GenInv – Health and Wellness

Bulk beta carotene is the one responsible in giving foods a yellow, orange or red hue.  It is a compound commonly found in several fruits, vegetables and even animal produce.  With its ability to produce intense colors within the spectrum range of yellow to red, it has become a reliable coloring agent making food items look more appealing for consumption.  Butter, tomatoes, eggs and lobsters look luscious because of this substance.

Commonly, individuals are aware of the existence o

f bulk beta carotene instead of the group of carotenoids.  It should be noted, though, that beta carotene actually falls under this group.  It is possibly, by far, the most easily recognized type of carotenoid.  In addition to its food coloring ability, it is an excellent source of vitamin A by means of a self-conversion process.  There are no reported incidents of vitamin A overdose as compared with other compounds, thus, making it essentially beneficial for the body such as preservation of

the eyesight.  As soon as the correct levels of the vitamin are attained, the rest is stored in the body for future use.  Bulk beta carotene is easily obtained from eating foods such as carrots, spinach, grains and even foods that contain the synthetic version.

At this day and age of technological advancements, ingestion of the recommended amounts of vitamin A is not a problem since it can be found in a number of beta-carotene-fortified foods and beverages.  It is also noted that bulk beta

carotene is traditionally known for its orange hue.  However, with continuous research and experimentations, food technologists have made the synthetic formula capable of producing colors in a wide range of spectrum from the bright yellows to the pale reds.

A wide range of yellow hues is possible depending on the dispersion process that was utilized.  Through expert manipulation, it is possible to adjust the colors in foods and beverages with the flavors of lemon, mango, mandarin, apricot or even passion-fruit.  The transparency of the liquid is also directly affected by such modifications.  In cases wherein a darker red hue is desired, larger beta carotene particles in its original crystalline structure will produce such result.  Color concentration can also be due to the reaction of bulk beta carotene with the amount of fats in the food or drink.  It should be noted that the amount of the substance does not have a direct relationship to the intensity of the color it produces.  Therefore, it is still best to conduct a series of trial-and-errors in order to observe and define the actual effects of these modifications.