Lidia Alonso‐Nanclares

This study uses volume electron microscopy to analyze synaptic structures in the human entorhinal cortex, revealing distinct synaptic features across layers.

The paper uses volume electron microscopy to analyze synaptic organization in human cerebral cortex regions, finding region-specific and common synaptic characteristics.

The paper uses FIB/SEM to analyze 3D synaptic organization in specific human cortical regions, revealing regional differences in synaptic density and size but homogeneity in synaptic type proportions and shapes.

The paper quantifies synaptic characteristics in the Etruscan shrew's cortex, finding high synaptic density and similar organization to humans despite significant differences in brain size and synapse number.

The paper examines synaptic organization changes in the entorhinal cortex of Alzheimer's disease patients using 3D ultrastructural analysis and stereological methods, finding altered synaptic density and complexity.

The paper analyzes synaptic organization in human temporal neocortex layer III using FIB/SEM, finding differences in synaptic density between autopsy and biopsy samples but similar asymmetric:symmetric ratios.

The paper performs a 3D ultrastructural analysis of synapses in the human entorhinal cortex, characterizing their morphology, density, and postsynaptic targets using FIB/SEM.

This study uses 3D reconstruction of human hippocampal CA1 synapses to show most are excitatory, targeting dendritic spines, with layer-specific differences.

The paper reveals structural differences in thalamocortical synapses between motor and somatosensory cortices, suggesting subcellular complexity in neural circuits.