What's a Natural Food Color?

What's a natural food color? Paprika, Marigold, Annatto, Turmeric, and annatto are a few examples. They all come from plants. If you'd like to use your own natural food coloring, you can learn more about them here. Listed below are some of the benefits and uses of these colors. Read on to learn more! And remember to check back often for updates! We'll continue to add more natural food color sources as they become available.

Paprika

Paprika is a natural food coloring agent extracted from sweet red peppers. Its principal components, capsorubin and oleoresin, are used to tint foods red. This red pigment is extracted using an advanced supercritical CO2 extraction process, making it highly purified. The color is not affected by solvent residue, and the product disperses easily in water. This powder is used in food industries, including sausage, condiments, and salad dressings.

Annatto

Natural food color Annatto is an orange-red dye produced from the seeds of the achiote tree. The achiote tree is native to the tropical South and Central Americas. It is also known as achiotillo or bija. It is used for its color in many industrial foods. The health benefits of annatto have been linked to antioxidants, antimicrobial properties, and a reduction in inflammation. However, more research is necessary before we can safely recommend it to our consumers.

Turmeric

Curcuminoids, the chemical compound responsible for turmeric's yellow color, are a group of compounds with similar properties. Curcumin is the main yellow coloring agent and consists of a ring system with two double bonds. As a result, it has high light sensitivity. These properties make turmeric a natural food coloring agent. It is used in a wide range of products from condiments to beverages.

Marigold

The marigold as a natural food color has numerous benefits, including the ability to enhance the appearance of many foods. Marigold extract, found in marigold flowers, contains the yellow pigment lutein. This pigment is well known for its superior coloring power and bright color. When heated, marigold oleoresin transforms into an oily liquid. This oil can then be used in a wide variety of applications, including baking, cosmetics, and high-grade feed fields. Marigold is especially useful for the coloration of chicken eggs, fish, and aquatic products.

Beta-carotene

The orange hue we see in many fruits and vegetables comes from the pigment beta-carotene. This natural food colorant has antioxidant and vitamin A properties, and is obtained from a variety of sources. The process of measuring the amount of beta-carotene in food products requires a spectrophotometer, which provides an ideal method of color measurement. Learn more about this important pigment.

Beetles

Coffee lovers should not be shocked to find out that some Starbucks drinks contain colorings made from crushed cochineal beetles. According to a vegetarian blog, cochineal beetles live in the cactus plant of parts of Latin America and Africa. In addition to coloring coffee and tea, cochineal beetles are also used to color artificial crab meat and some Dannon yogurt products.

Everything about E-Numbers

Ever thought of what exactly does E-numbers represent, when we have a glance at the list of ingredients used in that specific product, maybe Lays? Let discuss in detail.

Introduction:

E-numbers, also commonly known as “European Numbers,” is a labelling action introduced by the “European Food Safety Authority,” (EFSA) in the early 1970s to mark a specific product as safe for consumption; it generally replaces the name of a preservative, additive, or chemical name.

A large number of consumers often get worried about whether the ingredients used in the product might not have adverse effects on health, so the EU setup the said organization to satisfy the consumers.

There are a total of 27 countries within the EU till date, with the inclusion of Germany, Denmark, Italy, and Spain.

Single Benefit to Manufacturer:

If you’re a manufacturer, the single biggest benefit of having EFSA label at the back of your product packet might actually increase your sales; as consumers are now becoming more detail-oriented, they will definitely choose products that are health-friendly.

Various examples:

According to researches carried out by chemical experts, there are certain categories for which E-numbers are normally there. The following numbers are found within European borders. Apart from this, there is a country in which ‘E’ is omitted and only number is written, and that’s none other than Australia.

An edible high in antioxidants are meant to be healthy when consumed; fruits and vegetables are the main types of consumptions that contain antioxidants.

The E-number associated with the said ones generally lie between 300 and 399; if the maker is selling tomato sauce, this signals that the product contains Vitamin C, which is a type of antioxidant. Therefore, if there’s E-321, or maybe E-456 written, you should be aware of the fact that the said range contains Vitamin C.

Preservatives

Similarly, let’s talk about preservatives. For those of you who might not know what preservatives are, they are special substances that minimizes microorganisms’ growth and prevents the product from decaying, which makes it futile. Beverages, processed foods, paint boxes, body sprays, and even medications contain preservatives. The E-number for the said chemical ranges from 200 till 299. For instance, you head over to the supermarket to buy a frozen packet of meat, you might see E-298, or maybe E-253 labelled, or you are in need of a Coca-Cola, you will visualize various numbers, E-222 or E-278, E-277 or E-230; there’s nothing to be frighten about.

Likewise, let’s talk about sweeteners; like cookies, ice-creams, pancakes, and birthday cakes cannot be prepared without sugar, given that a high intake of sugar increases blood sugar levels, so what to do now?

Thus, a vast number of confectionaries are actively investing in sweeteners and softness of the product; sucralose and fructose syrup are commonly use worldwide to replace harmful sugar. The E-number for the said category varies from 700-999, limiting to European customers.

The above information could be use by an individual to better select a product according to your health.

Conclusively, E-numbers are not a symbol of harm to your body. Instead, they replace the name of a specific chemical with a number, so that the EFSA can easily track their data by simply entering a number rather than full name.

To learn about natural color click Santacolor.

How is Phycocyanin Made?

 Phycocyanin is maybe a filamentous cyanobacterium that’s blue-green. It’s a pigment-protein complex from the phycobiliprotein family, which comes with allophycocyanin & phycoerythrin. It’s water-soluble.

Today we are going to discuss in detail that how Phycocyanin is made & how can we get benefit from using it within different applications.

Subunits of Phycobiliproteins

• There are two subunits of phycobiliproteins, “Alpha & beta”, which have the protein’s backbone where one or two tetrapyrrole chromophores are covalently bound.
• Phycocyanin is usually found in the cyanobacteria, which grow nearby hot weather because it can remain stable up to 70 °C, with light-absorbing behaviours at 20 and 70 °C.
• Thermophiles contain a bit different aminoalkanoic acid cycle making them stable under these higher conditions.
• The relative molecular mass is about 30,000 Da. 
• The stability of this protein invitro at these temperatures has been disported to be substantially lower.
• Photo-spectral inspection of the protein after 1 min exposure to 65 °C conditions during a purified state demonstrated a 50% loss of tertiary structure.

Making of Phycocyanin

• There are various methods for the production of Phycocyanin, including photoautotrophic, mixotrophic, heterotrophic, & recombinant production.

• Production of Phycocyanin happens where cyanobacteria spread in open ponds in tropical or either subtropical regions, whereas the production of 
• Mixotrophic algae grow in the culture where they have the source of organic carbon like glucose.
• Let us have a look at Subunits of Phycocyanin.

Beet Red Color Benefits | Santa Color

 

The Beet Red Color is obtained from consumable beets. Beets are plants cultivated mainly for the importance of their roots. They originated from a wide species of beets which are found in Asia,North America, and coastal regions of Europe. Different sorts of beets include:

• Sugar beet
• Forage beet
• Chard

The red color is extracted from betanin which is found in beets. The beet-red color is a combination of anthocyanin and beet yellow color. It is rich in dietary fiber, iron, calcium, manganese, potassium along with other nutrients. The color is dependent on the pH.

Beet Red Color Benefits

• Have you tried to use the beet-red color powder? It is loaded with the contents of minerals, nutrients, and vitamins. Here are some of the benefits that come along with it.
• Helps to improve the blood flow and regulates the blood pressure
• Helps in lowering the triglycerides and LDL cholesterol
• Betaine helps in improving kidney and liver processes
• Beet red color in the powder helps in curing skin problems, lethargy, and headaches
• Iron present in the beets aids in fighting against anemia.
• Improves the immune system
• Used in making a chemical-free blush

Natural Food Colours

 

Natural Food Colour is any dye, pigment or any other substance obtained from vegetable, animal, mineral, or source. These are capable of coloring food drug, cosmetic or any part of human body. Colors come from variety of sources such as seeds, fruits, vegetables, algae & insect.

Natural food colours originate from a wide range of sources like vegetables, fruits, plants, minerals and other edible natural sources. They impart colour when added to food or drink.

Natural food colours are preparations obtained from foods and other edible natural source materials obtained by physical and/or chemical extraction resulting in a selective extraction of the pigments relative to the nutritive or aromatic constituents.

They come in many forms consisting of liquids, powders, gels, and pastes.

Food colouring is used both in commercial food production and in domestic cooking.