Our paper is out in @commsbio.nature.com! 🧵 We found that hippocampal-prefrontal connectivity acts as a "neural resource" — it predicts both memory performance AND training-related improvement. More info below 👇

Attending #AAIC25 in Toronto and interested in plasticity and memory? Drop by my poster '891' on Wednesday to talk about our 7T MRI cognitive-training study. We employed ultra-high field imaging to investigate behavioral and structural changes after cognitive training based on memory precision.

Reflecting on an incredible experience at #OHBM25 in Brisbane! 🦘🇦🇺 Grateful for the inspiring talks, insightful discussions and connections. Excited to present the latest progress on our 7T MRI study where we’re seeing promising behavioral and structural changes following cognitive training.

Attending #OHBM2025 and interested in memory research, mnemonic discrimination, cognitive training - plasticity? Drop by my poster 853 today to talk (Thursday session) about medial temporal lobe and preceneus structural plasticity following cognitive training.

Attending #CNS25 and interested in cognitive training plasticity and mnemonic discrimination-episodic memory? Come find me today at my poster 5 pm Session C to discuss about structural plasticity and cognitive training using 7T MRI data

Interested in memory discrimination and brain networks? Check our preprint: biorxiv.org/content/10.1... Our results point to a hippocampal-PFC connectivity pattern which is a reliable, task-invariant, marker of MD performance. This pattern is further related to training gains.

This is an interesting study with a cool design examining mnemonic discrimination training and changes in task-based functional connectivity b/w hippocampus and PFC from Iliopoulos et al. 🧵 www.biorxiv.org/content/10.1...