Tetsuo Yamamori

The paper introduces BMA2.0, a population-based 3D marmoset brain atlas with multi-modal templates for improved cortical and subcortical parcellation and integration of multimodal data.

The paper describes the implementation of serial two-photon tomography for whole marmoset brain imaging and introduces auxiliary histological techniques to enhance data utility.

The paper investigates how movement and reward expectancy modulate neural activity in different primate cortical areas during a conditioning task.

This study investigates altered synaptic remodeling in an ASD marmoset model and shows oxytocin reduces clustered spine emergence.

This study shows that CRTC1 knockdown in marmosets leads to epileptic responses and abnormal cFOS expression, with associated neural activity changes and lesions.

This study investigates how motor direction representation changes in primate premotor and primary motor cortices during learning, finding that PMdc neurons dynamically adjust their preferred direction while M1 neurons maintain stability.

This study maps prefrontal cortex circuits in marmosets, revealing distinct local and long-distance projection patterns and their implications for primate brain organization.

The paper presents a large-scale MRI database of marmosets across a wide age range to study brain aging and its factors.

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 paper develops a non-invasive multi-modal neuroimaging pipeline for precise brain targeting in marmosets, revealing significant intersubject variability and creating new population-based templates.

This paper describes a pipeline for processing tracer injection data in marmoset brains, enabling normalization into a common 3D space for connectomics studies.