Jellyfish found among seagrasses in our wet lab! Unlike typical jellies, they hang out on the bottom, acting like anemones and consuming zooplankton. They can even release stinging mucus when disturbed! #UpsideDownJellyfish #SeagrassDiscovery Read more: h
RT @CommsBio: Deep microbial proliferation in 33.5–104 million-year-old oceanic crust: https://t.co/PDDMs7BwR4 Stinging-cell structures of…
RT @CommsBio: Deep microbial proliferation in 33.5–104 million-year-old oceanic crust: https://t.co/PDDMs7BwR4 Stinging-cell structures of…
Deep microbial proliferation in 33.5–104 million-year-old oceanic crust: https://t.co/PDDMs7BwR4 Stinging-cell structures of the jellyfish Cassiopea xamachana: https://t.co/iltok9TBTX Social support correlates with glucocorticoid in orphan elephants: https
RT @DrHeathHeckman: Class research highlight of the week: In my first lecture on the Cnidaria I highlighted @boxjellytalk's 2020 paper on…
Class research highlight of the week: In my first lecture on the Cnidaria I highlighted @boxjellytalk's 2020 paper on the fact that members of the Rhizostomeae can PRODUCE CNIDOCYTE-LADEN DRONES THAT SWIM THROUGH THE WATER AND STING THINGS. https://t.co/
And here is the link to the publication @CommsBio! #OpenAccess
Here is the #OpenAccess article on cassiosomes with colleagues @boxjellytalk @KNBadhiwala @kmmuffett @JellyJanssen @NickBezioArt @JTRobinsonLab @pcart @collins_noaasi and many others not on Twitter! https://t.co/DQzELAmvit
My hands after cleaning Cassiopeia tank: #damncassiosomes
RT @boxjellytalk: #MyOAarticle "Cassiosomes are stinging-cell structures in the mucus of the upside-down jellyfish Cassiopea xamachana" rec…
#MyOAarticle "Cassiosomes are stinging-cell structures in the mucus of the upside-down jellyfish Cassiopea xamachana" received 11,386 downloads since its publication in @CommsBio! Access the article here: https://t.co/YSoNUSRMJL.
RT @ToxinTalks: For day 23 of the #festivaloftoxinology the spotlight is on @GelatinousSting! Anna’s work focuses on the evolutionary and…
RT @ToxinTalks: For day 23 of the #festivaloftoxinology the spotlight is on @GelatinousSting! Anna’s work focuses on the evolutionary and…
RT @ToxinTalks: For day 23 of the #festivaloftoxinology the spotlight is on @GelatinousSting! Anna’s work focuses on the evolutionary and…
RT @ToxinTalks: For day 23 of the #festivaloftoxinology the spotlight is on @GelatinousSting! Anna’s work focuses on the evolutionary and…
RT @ToxinTalks: For day 23 of the #festivaloftoxinology the spotlight is on @GelatinousSting! Anna’s work focuses on the evolutionary and…
RT @ToxinTalks: For day 23 of the #festivaloftoxinology the spotlight is on @GelatinousSting! Anna’s work focuses on the evolutionary and…
RT @ToxinTalks: For day 23 of the #festivaloftoxinology the spotlight is on @GelatinousSting! Anna’s work focuses on the evolutionary and…
RT @ToxinTalks: For day 23 of the #festivaloftoxinology the spotlight is on @GelatinousSting! Anna’s work focuses on the evolutionary and…
RT @ToxinTalks: For day 23 of the #festivaloftoxinology the spotlight is on @GelatinousSting! Anna’s work focuses on the evolutionary and…
For day 23 of the #festivaloftoxinology the spotlight is on @GelatinousSting! Anna’s work focuses on the evolutionary and ecological influences on jellyfish venoms through application of molecular and 'omics' approaches Check out Anna's research here! h
If you want to read about our “stinging snot” work on Cassiopea from @boxjellytalk @kmmuffett @KNBadhiwala @JellyJanssen @NickBezioArt @JTRobinsonLab @pcart @collins_noaasi et al, please see here! https://t.co/ULVYFAHFOp
@hollybik They are also jerks and release stinging cells into the water, so you can get stung by just being in the water and without actually coming into direct contact with one 😬 https://t.co/xsYJGJi6V5
@CSULBPhysGique Happy to talk about my work on cnidarian venomics! I have experience using transcriptomics to study the evolution of toxins, or I can talk about stinging snot and describing a novel stinging cell structure (https://t.co/ULVYFAHFOp)
codificadas por el Genoma de C. xamachana. https://t.co/pQKg2ocIrN
@friel @Yara_Haridy Upside-down jellyfish produce autonomous swimming jelly-sacs filled with stinging cells: https://t.co/wSf31Gycon
You have to admire a 'mucus grenade'. Check out @CommsBio link for the #OpenAccess article: https://t.co/kXAwLrQRZU #jellyfish #cassiosomes #EvoDevo https://t.co/ThnheS02fu
@esallychang @plantevoecophys Thanks Sally! I have a paper on stinging mucus in upside-down jellies (https://t.co/ULVYFAHFOp) and one on feeding and development of a flatworm from my undergrad research (https://t.co/0FHtDpdXsV). Happy to talk about eithe
here is the paper: https://t.co/BhLvvOjIb3
こういう話を紹介するのが私の授業。だから年度ごとに講義ノートを作るのよ。 クラゲが近くで泳いでいると突き刺されたような痛みを感じるのはなぜか (Cassiosomes are stinging-cell structures in the mucus of the upside-down jellyfish Cassiopea xamachana) https://t.co/FW9CUgyt49
Read the latest publication from Cheryl Lewis Ames (@boxjellytalk), 2017-2019 Research Associate at @NRL and current Associate Professor of Applied Marine Biology, Tohoku University: https://t.co/CrccNQLjq2 #marine #biology #research #jellyfish https://t.c
RT @GelatinousSting: Here is a link to the study with Co-authors @boxjellytalk @kmmuffett @JellyJanssen @KNBadhiwala @JTRobinsonLab @NickBe…
Congrats on the write-up, @GelatinousSting and the Nature article on the #peptide jellyfish toxins is nice, too. https://t.co/urAn3CN7Kq #ToxinTuesday
Here is a link to the study with Co-authors @boxjellytalk @kmmuffett @JellyJanssen @KNBadhiwala @JTRobinsonLab @NickBezioArt @pcart @collins_noaasi et al! https://t.co/ULVYFAHFOp
RT @NASEM_NRC_RAP: Read the latest publication from Cheryl Lewis Ames (@boxjellytalk), 2017-2019 Research Associate at @NRL and current Ass…
Thank you @NASEM_NRC_RAP for the opportunity to go conduct this research with such a great team!
Read the latest publication from Cheryl Lewis Ames (@boxjellytalk), 2017-2019 Research Associate at @NRL and current Associate Professor of Applied Marine Biology, Tohoku University: https://t.co/CrccNQLjq2 #marine #biology #research #jellyfish https://t.c
RT @nyuichiro97: Group journal club today: Cassiosomes are stinging-cell structures in the mucus of the upside-down jellyfish Cassiopea xa…
Be careful of #stingingwater these rhizostome #jellyfish release microscopic stinging grenades in mucus called #Cassiosomes check out our paper: https://t.co/TXPDGNzk9s
RT @NatureJapan: Communications Biology「カッシオソームはサカサクラゲCassiopea xamachanaの粘液における刺細胞構造である」https://t.co/7nPEJ69OO0 @CommsBio
Communications Biology「カッシオソームはサカサクラゲCassiopea xamachanaの粘液における刺細胞構造である」https://t.co/7nPEJ69OO0 @CommsBio
ナショジオ日本で紹介されたのは、えっと2/17 https://t.co/utFxET3MLq、論文の発表はその少し前の2/13 https://t.co/v2Q3Y423ae、んで著者所属のプレスリリースが3/9和文 https://t.co/K80Ldp5tHm と3/10英文 https://t.co/69rtSzse2e 、、もうチット頑張れー #東北大学 。#サカサクラゲ の研究。
Thank you @DiesPallas ! This project with @GelatinousSting et al. was full of tiny surprises!
RT @Clytia_Vlfr: @IMEV_mer @LaTacfi @biodev_vlfr Discussion des étonnantes "Méduses à grenades" devoilées par @boxjellytalk @pcart @Gelatin…
The extended toxicity of jellyfish. If it is not the tentacle it is the mucus! Cassiosomes kill the prey
Merci bien!
@IMEV_mer @LaTacfi @biodev_vlfr Discussion des étonnantes "Méduses à grenades" devoilées par @boxjellytalk @pcart @GelatinousSting et collègues https://t.co/KO7YqWuIsY
『人が海中で感じるチクッとする痛みは、この毒針にふれたことが原因と考えられた。同じような刺胞付きの細胞塊は、近縁なクラゲ4種からも見つかった。 報告は科学誌コミュニケーションズ・バイオロジー(https://t.co/4fGjXQEZ6p別ウインドウで開きます)に掲載された。(米山正寛)』
クラゲが近くで泳いでいると突き刺されたような痛みを感じるのはなぜか | Communications Biology | Nature Research: https://t.co/2KdlIqSgVb
RT @DanGraur: The upside-down jellyfish Cassiopea xamachana jettisons sting cells in mucus to kill their prey remotely. They, then, suck up…
RT @DanGraur: The upside-down jellyfish Cassiopea xamachana jettisons sting cells in mucus to kill their prey remotely. They, then, suck up…
RT @DanGraur: The upside-down jellyfish Cassiopea xamachana jettisons sting cells in mucus to kill their prey remotely. They, then, suck up…
RT @DanGraur: The upside-down jellyfish Cassiopea xamachana jettisons sting cells in mucus to kill their prey remotely. They, then, suck up…
RT @DanGraur: The upside-down jellyfish Cassiopea xamachana jettisons sting cells in mucus to kill their prey remotely. They, then, suck up…
The upside-down jellyfish Cassiopea xamachana jettisons sting cells in mucus to kill their prey remotely. They, then, suck up the food by pulsating. "It is as if we could spit out our teeth & they killed our lunch for us somehow." @boxjellytalk https:/
Tutaj link do artykułu. https://t.co/jlGXIVOuvs Dalej mamy artykuł o nieznanym dotąd przodku człowieka zasugerowanym przez badania porównawcze genomów ludu Yoruba, Neandertalczyków i Denisowian. Ale o tym pewnie czytaliście, więc jadę dalej.
RT @NatureJapan: クラゲが近くで泳いでいると突き刺されたような痛みを感じるのはなぜか | Communications Biology https://t.co/VUMYjBSyJa #クラゲ
Some jelly fish disperse stinging missiles for remote stunning and killing! Yikes 😵 https://t.co/4e57cpFElI
RT @CommsBio: Cheryl L Ames, Anna Klompen et al. describe cassiosomes, stinging cell structures in the mucus of the upside-down jellyfish C…
RT @CommsBio: Cheryl L Ames, Anna Klompen et al. describe cassiosomes, stinging cell structures in the mucus of the upside-down jellyfish C…
RT @CommsBio: Cheryl L Ames, Anna Klompen et al. describe cassiosomes, stinging cell structures in the mucus of the upside-down jellyfish C…
RT @CommsBio: Cheryl L Ames, Anna Klompen et al. describe cassiosomes, stinging cell structures in the mucus of the upside-down jellyfish C…
RT @CommsBio: Cheryl L Ames, Anna Klompen et al. describe cassiosomes, stinging cell structures in the mucus of the upside-down jellyfish C…
RT @CommsBio: Cheryl L Ames, Anna Klompen et al. describe cassiosomes, stinging cell structures in the mucus of the upside-down jellyfish C…
RT @CommsBio: Cheryl L Ames, Anna Klompen et al. describe cassiosomes, stinging cell structures in the mucus of the upside-down jellyfish C…
📰La méduse Cassiopée a de courts tentacules qui ont une faible concentration en cellules urticantes. Cependant, il semblerait qu’elle soit capable d’éjecter des cellules urticantes contenues dans leur mucus pour piquer "sans contact". https://t.co/m4FaBdpR
Cheryl L Ames, Anna Klompen et al. describe cassiosomes, stinging cell structures in the mucus of the upside-down jellyfish Cassiopea xamachana @GelatinousSting @KU_EEB https://t.co/P7rAEEU5OJ https://t.co/afhdLisyoI
RT @NatureJapan: クラゲが近くで泳いでいると突き刺されたような痛みを感じるのはなぜか | Communications Biology https://t.co/VUMYjBSyJa #クラゲ
時間があるときに読んでみようかな https://t.co/nXczbW2ua3
クラゲが飛び道具つかってるのしゅごい » クラゲが近くで泳いでいると突き刺されたような痛みを感じるのはなぜか | Communications Biology | Nature Research https://t.co/IrHiAYFhUU
RT @pantheo27705718: クラゲが近くで泳いでいると突き刺されたような痛みを感じるのはなぜか | Communications Biology | Nature Research: https://t.co/C5xuZbDANf
クラゲが近くで泳いでいると突き刺されたような痛みを感じるのはなぜか | Communications Biology | Nature Research: https://t.co/C5xuZbDANf
「自ら動き回り、私たちが与えたブラインシュリンプにぶつかると、触れて殺して次の獲物を探しに行くのです。小さなロボット掃除機ルンバのようでした」元論文 https://t.co/oIH23dnaNA /相手に触れずに刺す、サカサクラゲのスゴ技を発見 | ナショナルジオグラフィック https://t.co/qA2Y0I5ikV
RT @boxjellytalk: Hey @nyuichiro97 @yi0713 @kurage_ya_lab @wayamamo @kurashitakurara @marimiya_tky @enosui_com クラゲが近くで泳いでいると突き刺されたような痛みを感じる…
クラゲが近くで泳いでいると突き刺されたような痛みを感じるのはなぜか | Communications Biology | Nature Research https://t.co/XUxnHiBxPK
RT @NatureJapan: クラゲが近くで泳いでいると突き刺されたような痛みを感じるのはなぜか | Communications Biology https://t.co/VUMYjBSyJa #クラゲ
RT @NatureJapan: クラゲが近くで泳いでいると突き刺されたような痛みを感じるのはなぜか | Communications Biology https://t.co/VUMYjBSyJa #クラゲ
RT @parkinsonje: A fun, "new" way for #Symbiodiniaceae to get around: hitch a ride in a jellyfish grenade. https://t.co/98yIteBeF9
RT @boxjellytalk: Mystery of stinging water solved!!! #upsidedownjellyfish #cassiosomes Check out our latest paper in @CommsBio https://t…
RT @MedusozoaCol: Yeah we learnt this during a jellyfish sampler season:🏊 "swiming slooooow because this lovely creatures are going to disc…
Yeah we learnt this during a jellyfish sampler season:🏊 "swiming slooooow because this lovely creatures are going to discharge on us!"♨️♨️♨️♨️
RT @grcvenom: Amazing work on jellyfish #venom by @boxjellytalk @GelatinousSting et al! They discovered new venom delivery structures tha…
RT @aida_verdes: The amazing @boxjellytalk and @GelatinousSting solved the mistery of the mangroove stinging water.... Turns out the wate…
RT @explorerkeenan: Nice paper. I'm usually the scout that yells back and let's others know if the water is 'clear', having more body hair.…
RT @NatureJapan: クラゲが近くで泳いでいると突き刺されたような痛みを感じるのはなぜか | Communications Biology https://t.co/VUMYjBSyJa #クラゲ
RT @yi0713: Cheryl Ames さんの新しい論文。サカサクラゲの一種の粘液中から「刺す海水」の正体、「泳ぐ刺胞粒(?)」とでも言うべき新しい構造が発見された。Cassiosomeと名付けられた粒はルンバ掃除機のように自分で動き回ってエサ生物を刺すことができるとい…
Nice paper. I'm usually the scout that yells back and let's others know if the water is 'clear', having more body hair. What's next? The effect of recurring and cumulative exposure to these and other toxins over the years would be interesting. #jellyfish
Cassiosomes are stinging-cell structures in the mucus of the upside-down jellyfish Cassiopea xamachana https://t.co/24hPEY3f1f
L’espèce incriminée, Cassiopea xamachana a la particularité de vivre pratiquement immobile, posée à l’envers sur le fond marin. https://t.co/AtVI9v8Xod Pour en savoir davantage: @CommsBiol https://t.co/YSoNUSRMJL
RT @Kyukimasa: Cassiosomes are stinging-cell structures in the mucus of the upside-down jellyfish Cassiopea xamachana https://t.co/JJbz0NK0…
RT @parkinsonje: A fun, "new" way for #Symbiodiniaceae to get around: hitch a ride in a jellyfish grenade. https://t.co/98yIteBeF9
RT @aida_verdes: The amazing @boxjellytalk and @GelatinousSting solved the mistery of the mangroove stinging water.... Turns out the wate…
RT @aida_verdes: The amazing @boxjellytalk and @GelatinousSting solved the mistery of the mangroove stinging water.... Turns out the wate…
RT @GelatinousSting: My first Co-first author paper of my grad school career!!! What an amazing experience and awesome team @InvertebratesD…
RT @yi0713: Cheryl Ames さんの新しい論文。サカサクラゲの一種の粘液中から「刺す海水」の正体、「泳ぐ刺胞粒(?)」とでも言うべき新しい構造が発見された。Cassiosomeと名付けられた粒はルンバ掃除機のように自分で動き回ってエサ生物を刺すことができるとい…
RT @boxjellytalk: クラゲが近くで泳いでいると突き刺されたような痛みを感じるのはなぜか https://t.co/EmkTdEJSGv
RT @boxjellytalk: クラゲが近くで泳いでいると突き刺されたような痛みを感じるのはなぜか https://t.co/EmkTdEJSGv
RT @boxjellytalk: クラゲが近くで泳いでいると突き刺されたような痛みを感じるのはなぜか https://t.co/EmkTdEJSGv