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Javier Periz Profile
Javier Periz

@PerizJavier

Followers
119
Following
120
Media
4
Statuses
164

Interested in veterinary parasitology, Apicomplexa, actin, migration and microscopy. Researcher at Meissner lab, LMU, Munich.

Munich, Germany
Joined September 2018
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@renkawitzteam
renkawitzteam
3 months
Thank you for the fantastic organisation of the conference and for assembling this excellent scientific program with numerous great poster sessions. I am already looking forward to the next CellMech conference in two years!
@cellmech2025
CellMech2025
3 months
And now our keynote speaker Jorg Renkawitz will share how mechanics and the microenvironment regulate immune cell behaviour. @renkawitzteam #cellmech2025
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@ScienceMagazine
Science Magazine
4 months
New findings in Science suggest that rodents owe much of their evolutionary success to their thumb-nail (the first digit, D1), an adaptation that gave them dexterous hands for cracking seeds and nuts. Learn more in this week's issue: https://t.co/38ONGx7Lpk
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@TIRscienceblog
Total Internal Reflection #StandWithUkraine 🇺🇦
2 years
New #preprint! Not the last paper I'll publish, but the last project the group worked on before closing - a fantastic collab with @flink2243 (@ZEB_UniWue) on the #actomyosin system of #Tbrucei! 🧵👇(1/9) https://t.co/3dgeZ1PxYC
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biorxiv.org
The actin cytoskeleton is a ubiquitous feature of eukaryotic cells, yet its complexity varies across different taxa. In the parasitic protist Trypanosoma brucei , a rudimentary actomyosin system...
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@yiweichang
Yi-Wei Chang
2 years
Very excited to share our latest study using cryo-ET to investigate actin filaments in #Apicomplexan parasites. This allowed us to learn where do these filaments originate at the cell tip and how they could be managed down the cell body to power motility! https://t.co/vNeVXkti2B
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nature.com
Nature Communications - Apicomplexan parasites utilize a unique actomyosin system to mediate motility and host cell invasion. Here, the authors apply cryo-ET to Cryptosporidium parvum and...
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@ParasitePhysics
Physics of Parasitism
3 years
@liebeskj is the next #ParasitePhysics speaker at @DParasitologie #DGP2023, describing use of a Ca2+ sensor to monitor host-parasite interactions during #Giardia infections
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@ParasitePhysics
Physics of Parasitism
3 years
@DynThoMue of @ZEB_UniWue is the next #ParasitePhysics speaker, describing surface dynamics of #Tbrucei
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@ParasitePhysics
Physics of Parasitism
3 years
The final speaker in this action-packed #ParasitePhysics session at @DParasitologie #DGP2023 is @FrischknechtLab, discussing the #chirality of #Plasmodium #sporozoite migration cc @SchwarzUlrich @LeonLettermann
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@Arctas_fr
Simon G.
3 years
Thx to the organizer of the 30th annual meeting of the German society for parasitology (DGP) for the talk opportunity. Great presentation Julia !
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@TrendsParasitol
Trends in Parasitology
3 years
Drs @FrischknechtLab & Jost Enninga highlight Dr Stefan Kappe & colleagues’ recent @CellReports article on #actin subversion for productive #Plasmodium #hepatocyte #invasion. #Sporozoite #RhoGTPases #Malaria #LiverStage #Shigella @institutpasteur https://t.co/2uMNnWZk09
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@ParasitePhysics
Physics of Parasitism
3 years
The @ParasitePhysics session at @DParasitologie #DGP2023 is under way, Markus Engstler (@ZEB_UniWue ) & @RashmiNakate chairing.
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@GuckLab
GuckLab 🇺🇦
3 years
Our publication in @eLife with @BenFabryErl is now available in its final form. Really cool way to measure viscoelastic properties of cells in high-throughout. Glad we could help with elastic calibration beads and AFM measurements. Check it out!! https://t.co/De428iQp9e @eLife
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@Romzouz1
Romuald Haase
3 years
If you wanna learn how to expand your parasite up to 24 fold, check out this incredible expansion protocol 🤗
@louvel_vincent
Vincent LOUVEL
3 years
2/ iU-ExM also unveils the ultrastructure of the conoid of T. gondii with the spiraling tubulin fibers visible for the 1st time on widefield microscope. Collaboration with @Romzouz1 @SoldatiLabToxo
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@cellhostmicrobe
Cell Host & Microbe
3 years
Toxo GRA28 rewires macrophages: @BarraganLab @HAKIMIMohamedA1 show parasitized #macrophages acquire DC-like CCR7-dependent migratory properties via #parasite GRA28-mediated transcriptional remodeling of host cell, facilitating #Tgondii dissemination https://t.co/ASVS8D1m3R
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@trCDabab
AB☁️AB
3 years
I AM IRANIAN, AND I AM REALLY PROUD OF THIS! #MahsaAmini #مهسا_امینی #برلین #Berlin https://t.co/6rvwzszKk8
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@_NanoTag_
NanoTag
3 years
We have equipped some of our #nanobodies with extra-fixation domains, they help fluorophores to stay anchored in #ExM experiments, but also when needing post-fixation for longer imaging constellations like DNA-PAINT, STORM, and other techniques.
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nano-tag.com
Fixation (FX) cassettes significantly improve the post-fixation properties of sdAbs and ExM anchoring. Explore sdAbs with FX cassettes.
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@renkawitzteam
renkawitzteam
3 years
Excited & honoured to be part of this great consortium #ParasitePhysics in close collaboration with @BenediktSabass @PerizJavier @MeissnerLab we will address the mechanobiological riddle of how large intracellular parasites (red) can turn motile immune cells into moving carriers
@ParasitePhysics
Physics of Parasitism
3 years
The 16th(&final) project in the🇩🇪#ParasitePhysics research network pairs parasitologists @renkawitzteam with physicists in @BenediktSabass group.They'll be investigating the biophysics of #Toxoplasma-infected immune cells as they disseminate in the host😃 https://t.co/8YN2BcozRS
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@ParasitePhysics
Physics of Parasitism
3 years
The 16th(&final) project in the🇩🇪#ParasitePhysics research network pairs parasitologists @renkawitzteam with physicists in @BenediktSabass group.They'll be investigating the biophysics of #Toxoplasma-infected immune cells as they disseminate in the host😃 https://t.co/8YN2BcozRS
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@RossWaller3
Ross Waller
4 years
Very pleased to present our recent study of #endocytosis in #apicomplexans that draws on #K13 and drug-resistance in #malaria to learn of a highly unusual endocytic machinery in #Toxoplasma with a deep evolutionary origin. https://t.co/arsSLLmUcm
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@TardieuXlab
TardieuXlab
4 years
📢🆕 We're proud to share with you our latest publication, on an enjoyable collaboration with @Frenal_Toxolab, illuminating a bit more on the elusive Toxoplasma's basal pole with the new impressive BCC7 ring. 🦠 Check it out here! : https://t.co/oDUJtl0A7b
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@TardieuXlab
TardieuXlab
4 years
@Frenal_Toxolab You can also see some impressive Ultra-Expansion Microscopy to reveal the proximity between Myosin B/C and BCC7 !👀
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