🐟 We are hiring a postdoc!
Interested in RNA regulation, gene expression, and zebrafish embryogenesis? Join the Bazzini Lab at @ScienceStowers
https://t.co/cipJOA4SFc
Please share! Details below 👇
#Postdoc#RNAbiology#zebrafish#devbio#Genomics
Super happy that @Luisherhuertas work recently published in the EMBO Journal was awarded as best paper of the year in the @CABD_UPO_CSIC! A great way to end the year!
This beautiful #MicroscopyMonday shows how maternal regulation governs early embryonic development by coordinating gene expression in both time and space to direct proper embryonic growth. 🔬 @gopalkushawah (@BazziniLab)
Thank you to Yi Liu (@UTSWMedCenter) for today’s #StowersSeminarSeries talk, “Synonymous but not silent: the codon usage code for gene expression and protein structure.” 🧬
Hosted by the @BazziniLab.
From partnering across labs to learning directly from experts, Jim & Virginia Stowers Fellow Alex Garruss, Ph.D., reflects on the unique environment that fuels #discovery at the Institute. 🧪
Learn more about #Stowers25: https://t.co/VzVQLEAGXQ
SAVE THE DATE! 12/16/25 for our Genetics Clinical Grand Rounds at 10:15am, Srikar Gopinath, PhD, presenting: "Impact of 5'UTRs in Human Disease."
Link below... https://t.co/IyZFEl4SXq
Why study a flatworm? 🪱
Because it may hold the key to regenerating human organs. @danimateria from @el_pais spoke w/ Pres & CSO @Planaria1, about what #planarians can teach us about #regeneration, aging, & the possibilities of future medicine.
🔗Read: https://t.co/DI5GxqJbo7
Por primera vez se pudieron ver los cambios que se producen a lo largo del día dentro de las células que regulan los ritmos circadianos de la mosca Drosophila melanogaster, un modelo de estudio que comparte mecanismos biológicos con el ser humano. Leé +: https://t.co/zSZ9234b5H
Fenomenal nota de prensa de nuestra última contribución para entender un poco mejor los primeros eventos durante la embriogenesis. @Luisherhuertas@CABD_UPO_CSIC@bazzi https://t.co/AroeuQTt1m
🧬 Revelan por primera vez un mecanismo esencial para el inicio de la vida en los vertebrados
🔬 Gracias a una herramienta #CRISPR que elimina el ARN investigadores del @CABD_UPO_CSIC han descubierto un nuevo factor crucial en la #fertilidad
👉 https://t.co/yoYPhUkL87
Exciting paper on ribosomal RNA variations in human health and disease! This is an impactful work that expands the functional consequences of ribosome heterogeneity. Congrats @D_Rothschild_@mbarnalab and team!
We have generated a catalog where many resources are shared to ultimately establish collaborations within the region but also national and internationally. If you feel that you can also support the network contact and join us! Take a look to the website:
https://t.co/NmDIGYQr6x