A wide range of modern diseases, from sleep disorders to cancer, are associated with circadian rhythm disruption induced by light.
Modern people are exposed to artificial indoor lighting rather than only natural light during daytime, as well as light from electronic devices at night, which exposes to varied light environments in a day, resulting in light pollution. This exposure disrupts the production of the melatonin hormone, leading to sleep disorders, weakened immune function, and increased incidence of severe conditions such as cancer, Alzheimer’s disease, Parkinson’s disease, and obesity.
We provide user-customized hormone rhythm care solutions based on a technology that measures the degree of melatonin disruption and light pollution and treats such disruptions.
At Circadian, we provide devices and apps that allow the continuous, personalized (fully customized) care of hormone rhythms using technologies to measure melatonin disruption and light pollution as well as treat such disruptions.
Using Circadian products, individuals can promptly and healthily treat sleep disorders according to their own lifestyle. They can maintain stability even during environmental changes, consistently. Furthermore, they can preset desired work hours, study hours, and sleep hours while regulating alertness and relaxation levels in a way that does not affect their well-being. This allows them to maintain optimal physical health and preserve their own unique way of life.
Our team comprises of engineering, biochemistry, and medical experts; we are the first team in the world to incorporate melatonin rhythm care technology into a wearable device.
Our team consists of engineering, biochemistry, and medical experts; we are the first team in the world to incorporate melatonin rhythm care technology into a wearable device.
The concept of the circadian rhythm, the discovery which was awarded the Nobel Prize in Physiology or Medicine in 2017, has been extensively researched in the fields of biochemistry and medicine. However, the idea of using engineering technology to develop wearable healthcare devices for rhythm care was unexplored.