Synthetic human pheromones are typically created in controlled laboratory environments using organic chemistry techniques. The process starts with base compounds, often derived from plant sterols or cholesterol-like precursors, which are then structurally modified to replicate the molecular profile of naturally occurring human pheromones. These modifications involve multiple steps of synthesis, purification, and distillation to ensure molecular precision and bio-compatibility.
 

Once the compound has been synthesized, it undergoes high-performance liquid chromatography (HPLC) and other purity tests to confirm that it matches the chemical structure and behavior of its natural counterpart. Because these molecules are active at microgram or even nanogram levels, the final product is formulated in extremely precise concentrations to avoid overstimulation or unwanted effects. In products like Pharos, these lab-created pheromones are then suspended in skin-safe carriers like ethanol and dipropylene glycol, allowing for consistent topical application that mimics the body’s own natural release mechanisms.