Peer review is one of the pillars of science, yet it still relies heavily on unpaid expert labor. Interesting to see journals testing whether reviewer compensation can improve participation and turnaround times. #AcademicPublishing #PeerReview
Sergio Casas Tintó
@Checho_casas
Scientist working to understand rare diseases (@CajalFlyHub)...
Everyone you meet is fighting a battle you know nothing about. Be kind. Always.
Everyone you meet is fighting a battle you know nothing about. Be kind. Always.
1.1K Following 1.1K Followers 3.3K Posts
Latest posts 5
Our most recent revies on Adult central nervous regeneration in Drosophila: Evidence for glial lineage conversion and neurogenig potential post-injury. journals.lww.com/nrronline/full… @SENC_ @SEBiolDev @SaludISCIII
www.ovid.com Adult central nervous regeneration in Drosophila... : Neural Regeneration Research Abstract was not provided for this article. Enhorabuena a todos los autores de este trabajo en colaboración @SaludISCIII y @IRBLleida_Info. segre.com/es/sociedad/26… #glioblastoma #biomedicine #Drosophila #biology
www.segre.com Investigadores del IRBLleida y la Universitat de Lleida logran un nuevo avance contra el glioblas... Usan un modelo en moscas de la fruta para identificar una diana terapéutica contra este cáncer cerebral. Para inhibir una proteína que favorece el crecimiento del tumor A veces tenemos la oportunidad de contar cosas en la televisión. Una gran experiencia!
Una historia apasionante que cuentan muy bien Sergio Casas y María Domínguez en Objetivo Planeta, Canal24H. Aqui el programa completo 👇View quoted post on X
youtube.com/watch?v=xTQ934…
Our latest research in Scientific Reports @SciReports.
In this study, we uncover the contribution of ion channels underlying #glioblastoma growth using #Drosophila as a model system. nature.com/articles/s4159…
A big congratulations to the whole team. @SaludISCIII @SENC_ @SEBiolDev
In this study, we uncover the contribution of ion channels underlying #glioblastoma growth using #Drosophila as a model system. nature.com/articles/s4159…
A big congratulations to the whole team. @SaludISCIII @SENC_ @SEBiolDev
www.nature.com Pro-tumoral Ca2+ signaling is dependent on Slowpoke and Ca-α1T channels in Drosophila melanogaster... Scientific Reports - Pro-tumoral Ca2+ signaling is dependent on Slowpoke and Ca-α1T channels in Drosophila melanogaster glioma