Remember this: Nobody wants to belong to the party of losers. One of the best strategies in such a case is evidently an interpretation of…
The combination of chemicals in the mixture and the effects of the mixture on women’s behavior enables us to make the claim that the mixture is a mixture of human pheromones.
Extension to people of the molecular biology common to all species explains how cerebral activation of hormone-secreting neurons and processes commonly attributed to individual components of the model, like genes or hormones, results in genetically predisposed phenotypic expression
Ingestive behavior and social behavior are odor receptor-mediated in all species (not just those that are sensitive to light) as would be expected due to the common molecular biology of all species.
These results extend the requirement for mammalian pheromone-dependent myelination to human infants raised with minimal social contact. The absence of social odors (the pheromones) shows up in behavior caused by their otherwise “normal” epigenetic effects.
Kudos to them for moving us forward and away from random mutations theory to an era where geneticists and neuroscientists can examine sensory cause and effect in the proper perspective of an epigenetic continuum of unconscious affects on genomic interactions…
…attention should be focused on the model organisms Bonasio and others, like me, have used to detail precisely how the differentiation of species, brains, and behaviors are driven by nutrient chemicals and pheromones.
Most psychologists seem unwilling to admit they don’t know the difference between Pavlovian/classical conditioning and operant/respondent conditioning, perhaps because that would be an admission that they have never treated their clients effectively, which is well known to others whose psychological treatment has failed.
What the honeybee queen eats determines her pheromone production. Her pheromones determine everything else about the social interactions of the colony including the neuroanatomy of the worker bees’ brains.