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StemDevEvo

@stemdevevo

Eve GAZAVE lab @IJMonod - Regeneration, Stem Cells, Development and Evolution using the annelid Platynereis dumerilii

 Paris, France
stemdevevo.wordpress.com/
Joined May 2017
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  • Followers1.1K
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Photo by StemDevEvo (@stemdevevo)Photo by StemDevEvo (@stemdevevo)Photo by StemDevEvo (@stemdevevo)Photo by StemDevEvo (@stemdevevo)Photo by StemDevEvo (@stemdevevo)Photo by StemDevEvo (@stemdevevo)Photo by StemDevEvo (@stemdevevo)Photo by StemDevEvo (@stemdevevo)Photo by StemDevEvo (@stemdevevo)
Félicitations à Aurore @stemdevevo @RottingerL qui a brillamment soutenue sa thèse sur les ROS pendant la régénération de Nematostella et Platynereis! Nous sommes fiers de ce beau travail et ravis de t’avoir eu parmi nous pendant ces années.
Image from StemDevEvo (@stemdevevo)
Image from StemDevEvo (@stemdevevo)
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Love the way the students ended the #ASCB course @institutpasteur by highlighting the buzzwords of the last couple of weeks. Thanks @LabTajbakhsh and @ Laure Bally Cuif for an stimulating and enriching course and experience
Image from Alfonso Martinez Arias (@AMartinezArias)
Image from Alfonso Martinez Arias (@AMartinezArias)
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The evolution of shape diversity through the lens of physics—explored in our new paper! A fruitful collaboration between our lab @EMBL, Salbreux’s lab @unige & others, led by @BailleulRichar1—now independent at @ENS_ULM—& Nicolas Cuny. bit.ly/3WRqdEa
Image from Aissam Ikmi (@AissamIkmi)
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🚨ISRB Webinar Alert - Zone 2: Europe, West Asia, Africa to be held 11th February at 4pm Central European Time📷Featuring @thebillkeyes and @stemdevevo
Image from International Society for Regenerative Biology (@ISRBio)
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By checking the Fox gene complement in additional catenulid and macrostomorph species, I show that the evolution of Fox complement in flatworms is related to ancestral losses and multiple, independent, lineage-specific expansions. link.springer.com/article/10…
Image from Ludwik Gąsiorowski (@L_Gasiorowski)
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Replying to @CNRSbiologie @CNRS_Villejuif @Inserm @ircaninstitute @stemdevevo @MolBioEvol
Un grand merci @CNRSbiologie pour ce highlight / #ResultatScientifique de notre article qui est le fruit d’une belle collaboration avec @stemdevevo. Félicitations à Aurore Vullien et al.
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#ResultatScientifique🔎| Évolution et régénération : le rôle clé des ROS 🤝 @CNRS_Villejuif @CNRS_DR20 @Inserm @ircaninstitute ✍️ @stemdevevo @RottingerL 📕 @MolBioEvol | buff.ly/4g9K20e buff.ly/40r4X9v
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our paper on ROS evolution and regeneration is now out @MolBiolEvol academic.oup.com/mbe/article…
The Rich Evolutionary History of the Reactive Oxygen Species Metabolic Arsenal Shapes Its Mechani...

The Rich Evolutionary History of the Reactive Oxygen Species Metabolic Arsenal Shapes Its Mechani...

Abstract. Regeneration, the ability to restore body parts after injury, is widespread in metazoans; however, the underlying molecular and cellular mechanis

academic.oup.com
StemDevEvo (@stemdevevo) profile pictureStemDevEvo@stemdevevo2 Aug 2024
Preprint alert! Brand new ms coming out of the collaboration between @stemdevevo and @RottingerL! Aurore Vullien, joint PhD student, investigated the role of ROS in metazoan regeneration, focusing on Platynereis and Nematostella. biorxiv.org/content/10.1101/…
The rich evolutionary history of the ROS metabolic arsenal shapes its mechanistic plasticity at the...

The rich evolutionary history of the ROS metabolic arsenal shapes its mechanistic plasticity at the...

Regeneration, the ability to restore body parts after injury, is widespread in metazoans; however, the underlying molecular and cellular mechanisms involved in this process remain largely unknown,...

biorxiv.org
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Interested in regeneration? Consider joining the ISRB community! Details below.
Image from International Society for Regenerative Biology (@ISRBio)
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📣 Paris-Munich Epigenetics (Workshop and Symposium) 📆 April 9-11, 2025 📍Buffon amphitheater, Université Paris Cité, France Free of charge but registration is mandatory. Deadline abstract submissions and workshop applications➡️January, 15th 🔗 urls.fr/1VRiOh
Image from Institut Jacques Monod (@IJMonod)
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La direction de l'Institut Jacques Monod ainsi ses équipes vous présentent leurs meilleurs vœux pour cette année 2025✨ The management of the Institut Jacques Monod and its teams wish you all the best for 2025✨
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To mark the 40th year since the homeobox discovery, we've commissioned a series of articles from leaders in the field demonstrating the impact of the discovery on different disciplines. Check out the full collection: journals.biologists.com/dev/…
40 years of the homeobox A large family of developmental genes share a 180 bp DNA sequence, called the homeobox, which encodes a DNA-binding domain. This year, 2024, marks the 40th year since the discovery of the homeobox in 1984, a landmark that fundamentally impacted several fields including genetics, developmental biology, neuroscience and evolution. To celebrate this anniversary, Development has commissioned a series of articles from leaders in the field demonstrating the impact of the homeobox discovery on different disciplines. These review-type articles will be published throughout 2024, starting with an introductory Editorial and collated here. We hope you find these articles interesting and we welcome your future submissions detailing how this remarkable family functions in development, stem cells and regeneration.

ALT 40 years of the homeobox A large family of developmental genes share a 180 bp DNA sequence, called the homeobox, which encodes a DNA-binding domain. This year, 2024, marks the 40th year since the discovery of the homeobox in 1984, a landmark that fundamentally impacted several fields including genetics, developmental biology, neuroscience and evolution. To celebrate this anniversary, Development has commissioned a series of articles from leaders in the field demonstrating the impact of the homeobox discovery on different disciplines. These review-type articles will be published throughout 2024, starting with an introductory Editorial and collated here. We hope you find these articles interesting and we welcome your future submissions detailing how this remarkable family functions in development, stem cells and regeneration.

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StemDevEvo retweeted
the Node (@the_Node) profile picture
the Node@the_Node27 Dec 2024
📢Vote for the 2024 Development cover image of the year @Dev_journal featured 24 cover images in 2024. Now is the chance to pick your favourite! Browse through the images and vote by 13 Jan: thenode.biologists.com/vote-…
Vote for the 2024 Development cover image of the year - the Node

Vote for the 2024 Development cover image of the year - the Node

Over the past 12 months, Development has featured 24 cover images. Now, it's your chance to pick your favourite! To find out more about each cover image,

thenode.biologists.com
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Cell fate specification modes shape transcriptome evolution in the highly conserved spiral cleavage biorxiv.org/cgi/content/shor… #biorxiv_devbio
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In our latest preprint, we reveal a surprising homeotic transformation where Hydra's foot turns into a tentacle! 🧬🔬 How and why does this happen? Find out now! 👇biorxiv.org/content/10.1101/…
Image from Tsiairis Lab (@TsiairisLab)
Image from Tsiairis Lab (@TsiairisLab)
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🎉Excited to announce job openings in our new lab at @MPI_Bio /FML in Tübingen!🇩🇪Looking for enthusiastic colleagues to explore regeneration together! We have positions for: 🔬Research Technician 💻Bioinformatician 🎓PhD studentship 🧪🔬📖 Postdoc Details and links below👇
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A comparative analysis of planarian regeneration specificity reveals tissue polarity contributions of the axial cWnt signalling gradient. | bioRxiv biorxiv.org/content/10.1101/…
A comparative analysis of planarian regeneration specificity reveals tissue polarity contributions...

A comparative analysis of planarian regeneration specificity reveals tissue polarity contributions...

Planarians exhibit remarkable whole-body regeneration abilities. The formation of heads at forward-facing wounds and tails at rearward-facing wounds suggests an intrinsic tissue polarity guiding...

biorxiv.org
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Come one, come all. Dive into the world of stem cells, homeostasis, regeneration, and more... Practical training and enlightening lectures that will allow you to emerge refreshed and ready to take on new challenges. Please RT
LabEx Revive (@LabExRevive) profile pictureLabEx Revive@LabExRevive17 Dec 2024
📣 Register to the 12th Advances in Stem Cell Biology Course #ASCBcourse at the @institutpasteur @PasteurEdu. Hands-on training in different models, embryonic stem cells, iPS cells and much more on #StemCells. 🕘June23-July04, 2025 👉qrfy.io/VEcoKQpGfV
On this flyer, we see Gastruloids, an in vitro multicellular model of embryo gastrulation. Caption: Expression of different developmental markers indicating anterior-posterior polarity in multicellular in vitro models of embryonic gastrulation, called gastruloids, here formed from mouse embryonic stem cells. The images are projections of 3D images obtained by confocal imaging of immunofluorescently labelled gastruloids. Research unit - Laboratory: Physics of biological functions Credit : Institut Pasteur/Mélody Merle

ALT On this flyer, we see Gastruloids, an in vitro multicellular model of embryo gastrulation. Caption: Expression of different developmental markers indicating anterior-posterior polarity in multicellular in vitro models of embryonic gastrulation, called gastruloids, here formed from mouse embryonic stem cells. The images are projections of 3D images obtained by confocal imaging of immunofluorescently labelled gastruloids. Research unit - Laboratory: Physics of biological functions Credit : Institut Pasteur/Mélody Merle

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📣 Register to the 12th Advances in Stem Cell Biology Course #ASCBcourse at the @institutpasteur @PasteurEdu. Hands-on training in different models, embryonic stem cells, iPS cells and much more on #StemCells. 🕘June23-July04, 2025 👉qrfy.io/VEcoKQpGfV
On this flyer, we see Gastruloids, an in vitro multicellular model of embryo gastrulation. Caption: Expression of different developmental markers indicating anterior-posterior polarity in multicellular in vitro models of embryonic gastrulation, called gastruloids, here formed from mouse embryonic stem cells. The images are projections of 3D images obtained by confocal imaging of immunofluorescently labelled gastruloids. Research unit - Laboratory: Physics of biological functions Credit : Institut Pasteur/Mélody Merle

ALT On this flyer, we see Gastruloids, an in vitro multicellular model of embryo gastrulation. Caption: Expression of different developmental markers indicating anterior-posterior polarity in multicellular in vitro models of embryonic gastrulation, called gastruloids, here formed from mouse embryonic stem cells. The images are projections of 3D images obtained by confocal imaging of immunofluorescently labelled gastruloids. Research unit - Laboratory: Physics of biological functions Credit : Institut Pasteur/Mélody Merle

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❗️Institut Jacques Monod Seminars ❗️ 📍 Institut Jacques Monod Tomorrow, @FormeryLaurent, will give an IJM Seminars on the theme "Echinoderm evolution: Testing the limits of axial patterning plasticity" ➡️urls.fr/LBadpI
Institut Jacques Monod seminars – Laurent Formery

Institut Jacques Monod seminars – Laurent Formery

Invited by the Gazave Lab, Laurent Formery (Department of Biology, Stanford University) will present an Institut Jacques Monod seminar on the theme: Echinoderm evolution: Testing the limits of axial...

ijm.fr
Institut Jacques Monod (@IJMonod) profile pictureInstitut Jacques Monod@IJMonod3 Dec 2024
❗️Institut Jacques Monod Seminars❗️ 📅 December 13 th 📍 Institut Jacques Monod Invited by the Gazave Lab (@stemdevevo), @FormeryLaurent, will give an IJM Seminars on the theme "Echinoderm evolution: Testing the limits of axial patterning plasticity" ➡️urls.fr/LBadpI
Image from Institut Jacques Monod (@IJMonod)
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❗️Institut Jacques Monod Seminars❗️ 📅 December 13 th 📍 Institut Jacques Monod Invited by the Gazave Lab (@stemdevevo), @FormeryLaurent, will give an IJM Seminars on the theme "Echinoderm evolution: Testing the limits of axial patterning plasticity" ➡️urls.fr/LBadpI
Image from Institut Jacques Monod (@IJMonod)
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