Rebecca Lourdes Calviello

LUCANA DOP
PhD student in Biochemistry at @unifr

[Prisca Liberali @priscaliberali]

I am excited to show you these beautiful movies! A great effort together with @TweetPetrStrnad at @ViventisMicro to design a new #lightsheet for long term high throughput live imaging of large specimens #organoids, #embryoids and entire animals #hydra. https://t.co/gYPt7ehQ0w

[Faculté de biologie et de médecine (inactif) @FBM_UNIL]

📰News Recherche
La découverte de cellules d’un nouveau genre bouscule les neurosciences 🔬🧠 @Nature
➡️https://t.co/sUTWloI0S3

@LudovicTelley @Volterra_Lab @DNF_neuro @FBM_UNIL @unil @Wysscenter

#nouvelles #cellules #cerveau

📷©Telley/Volterra, UNIL

[Rebecca Lourdes Calviello @reberdes]

...when is your turn for "Nematostella-duty" and....
you realise might be more fun than you was expecting !!
#NematostellaVectensis

[Pawel Burkhardt @Pawel_Burkhardt]

Thrilled to see ctenophores on the cover of
@ScienceMagazine🤩. Our latest work on the Syncytial Nerve Net in a ctenophore out now. Link: https://t.co/6OsFBbOunJ
Work supported by @MSarsCentre, @UiB, @ERC_Research. #ctenophores #evolution #syncytium.

[Gaëlle Botton-Amiot @GaelleBotAm]

My first paper is out 🥳

Can you learn without a brain?

Turns out - YES!

https://t.co/tKHnPA3kEv

@simon_sprecher @martinezserrap1

[Slava Bobrov @slava__bobrov]

How brain cells communicate:

[Cristiano Bertolucci @CriAuBertolucci]

Evoluzione | Da Unife un modello comune a pesci e mammiferi per studiare le capacità cognitive https://t.co/HsY9R7rKpF #zebrafish @UniFerrara @TLuconXiccato @Salv_DANIELLO @GiuliaMontalba2

[Hugo Chrost @chrost_hugo]

Realistic image of a human eye.

Credits: Jenya Filimonov

#neuroscience #MedTwitter

[NatureEcoEvo @NatureEcoEvo]

Obituary: Alma Dal Co (1989–2022)

A visionary and interdisciplinary scientist who brought a fearless passion to everything she did, inspiring all those around her.

https://t.co/rTok4bqj6D

[GutMicrobiota Health @GMFHx]

Emerging evidence elucidates the connection between the gut and the brain. Learn more on the potential mechanistic implications for the gut microbiota inputs on brain and behaviour across the lifespan in this timely review from @jfcryan & colleagues https://t.co/04PWG4oLCl

[Rink Lab @rinklab]

Our tiny mini-review on planarians is out https://t.co/LWfQVVWEdo. Bottom Line: A fascinating model system and intriguing times for the field. Let us know if you want some worms- we've got plenty and are happy to share :)

[Slava Bobrov @slava__bobrov]

How brain cells communicate:

#neuroscience

[Université de Genève @UNIGEnews]

Une équipe de l’@UNIGEnews, dirigée par @OKlimecki et @sbaezlugo, montre comment une meilleure gestion des #émotions pourrait prévenir le #vieillissement cérébral pathologique.
https://t.co/QS56E7fifa

[Nikon Small World @NikonSmallWorld]

Nothing says #FridayFeeling quite like Frank Fox's video of a hydra from the 2020 Nikon Small World competition.

https://t.co/8Cgu7SEMPn

Photo Cred: Frank Fox

[Rebecca Lourdes Calviello @reberdes]

...ASTONISHING !

The Seamstress Who Solved the Ancient Mystery of the Argonaut, Pioneered the Aquarium, and Laid the Groundwork for the Study of Octopus Intelligence https://t.co/2tabkJkn7T via @brainpicker

[Nikon Small World @NikonSmallWorld]

Squids are the fastest swimmers among the invertebrates with some species reaching speeds of up to 25 miles per hour.

https://t.co/a0rjLyH4vB

Photo Cred: Nat Clarke

[Yehu Moran @YehuMoran]

1/2 I'm excited to share our latest preprint: we've shown 9 years ago that like in 🌱 perfect complementarity by #miRNA to its target is frequent in #Cnidaria. However, we were always asked whether the mechanism common to other animals works in parallel 🧵
https://t.co/8bX0TS0Sam

[ctenopapers @ctenopapers]

Alternative neural systems: What is a neuron? (Ctenophores, sponges and placozoans) https://t.co/6tPxFac1FJ

[Hugo Chrost @chrost_hugo]

An adult fruit-fly brain in all its glory.
Credits: Philipp Schlegel

#neuroscience #MedTwitter

[Joan J. Soto-Angel @JoanJSoto]

Corymorpha nutans is a meroplanktonic hydrozoan with both planktonic medusa and benthic polyp stages. Unlike most hydrozoan species (and all scyphozoa and cubozoa), a few hydroids are exceptionally large in comparison to their corresponding jellyfish. [👇🧵1/4]