Xiaoqin Wang

This study optimizes IVF procedures in common marmosets by identifying factors like progesterone levels and stimulation duration that improve embryo development and implantation rates.

The paper optimizes sperm processing and cryopreservation methods in common marmosets to improve motility and reduce DNA fragmentation for IVF applications.

This paper investigates how performer-audience neural coupling links ensemble coordination to shared audience integration during live music performances.

The paper investigates how marmoset auditory cortex neurons respond to sound locations inside and outside their receptive fields during task engagement, finding increased firing rates outside RFs in certain brain areas.

This paper introduces MarmoPose, a real-time 3D pose tracking system for non-human primates, enabling analysis of social behaviors and closed-loop experiments in marmosets.

The paper identifies two voice patches in the marmoset auditory cortex using wide-field calcium imaging that selectively respond to marmoset vocalizations.

This study examines frontal cortex activity in marmoset monkeys during social vocal communication, finding distinct neural patterns for different vocalizations and theta-band oscillations linked to vocal phrase timing.

This study measures sound localization acuity in common marmosets using operant conditioning, finding minimum audible angles of 13-22 degrees for horizontal and vertical sound locations.

The paper investigates location-specific facilitation in marmoset auditory cortex, finding that repetitive sound stimulation from a single location increases neural firing rates, suggesting a novel form of contextual modulation.

This paper develops a non-invasive optical imaging method to map functional areas of the primate cortex across multiple modalities in awake marmosets.

This study investigates how emotional sounds are processed in the brain, finding that different regions respond to either the presented or perceived emotion.

The paper shows that short-term depression in single neurons explains monotonic rate codes in auditory cortex for repeated stimuli.

The paper describes behavioral training and electrophysiological recording protocols in marmosets to increase trial numbers and target cerebellar Purkinje cells.

The paper identifies mid-level acoustic features that enable accurate classification of vocalizations across species using an information-theoretic approach.

This study observes persistent neuronal activity in primate auditory cortex after sensory stimulation without a working memory task, suggesting it may have broader functional roles.