Myonuclear position and blood vessel organization during skeletal muscle postnatal development
Read this Research Article by Catarina Sequeira @CatarinaSeque11, Lou Martha Wackerbarth, Edgar Gomes @gomes and colleagues @GIMM_Institute @IMMolecular:
https://t.co/EsE3FEKf7h
🚨 New paper alert! 🚨
I am thrilled to announce our latest work where we explored the link between myonuclear position and blood vessel organization during skeletal muscle postnatal development! Out now in @Dev_journal 📍
@gomes@ClaudioAFranco1@GIMM_Institute
New preprint alert 🚨 We're thrilled to share our latest research that unravels the mysteries of t-tubule membrane growth in myofibers💪
https://t.co/5mK1lwMDXS
Thread below ⬇️#scitwitter#CellBiology#myofiber#developmentbiology
I had the pleasure once more to prepare the poster for the PhD students meeting @medicina_lisboa. First meeting back in person after Covid-19 deserved a highlight on the sense of CONNECTION these meetings promote. I am proud of these students @CAML_PhDMeeting @IMMolecular
#ScienceTwitter I am happy to share that my #portfolio, where you will find my work in science illustration and graphical design of scientific figures, is now online. Come by and say hi! 👋 I would love to welcome you in my virtual home. At https://t.co/jIFkLnjHAF
Congrats on @hele_pinheiro and @Maf_Pimentel for leading the paper that was accepted at @J_Cell_Sci! We describe how mRNA distribution in skeletal muscle is associated with mRNA size. What a nice birthday gift I got! thanks
An epithelial cell trying to escape from its colony as seen through a microscope. Actin filaments (red) and focal adhesions (green) are shown.
#CellBiology#microscopy#SciArt