https://notaspampeanas.com/tags/jonas-group-at-the-institute-of-science-and-technology-austria/ Recent content in Jonas Group at the Institute of Science and Technology Austria on Notaspampeanas Hugo -- gohugo.io en © 2026 Notaspampeanas Thu, 30 Apr 2026 00:19:24 -0300 https://notaspampeanas.com/posts/1767106852387-surgen-recuerdos/ Thu, 30 Apr 2026 00:19:24 -0300 https://notaspampeanas.com/posts/1767106852387-surgen-recuerdos/ <p> <figure> <img class="my-0 rounded-md" loading="lazy" srcset=" /img/banner_Picadas_740x90_hu9380565369677989377.gif 330w, /img/banner_Picadas_740x90_hu15311669147461493558.gif 660w, /img/banner_Picadas_740x90_hu3474619167072339539.gif 1024w, /img/banner_Picadas_740x90_hu18142331471650150013.gif 2x" src="https://notaspampeanas.com/img/banner_Picadas_740x90_hu15311669147461493558.gif" alt="" /> </figure> </p> <div class="lead text-neutral-500 dark:text-neutral-400 !mb-9 text-xl"> ISTA researchers reveal how thought networks in the hippocampus develop after birth. The hippocampus is a key brain region involved in memory formation and spatial orientation. It transforms short-term memories into long-term ones, helping us retain and build upon our experiences. Researchers led by Magdalena Walz Professor for Life Sciences Peter Jonas at the Institute of Science and Technology Austria (ISTA) focus precisely on this area of the brain. Their latest study, published in Nature Communications, reveals how the central neural network in the hippocampus develops after birth. </div> <p> <figure> <img class="my-0 rounded-md" loading="lazy" srcset=" /posts/1767106852387-surgen-recuerdos/featured_hu18310432199930664352.jpg 330w, /posts/1767106852387-surgen-recuerdos/featured_hu13335380964903490187.jpg 660w, /posts/1767106852387-surgen-recuerdos/featured_hu16135230504094548310.jpg 1024w, /posts/1767106852387-surgen-recuerdos/featured_hu11001526078919580783.jpg 2x" src="https://notaspampeanas.com/posts/1767106852387-surgen-recuerdos/featured_hu13335380964903490187.jpg" alt="Video screenshot: Network of interconnected CA3 pyramidal neurons in the mouse hippocampus. As the animals mature, the configuration shifts—the network becomes sparser but more structured and refined (blue). Image credit: Jake Watson / ISTA" /> </figure> <strong>Video screenshot: Network of interconnected CA3 pyramidal neurons in the mouse hippocampus. As the animals mature, the configuration shifts—the network becomes sparser but more structured and refined (blue). Image credit: Jake Watson / ISTA</strong></p>