The Pheromone Story . How it works
You've probably heard something about pheromones on the National Geographic Channel, The Discovery Channel, The Learning Channel, Animal Planet, or even TV newsmagazine shows. They're hormones that animals (including humans) produce and emit. Pheromones have no consciously perceptible smell, yet trigger a powerful, primal sexual response deep within the brain of those who come into contact with them.
Once subconsciously detected in the brains, pheromones telegraph information about your immune system, your fertility, your current level of arousal, and more. Some of these pheromones target the opposite sex, and naturally trigger arousal and attraction. With the right set of pheromone signals, a human female will automatically, instinctively respond. Often without even realizing why.
There are many pheromone types in the animal kingdom, yet Pheroline focuses on 3 specific types of pheromones which are classified as sexual human pheromones

Androstenone
(5alpha-androst-16-en-3-one)
Androstenone is common among humans. This pheromone, found in both men and women, is predominantly known as a male pheromone. This is because it typically creates a dominant, aggressive aura. Therefore, it appears to project an aggressive alpha impression (either alpha male or female), which might help you to become the center of attention and be noticed more. Since alpha aggressiveness is often associated with sex and good mate choice, this pheromone can create a sexual vibe and increase sexual tension. Androstenone has also been known to cause people to act more respectfully and polite to the wearer.

Alpha-Androstenol
(5alpha-androst-16-en-3-ol)
The alpha isomer of Androstenol creates a friendly, approachable impression. It seems to be more of a neurotic, chatty pheromone, touching more on empathy and romantic feelings. Androstenol also creates an aura of youth and health that can help to create an impression of reproductive fitness, which is attractive. The primary reported response to Androstenol has been an increase in chattiness and friendliness from the opposite sex, but as mentioned above, it is also increase sexual attractiveness. It has been referred to as an "ice-breaker" pheromone

Androstadienone
(delta 4,16-androstadien-3-one)
This is a pheromone that is widely documented to have a very specific effect on the brain activity of women. One particular study has shown that it affects the attention and social cognition areas of the brain. It is also one of the only pheromones that has been shown to stimulate the
Pheromones fit into a category of chemical sensing that is very similar to the way we smell, called olfaction. However, it is believed that pheromones are detected and processed by an accessory olfactory system. In mammals, this is the Vomeronasal System. This consists of vomeronasal pits located in the nose, at the bottom of which sits the Vomeronasal Organ (VNO), where specialized cells for detecting pheromones are situated. From here, signals are sent by neurons (nerves) to the VNO bulbs, which is the part of the brain responsible for processing the information is relayed by the pheromones and incites a response. Most pheromone signals will end up at the hypothalamus. Interestingly, the epithelium of sensory cells in the nose is sometimes referred to as an extension of the brain because of their location and the way the signals are processed.
Once subconsciously detected in the brains, pheromones telegraph information about your immune system, your fertility, your current level of arousal, and more. Some of these pheromones target the opposite sex, and naturally trigger arousal and attraction. With the right set of pheromone signals, a human female will automatically, instinctively respond. Often without even realizing why.
There are many pheromone types in the animal kingdom, yet Pheroline focuses on 3 specific types of pheromones which are classified as sexual human pheromones

Androstenone
(5alpha-androst-16-en-3-one)
Androstenone is common among humans. This pheromone, found in both men and women, is predominantly known as a male pheromone. This is because it typically creates a dominant, aggressive aura. Therefore, it appears to project an aggressive alpha impression (either alpha male or female), which might help you to become the center of attention and be noticed more. Since alpha aggressiveness is often associated with sex and good mate choice, this pheromone can create a sexual vibe and increase sexual tension. Androstenone has also been known to cause people to act more respectfully and polite to the wearer.

Alpha-Androstenol
(5alpha-androst-16-en-3-ol)
The alpha isomer of Androstenol creates a friendly, approachable impression. It seems to be more of a neurotic, chatty pheromone, touching more on empathy and romantic feelings. Androstenol also creates an aura of youth and health that can help to create an impression of reproductive fitness, which is attractive. The primary reported response to Androstenol has been an increase in chattiness and friendliness from the opposite sex, but as mentioned above, it is also increase sexual attractiveness. It has been referred to as an "ice-breaker" pheromone

Androstadienone
(delta 4,16-androstadien-3-one)
This is a pheromone that is widely documented to have a very specific effect on the brain activity of women. One particular study has shown that it affects the attention and social cognition areas of the brain. It is also one of the only pheromones that has been shown to stimulate the
Pheromones fit into a category of chemical sensing that is very similar to the way we smell, called olfaction. However, it is believed that pheromones are detected and processed by an accessory olfactory system. In mammals, this is the Vomeronasal System. This consists of vomeronasal pits located in the nose, at the bottom of which sits the Vomeronasal Organ (VNO), where specialized cells for detecting pheromones are situated. From here, signals are sent by neurons (nerves) to the VNO bulbs, which is the part of the brain responsible for processing the information is relayed by the pheromones and incites a response. Most pheromone signals will end up at the hypothalamus. Interestingly, the epithelium of sensory cells in the nose is sometimes referred to as an extension of the brain because of their location and the way the signals are processed.

