Huibing Tan

The paper identifies a vertical neuronal pathway in the spinal cord using NADPH diaphorase staining, observed across multiple species and suggesting a new anatomical structure and potential function.

The paper reports aging-related NADPH diaphorase (N-d) neuronal changes in aged dog spinal cord, including spacing spheroids and coiled neurites, suggesting dysfunction in visceral sensory circuits.

The paper identifies a specialized neuro-texture in the caudal thoracic spinal cord of monkeys, consisting of NADPH-d positive neurons and plexus structures that may function as CSF sensors.

The paper identifies aging-related NADPH-diaphorase dystrophy in specific brain nuclei of aged rats, suggesting it as a morphological marker of aging degenerative damage.

The paper identifies VIP-positive megaloneurites in aged dog and human sacral spinal cord, associated with NOS and NADPH-d, and suggests potential dysfunction of pelvic organs in aged humans.

The paper examines aging-related changes in NADPH-diaphorase (NADPH-d) in the spinal cord of aged dogs, identifying megaloneurites in sacral segments that may affect autonomic and sensory nerve pathways.

The paper identifies three new NADPH diaphorase membrane-related localizations in the pigeon brainstem, including a novel structure called T-J body.

The paper identifies two distinct NADPH-d positive alterations in the sacral spinal cord of aged non-human primates, suggesting they are specialized aging markers in pelvic visceral organs.

This study compares aging-related NADPH diaphorase positivity in the spinal cord and medullary oblongata of pigeons with rats and mice, identifying age-related changes and potential markers of aging.