Nixon M. Abraham

This paper introduces a modified Hele-Shaw Cell technique to fabricate vascular perfusion phantoms with fractal-like structures, validated for physiological flow and geometry.

This study shows that synaptic inhibition in the accessory olfactory bulb is crucial for pheromone location learning and memory in rodents.

The paper studies decision revisions in mice during an olfactory task, showing they are influenced by synaptic inhibition and stimulus complexity.

This study shows mice can discriminate airflow alongside odors, revealing how mechanical and chemical stimuli interact in olfactory processing.

This study develops an automated olfactory matching paradigm to assess sensory and cognitive functions in humans, finding that accuracy and decision times correlate with perceptual certainty and odor complexity.

This study shows that female mice can memorize pheromone locations using both olfactory and somatosensory systems, but not when either system is blocked or pheromonal cues are replaced with same-sex cues.

The paper investigates slow postsynaptic signaling in olfactory bulb granule cell spines and shows it enables asynchronous GABA release through multiple local mechanisms.

The paper shows that glomerular odor representations' similarity and activation strength determine the time needed for odor discrimination, independent of sniffing behavior.