New paper alert!🚨 In this new colab with @deograciaslab.bsky.social at @incyl.bsky.social, we show that electric stimulation of the auditory cortex mitigates age-related transcriptomic dysregulation in rats, highlighting its protective potential. 🧠🦻 Check it out!🔗 doi.org/10.1016/j.he...

✨ At “Hable con ellas”, organized by @UCCiUSAL , predoctoral researcher Inés Santos Fernández del Campo (#INCYL, Auditory Neuroplasticity Lab) shared her passion for neuroscience and engaged the public in open, jargon-free conversation. 🧠💬 #IDWGS

🎧🧠 Fresh from Lab4 at @incyl.bsky.social: applying anodal direct current stimulation to the auditory cortex right at the onset of presbycusis can delay cortical aging — a remarkable and uplifting step forward for auditory neuroscience ✨ Take a look! 🚀 DOI: doi.org/10.1007/s004...

🎧🧠 This research shows that surface electrical stimulation of the auditory cortex can preserve medial olivocochlear neurons and reduce key cochlear markers of age-related hearing loss — a highly encouraging advance for hearing science ✨ Definitely worth checking out! 🚀 DOI: doi.org/10.1016/j.he...

🎧🧠Results from Lab4 in the @incyl.bsky.social show that multisession anodal epidural direct current stimulation of the auditory cortex can delay age-related hearing loss in Wistar rats — a promising and impactful step for auditory neuroscience ✨ Worth a look! 🚀 DOI: doi.org/10.1016/j.he...

⚡🧠 This research from the Lab4 in the INCYL maps whole-brain c-Fos activity to compare tACS and tTIS, revealing intriguing differences in how these stimulation methods engage neural circuits ✨ A promising step forward for non-invasive neuromodulation — check this out! 🚀 DOI: doi.org/10.3389/fnan...

¿Y si os dijese que es posible viajar en el tiempo? Pero no con una máquina, sino con algas. Por eso empecé mi tesis subida en un barco. ¿Quieres saber más? Abro #HiloTesis 🌊🪸 (1/🧵) @ucciusal.bsky.social @crueuniversidades.bsky.social @filarramendi.bsky.social