PhD student @CentrioleLab - University of Geneva
Joined August 2019
- Tweets49
- Following322
- Followers181
- Likes363
Umut Batman retweeted
Thrilled to share this: hand to hand with the amazing @F_Mikus and @HiralABShah , with incredible guidance from @CentrioleLab , @Dey_Gautam , and @dudin_o , we’ve unlocked the cytoskeletal secrets of 200 protists! 🦠 #protists #PlanExM #UExM 👇biorxiv.org/content/10.1101/…
Umut Batman retweeted
1/9
Insanely PROUD to share our new collaborative project with @Dey_Gautam & @CentrioleLab. #PlanExM
We think (almost certain) #Expansion #Microscopy (#UExM) is a turning point for #Protistology and #Cell Biology.
🔗 [tinyurl.com/PlanExM1]
Umut Batman retweeted
If you are looking for a Postdoc position in a super cool and stimulating environment, don’t miss out this opportunity 👇👇 join our team!!
‼️Fully funded postdoc position is open in our lab at the University of Geneva,🇨🇭! Visit gasic.net to learn more about our work, and join us to share our passion for #RNA, #microtubules & #microscopy in beautiful Geneva. Please, spread the word!
Umut Batman retweeted
Its out !!! 🥳
Very proud to announce that my PhD work is now published in Nature communication: nature.com/articles/s41467-0…
We developed #iUExM, an optimized iterative expansion protocol allowing 16 to 26 fold homogeneous expansion together with specific bright labelling !
Umut Batman retweeted
Excited to announce the publication of our latest paper "CCDC15 localizes to the centriole inner scaffold and controls centriole length and integrity" in @JCellBiol! Congratulations to all contributing authors from my lab and our collaborators @CentrioleLab.
#Centrioles are vital for cell functionality. @ArslanhanMelis @CytoLabKoc et al. highlight CCDC15 as a new member of the centriole inner scaffold essential for centriole size & integrity, furthering our understanding of centriole-related pathologies. bit.ly/3QrlTaD
Umut Batman retweeted
Our protocol for #Chlamy #UExM, first published looking at IFT assembly with @bengeliscious, is out. We highlight fixation options to look at different compartments, such as the chloroplast. Special props to @umutbatmann for his stunning images, including the cover!
🔬 Our @GaiaPigino @nikolai_klena & G. Maltinti with @CentrioleLab from @unige_en developed an #ExM-based protocol to visualise the 3D ultrastructural organisation of #Chlamy.
✌️ Published in @bioprotocolbyte and available now to the research community
humantechnopole.it/en/news/u…
Umut Batman retweeted
Here is the our latest on CCDC66 protein and it's function on ciliogenesis and cilium length regulation. I will mention the key findings from the paper. 👇
CCDC66 regulates primary cilium length and signaling via interactions with transition zone and axonemal proteins dlvr.it/SgTbvW
Umut Batman retweeted
Centrosome tweeps, "Centrosomes in Development, Disease and Evolution" hybrid meeting will be in Istanbul on 26-29 September, 2023. We secured funding from @EMBO @Co_Biologists, registration will start soon. Join us for the largest international #centrosome meeting. Please RT! – at İstanbul, Türkiye
Umut Batman retweeted
Thrilled to present my PhD work about the development of #iUExM 🥳
Here, we introduce an optimized versatile protocol using iterative expansion to reach #SMLM resolution on conventional widefield or confocal fluorescence microscopes on cells & tissues.
biorxiv.org/content/10.1101/…
Umut Batman retweeted
Our study with @CentrioleLab @GaiaPigino on the Chlamydomonas ciliary base is online @ScienceMagazine: science.org/doi/10.1126/scie…
We combined #CryoET🔬 with #UExM🔬 to:
1⃣ Reveal the structure of the transition zone (movie👇)
2⃣ Observe the assembly of IFT trains (next tweet)
1/🧵
Umut Batman retweeted
New paper alert!! Our work on dissection of the non-ciliary CCDC66 functions is now published in @PLOSBiology. This is our second paper in PLOS Biology and second time around, we had a great editorial experience. We also thank the reviewers for their constructive comments. – at Geneva, Switzerland
The ciliopathy-linked protein CCDC66 is only known for its ciliary functions. A new study in #PLOSBiology reveals that CCDC66 also has extensive non-ciliary functions in regulating #mitosis and #cytokinesis @CytoLabKoc plos.io/3yOwzY8
Umut Batman retweeted
The ciliopathy protein CCDC66 controls mitotic progression and cytokinesis by promoting microtubule nucleation and organization dlvr.it/SV6Pjs
Umut Batman retweeted
The ciliopathy-linked protein CCDC66 is only known for its ciliary functions. A new study in #PLOSBiology reveals that CCDC66 also has extensive non-ciliary functions in regulating #mitosis and #cytokinesis @CytoLabKoc plos.io/3yOwzY8
The paper is now online! 😊 @PLOSBiology journals.plos.org/plosbiolog…
It feels amazing to finally share that my first first-author paper is now online as a preprint! 🥳 biorxiv.org/content/10.1101/… This work is done when I was a master student in @CytoLabKoc in collaboration with Jovana Deretic. Read below our main findings 👇
Umut Batman retweeted
📄 ENKD1 is a centrosomal and ciliary microtubule-associated protein important for primary cilium content regulation
✏️ By Fatmanur Tiryaki, Jovana Deretic and Elif Nur Firat-Karalar @CytoLabKoc @kocuniversity
🔗 buff.ly/3c4rm71
#centrosome #ENKD1 #Hedgehogsignaling
Umut Batman retweeted
Finally out! So happy to share with you this paper highlighting the presence and role of a structural zipper maintaining photoreceptor cell integrity! journals.plos.org/plosbiolog…
🤩🍾
Paper accepted!! It was already published in @biorxivpreprint but still, receiving the acceptance email is special. Big congratulations to my previous master student @umutbatmann and postdoc Jovana Deretic.
It feels amazing to finally share that my first first-author paper is now online as a preprint! 🥳 biorxiv.org/content/10.1101/… This work is done when I was a master student in @CytoLabKoc in collaboration with Jovana Deretic. Read below our main findings 👇
Finally, using PACT fusion of CCDC66 for rescue experiments, we showed that microtubule localization of CCDC66 is essential for organization of K-fibers and central spindle microtubules as well as cytokinesis! I tried to summarize our findings in this model 👇
