica

[DivIDE conference @DivIDE_2025]

Next! Shih-Chieh Ti gives a talk about human a-tubulin isotopes @CRGenomica #divide2023

[DivIDE conference @DivIDE_2025]

We starting next day with a talk from @DumontLab about amazing spindle self-organisation! #divide2023 @CRGenomica