PeerJ

Javascript is disabled in your browser. Please enable Javascript to view PeerJ.

Cell proliferation controls body size growth, tentacle morphogenesis, and regeneration in hydrozoan jellyfish Cladonema pacificum

View article

あきらさくらい @AkrSakr 2176 days ago

RT @nyuichiro97: Our paper 'Cell proliferation controls body size growth, tentacle morphogenesis, and regeneration in hydrozoan jellyfish C…

repost on X like

Ryoh@背骨からの解放 @Ryo_CephaArthro 2176 days ago

RT @nyuichiro97: Our paper 'Cell proliferation controls body size growth, tentacle morphogenesis, and regeneration in hydrozoan jellyfish C…

repost on X like

Taro Maeda umiushi @TaromaedaMaedat 2176 days ago

RT @nyuichiro97: Our paper 'Cell proliferation controls body size growth, tentacle morphogenesis, and regeneration in hydrozoan jellyfish C…

repost on X like

HattoriM @HattoriM 2176 days ago

RT @nyuichiro97: Our paper 'Cell proliferation controls body size growth, tentacle morphogenesis, and regeneration in hydrozoan jellyfish C…

repost on X like

Yu-ichiro Nakajima @nyuichiro97 2176 days ago

Our paper 'Cell proliferation controls body size growth, tentacle morphogenesis, and regeneration in hydrozoan jellyfish Cladonema pacificum' was one of the top 5 most viewed #CellBiology and #DevelopmentalBiology articles in @thePeerJ journal in 2019!

repost on X like

Adelaide Rhodes @RareSeas 2267 days ago

Cell proliferation in Cladonema medusa https://t.co/lgzKSlvcFE via @thePeerJ

repost on X like

Junichi Enomoto @junichi_enomoto 2277 days ago

RT @TohokuU_Lifesci: 【Research】 Jellyfish's "Superpowers" Gained Through Cellular Mechanism https://t.co/SZWzYByuOm https://t.co/JpsJVLbl7d…

repost on X like

東北大学大学院生命科学研究科 @TohokuU_Lifesci 2277 days ago

【Research】 Jellyfish's "Superpowers" Gained Through Cellular Mechanism https://t.co/SZWzYByuOm https://t.co/JpsJVLbl7d https://t.co/AvzwW48oLi https://t.co/fJdKRTIBxA

repost on X like

Info vétérinaire @Vetitude 2282 days ago

RT @recherche_anima: #Régénération: une étude de la #méduse #Cladonema pacificum montre que la multiplication cellulaire est le principal a…

repost on X like

Recherche animale @recherche_anima 2282 days ago

#Régénération: une étude de la #méduse #Cladonema pacificum montre que la multiplication cellulaire est le principal acteur de la croissance du corps, de la morphogenèse des tentacules et de la régénération chez cet #animal

repost on X like

Recherche animale @recherche_anima 2282 days ago

repost on X like

Kenzi OSHIMA @kenzi_oshima 2309 days ago

RT @TohokuU_Lifesci: 【プレスリリース】クラゲの体の成長や触手の発生・再生には細胞増殖が必須〜新規の原始後生動物研究モデルの確立に向けて〜 https://t.co/4qCVw3gO9I https://t.co/JpsJVLbl7d https://t.…

repost on X like

Noriko Osumi @sendaitribune 2309 days ago

repost on X like

Yu-ichiro Nakajima @nyuichiro97 2309 days ago

repost on X like

Doctor of theology,Fujisawa @Doctor_Fujisawa 2309 days ago

repost on X like

オスータ。 @pteryx_joe 2309 days ago

repost on X like

東北大学大学院生命科学研究科 @TohokuU_Lifesci 2309 days ago

【プレスリリース】クラゲの体の成長や触手の発生・再生には細胞増殖が必須〜新規の原始後生動物研究モデルの確立に向けて〜 https://t.co/4qCVw3gO9I https://t.co/JpsJVLbl7d https://t.co/S8YxgTjpEU

repost on X like

そーすけ#ぽにょ @sosuke_0104 2318 days ago

基生研での再生研究会終わったー！再生研究の権威ばかりでポスター発表も質問も緊張したけど、とても刺激的だった✨ まだまだ足りない！やる気出た！あと、昨日論文でました笑これがはじめの一歩です https://t.co/qtflw94stU

repost on X like