Check out our poster regarding the "Application of deep learning methods to extract hippocampal pyramidal cell parameters". We build a database of hippocampal neuron cell parameters and create an automated parcellation method based on deep learning and histology! #AAIC2021

Our newest research on cognitive mapping deficits in older adults is published! We created a life-like virtual reality paradigm to track and compare human interactions! Have a look at it: nature.com/articles/s4159…

Check out our latest work establishing an exact and validated baseline for quantitative measurements of the entorhinal subfields! Fresh on @BrainComms academic.oup.com/braincomms/art…

Proudly presenting our detailed work on entorhinal subfield vulnerability to neurofibrillary tangles in Alzheimer‘a disease! Have a look: pubmed.ncbi.nlm.nih.gov/35491780/

Our paper on how quantitative susceptibility mapping can help improving detection of cerebral microbleeds is out now 🥳 enjoy! frontiersin.org/articles/10.33…

Hello everyone! Our paper "Stereology neuron counts correlate with deep learning estimates in the human hippocampal subregions" is available @ nature.com/articles/s4159… It presents a deep learning approach to quantify neurons in the hippocampal subregions and track neuronal loss

Check out our talk 0774 on enlarged perivascular spaces ISMRM 2023! We combined in vivo MRI with histopathology to investigate if perivascular spaces enlarge around arteries, or veins - potentially helping to elucidate the waste disposal system of the human brain. #ismrm2023

What lies behind a lobar microbleed if it is not cerebral amyloid angiopathy? 🤓 💥 Come and find out in our new work in Annals of Neurology! onlinelibrary.wiley.com/doi/epdf/10.10…

Our manuscript about the interindividual variability of the entorhinal cortex is online at #JCN We used probability maps to illustrate variability in subfield cytoarchitecture and tau burden - providing a crucial step for future in-vivo modeling! doi.org/10.1002/cne.25…

Perivascular spaces ☄️⭕️ in the basal ganglia seem to enlarge more around arteries than veins. We show this using high-resolution QSM, ToF-angiography, and pathology 🧐 Jan Oltmer JCBFM - check it out :) 👇 doi.org/10.1177/027167…