Carotene is produced primarily in plants during photosynthesis. This process occurs when chlorophyll absorbs sunlight, allowing the plant to convert carbon dioxide and water into glucose and oxygen, while also synthesizing carotenoids, including carotene. Carotene can also be found in some algae and certain bacteria, where it serves similar functions in light absorption and protection against oxidative damage.
Greater amounts of the skin pigmentation, carotene are produced when the skin is exposed to the sun. Carotene is obtained from a persons diet, for example, carrots are a good source of carotene.
Carotene is an orange or red plant pigment found in carrots and many other plant structures. It is a terpenoid hydrocarbon. You are thinking of melanin which reacts with sun to darken our skin, not carotene.
Carotene is found in root vegetables like carrots, parsnips, ect. Therefore, you get natural carotene from these veggies. It is not an additive to another product. Carotene is also in broccoli, apriots, and kale.
Beta carotene is important for proper eye nutrition.
beta carotene in organic
beta carotene
Not exactly. The body will convert Beta Carotene into Vitamin A when it is needed. That's why Beta Carotene is the preferred and safer version of Vitamin A... you can overdose on pure Vitamin A easier than you can on Beta Carotene
Yes, exposure to sunlight can increase the production of pigment carotene in the skin. Carotene acts as a natural pigment that gives a yellow-orange hue to the skin, and its production can be influenced by factors like sun exposure and diet. However, excessive sun exposure can also lead to sunburn and skin damage.
The chemical formula for beta-carotene is C40H56
This compound is beta-carotene.
The formula for carotene can be found on Wikipedia, which lists it as C40Hx and mentions the different kinds of carotene in existence, mainly alpha and beta.
Carotene is a pigment found in plants that gives fruits and vegetables their orange color. It is not produced in human skin in response to sunlight. Instead, exposure to sunlight stimulates the production of melanin in the skin, which is responsible for tanning and helps protect the skin from UV radiation.