Human Brain

A fear of pheromones (revisited)


Unlike androstadienone or any other androstene, the mixture of androstenol and androsterone has been shown to cause changes in women’s flirtatious behavior and in their self-reported level of attraction to the man wearing the mixture

Love is a receptor-mediated event: the pervasive influence of the late Robert L. Moss


The molecular biology of how nutrient chemicals calibrate the survival of individuals and how the metabolism of nutrients to pheromones that standardizes and controls species survival appears to link the nature and nurture of receptor-mediated behavioral development across species.

Timing is key in the proper wiring of the brain: study


This effect helps to explain why the odor preferences of mammals, including humans, appear to develop before birth, but it probably has nothing to do with visual input except via its association with olfactory/pheromonal input, neurogenesis, learning and memory.

Human Pheromones and the Biology of Behavior


“Symptoms” of well-understood brain activity are clearly established via rewards and experience-dependent conditioned preferences that depend on hormonal changes driven by the effects of odors. Food odors and social odors elicit these “symptoms” of activity

Pheromones and a realistic model of sexual differentiation


Food odors and social odors influence the same basic neurophysiological mechanism (i.e., the GnRH pulse), which allows them to alter the gene-cell-tissue-organ-organ system pathway which links them to hormones and behavior.