Marcello G. P. Rosa

The paper examines cross-species differences in cortical-hippocampal projections across six mammals, finding that direct unimodal input from sensory regions is selectively eliminated as brain size increases.

The paper shows that the left hemisphere of marmoset monkeys is consistently larger than the right, challenging the link between brain size and hemispheric asymmetry.

This paper compares working memory models in macaques and marmosets using connectomic data, finding differences in distractibility and showing that model outcomes can be swapped by adjusting circuit parameters.

This study examines the timing of neuronal degeneration and neurochemical changes in the lateral geniculate nucleus after V1 lesions in marmoset monkeys, finding rapid neuronal loss and delayed volume shrinkage.

The paper maps the distribution of calbindin-positive neurons across marmoset cerebral cortex areas and layers, revealing patterns related to cortical hierarchy and function.

The paper shows VIP is expressed in large Betz neurons of the marmoset primary motor cortex, not just interneurons, and highlights their distribution and co-localization with other markers.

The paper uses naturalistic movies and encoding analysis to objectively redefine areal borders in primate visual cortex, supporting a specific hypothesis about third-tier visual areas.

This study shows significant individual variability in visual field maps of human V2 and V3, challenging the canonical model of their symmetric organization.

The paper integrates structural and functional connectivity data from marmoset brains to map functional networks, develop a deep-learning parcellation generator, and investigate structural-functional relationships.

The paper introduces the Brain/MINDS Marmoset Connectivity Atlas, providing a resource for exploring neuronal tracer data and tractography in a common stereotaxic space.

This study investigates neural responses to broadband visual flicker in marmoset primary visual cortex, finding frequency-selective responses in awake animals that differ from human EEG studies.

The paper characterizes the structural properties of the marmoset monkey's neocortical connectome using retrograde tracer data, revealing heterogeneity, functional specificity, and hierarchical organization.

The paper creates a 3D marmoset cortex template from 20 brains, providing probabilistic localization of cytoarchitectural areas and spatial transformations to other templates.

The paper introduces PRIME-RE, a collaborative platform for sharing NHP neuroimaging resources, tools, and data.

The paper shows that adjacent visual areas in primates can have opposing field sign retinotopic maps within the same area, predicted by topographic continuity during development.

The paper investigates the anatomical continuity between koniocellular layers of the dorsal lateral geniculate nucleus and the inferior pulvinar nucleus in common marmosets using immunohistochemistry and neuronal tracing.

This study examines changes in MT neuron sensitivity to motion after long-term V1 lesions in marmosets, finding reduced direction selectivity and increased firing variability.

The paper investigates the topographic organization of the dorsomedial visual cortex in macaques, finding that V3d and PO/V6 form a continuous map rather than distinct areas.

This paper presents a neurohistological pipeline and grid-based tracer injection strategy for mesoscale connectivity mapping in common marmosets, enabling high-quality brain-wide connectivity matrices.

The paper identifies evolutionary hotspots in primate cortical brain regions that show context-dependent functional connectivity, supporting their role in supramodal cognitive flexibility.

The paper confirms direct, nonreciprocal auditory projections to V1 in marmoset monkeys, supporting early audiovisual integration in primates.

The paper quantifies neuronal density and distribution across the marmoset cortex, revealing regional and laminar variations and their potential functional and developmental implications.

This study investigates whether auditory motion modulates spiking activity in visual motion areas of the primate brain and finds no such modulation at the single neuron level.

This study measures MT neuron sensitivity to random dot motion in marmoset monkeys and finds their thresholds are comparable to macaques, with firing rate differences predicting sensitivity.