Copulins are a class of chemical compounds secreted by female mammals, including humans, especially during the ovulatory phase of their menstrual cycle. These compounds are primarily produced by the apocrine glands, located in the armpits and genital area, and are considered to be pheromones - chemical substances that influence the behavior or physiological responses of other individuals within the same species.
In mammals, copulins play a crucial role in sexual attraction and reproductive behavior. When emitted by females, they act as chemical signals to alert males of their fertility and readiness to mate. Copulins are known to influence male behavior by enhancing their testosterone levels, leading to increased sexual arousal and desire.
The scent of copulins is distinct and often described as musky or sweet. It has the potential to elicit physiological responses in males, such as increased heart rate and blood flow, which can contribute to their overall sexual attraction and arousal.
In humans, copulins have been studied for their potential effects on interpersonal relationships. Some research suggests that exposure to copulins may enhance perceived attractiveness and positive social interactions between men and women. However, further scientific investigation is required to fully understand the role of copulins in human sexual behavior and their potential influence on social dynamics.
Overall, copulins are chemical compounds secreted by female mammals, primarily during ovulation, which can influence male behavior and serve as signals of fertility and sexual readiness.
