Jørgen Høyer
@HoyerJorgen
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Joined July 2023
Super happy to see the lab's 1st developmental biology paper out! Ciona is an excellent model to study the function of evolutionarily conserved molecules like Ano10 in basic developmental processes such as notochord morphogenesis.
The #notochord is an essential tubular organ that defines the phylum #Chordata. @ZonglaiL @daniel_dondorp @mchlab reveal that the #IonChannel Anoctamin 10 orchestrates #morphogenesis of the notochord in the #urochordate #SeaSquirt Ciona #PLOSBiology
https://t.co/80bJqzYVwn
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Congratulations to the @mchlab for a new paper just out in @PLOSBiology 🤩👏 Authors @ZonglaiL and @daniel_dondorp characterized the role of an Anoctamine protein in notochord development in #Ciona. Take a peek behind the scenes! ���️ @UiB
https://t.co/Ma5MOhBzmS
uib.no
Biological tubes are ubiquitous in animals, and their morphogenesis is a very complex process. In a new article, researchers in the Chatzigeorgiou group demonstrated the key role and function of the
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New preprint from the lab: https://t.co/a1kv2XEMfC . @ZonglaiL @HoyerJorgen show that members of the evolutionarily conserved #Anoctamin superfamily modulate Ciona metamorphosis rates in response to mechanical & chemical inputs. @UiB @MSarsCentre
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📸With a gorgeous Malacoceros photograph by our staff engineer @Alexandre4_Jan, @VKalienkova and collaborators from the @Lynagh_Lab have made the cover of @NatureSMB 🪱🤩 Congratulations everyone!! 🔗 https://t.co/v17Gp4eTop
@UiB
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Big thanks to @MelBurford for producing this very nice video abstract of the paper we published in @CurrentBiology earlier this year!
🎦We are very excited to share a video abstract from first author @HoyerJorgen and Marios Chatzigeorgiou @mchlab presenting their recent article in @CurrentBiology on larval settlement in marine invertebrates. Produced by @MelBurford @UiB Take a look!
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Very proud of @mchlab team members. Raising awareness about anthropogenic noise and its impact on marine invertebrates is an important aspect of our @jpioceans @deuteronoise project !
✨Our incredible team from @mchlab had a wonderful day sharing their @deuteronoise project during the #OneOceanWeek Family Day in Bergen 🌊 Thank you to the organizers and all who came to visit us! 👏 @SDGbergen @UiB
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The Deuteronoise @jpioceans project at the @UNOceanDecade #OceanDecade24 in Barcelona, talking about the project and attending conferences about the future of oceans!
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Today we held our 3rd @deuteronoise @jpioceans seminar. @luciamanni10 presented her latest review on sensory cells in tunicates: https://t.co/VtS8Ho01Ox.
@mchlab presented @HoyerJorgen 's paper on polymodal sensory cells in Ciona https://t.co/MDnRNsHwfR.
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#AppyQueen Anne Aasjord @aaasjord sharing her incredible knowledge and skills at the Okinawa Institute of Science and Technology @OISTedu 👏❤️🇯🇵 @UiB @AppyGenetics
Our engineer @aaasjord has been in charge of the appendicularian facility (Appypark) at @MSarsCentre for many years. Now she is sharing her experience with our colleagues from @OISTedu @luslab @evodevogenomeUB and learning about the different cryptospecies of O. dioica in Okinawa
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We are excited to be producing a video abstract for @CurrentBiology to accompany a recent article by first author @HoyerJorgen @mchlab! Today we gathered footage of the model organism Ciona intestinalis with Jørgen and Sandra Kyrkjebø at Kleppholmen Marina. 🌊 More to come! @UiB
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Contributions from our awesome research interns make our projects move forward! 🤩 Catharina Kolner from @HU_Utrecht and Célestine Allombert-Blaise from @enscmchimiemtp share their recent experience in @Pawel_Burkhardt's group and in the @mchlab ⬇️ https://t.co/NgYH0ZTqtg
@UiB
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✨Last Friday night we had an incredible experience sharing insights on marine life through interactive exhibits with 600 guests during the annual Night Walk at the Aquarium. Thank you to Akvariet i Bergen and all those who attended the event! 🙏 @UiB ➡️ https://t.co/gr9FNxqcaD
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New paper alert!✨ @VKalienkova and @CPaulino_ with collaborator @DandamudiMowgli from @Lynagh_Lab unveil the structure of an FMRFamide receptor in Malacoceros fuliginosus, shedding light on neural signaling in invertebrates 🧠👏 @NatureSMB @UiB
https://t.co/Zo9KXKQvnl
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✨A new paper in @CurrentBiology reveals how marine invertebrates navigate their environment! Using model organism Ciona intestinalis, researchers led by @HoyerJorgen from @mchlab shed light on the mystery of sensory perception in larvae. 👏👏 @UiB
https://t.co/aRvM2Oe4MN
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Huge thanks to everyone in the @mchlab involved in this project. Especially GL Marios Chatzigeorgiou for his trust and support a long the way 🙏
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Huge congrats to @HoyerJorgen for his paper in @CurrentBiology . He identified the sensory cells and neural circuitry employed by Ciona larvae to detect mechanical and chemical cues that promote or impede settlement and metamorphosis. Link to the paper:
cell.com
Ciona is a marine chordate with a biphasic life cycle. Hoyer et al. identify a set of short- and long-range chemical cues that influence attachment and metamorphosis of Ciona larvae. These cues are...
✨A new paper in @CurrentBiology reveals how marine invertebrates navigate their environment! Using model organism Ciona intestinalis, researchers led by @HoyerJorgen from @mchlab shed light on the mystery of sensory perception in larvae. 👏👏 @UiB
https://t.co/aRvM2Oe4MN
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Proud to share our latest story which is out in @CurrentBiology today! The story unravels how the Ciona larvae senses its environment using polymodal sensory neurons that promotes or impede settlement and metamorphosis. I am humble to be a part of such a great team in the @mchlab
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✨In a new paper published in PNAS @PNASNews, Giulio Rosano, Allan Barzasi, & Tim Lynagh @Lynagh_Lab reveal that delta iGluRs, once 'orphan' receptors, are activated by the neurotransmitter GABA in many animals. Congratulations to all! 👏 https://t.co/d02Qb5KkXg
@UiB @ERC_Research
uib.no
A recent study provides insights into how iGluRs function and reveals an unexpected role of GABA in excitatory signaling in invertebrates.
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We are hiring 3 researchers to work on the evolution and function of chordate sensory systems! These posts involve lots of calcium imaging, quantitative behavioral analysis and genetics using our favorite model organism: Ciona intestinalis larvae!
📢Come join us! An incredible opportunity to join the Chatzigeorgiou Group @mchlab with three Researcher positions available - deadline January 17 https://t.co/s8c6KI2zee For more details, click the individual links in the thread below. ⤵️ Please RT! @UiB
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