Main Difference Between Chlorophyll & Chlorophyllin

Main Difference Between Chlorophyll & Chlorophyllin

  • Chlorophyllin is using as an additive to medicines or food colouring, which can be taken with meals as a supplement. Chlorophyll is that the natural substance present in green plants that provides them with their colour. So it helps plants to soak up energy from the sun as they undergo the method of photosynthesis.
  • This edible is found in green vegetables and other plant-based foods, like algae. The greener the vegetable is the good its chlorophyll content.
  • For more than 50 decades, Chlorophyllin is used to treat bad-smelling wounds & it is used to speed up slow healing. 
  • It's semi-synthetic, water-soluble, but it is not fat-soluble. At the same time, if we talk about Chlorophyllit is a natural substance in plants & is naturally in oil-soluble form.
  • We only can use Chlorophyll in the limited application. That's why Chlorophyll is always converted into Chlorophyllin.

Difference B/w  Chlorophyll & Chlorophy

Chlorophyllin Chlorophyll
Is water-soluble & it can be used in gummies or boiled sweets Is oil soluble which is use in applications like cocoa butter or compound coating.
It is found in the chloroplasts in green plants. It give plants and algae their green color
Chlorophyllin is water soluble ,where sodium copper salts derived from chlorophyll. There are two categories of chlorophyll (A) & (B) both are fat soluble
This is a chemical made of chlorophyll Its basic structure is porphyrin ring
Is not a fat soluble Is fat soluble

Why we need to Conversion

  • Chlorophyll is always in oil-soluble form, but unfortunately, it can not be used in as much application, so we convert it into a water-soluble form so we can use it in as much application as possible.
  • And To convert chlorophyll to chlorophyllin, we put it through a process called ‘saponification. During this process, non-water-soluble are removed. So As a result, pigment is water-soluble and appears slightly more vibrant in colour than the first chlorophyll. It is often utilized in applications like hard candies and boiled sweets.

Benefits of Chlorophyll & Chlorophyllin

Benefits of Chlorophyll & Chlorophyllin

Chlorophyll Chlorophyllin
It improves the immune system Antioxidant
Kick out the fungus from the body Anti inflammatory
Detoxify blood Helps to stop body from absorbing bad chemicals
Helps in cancer prevention Good for skin
Give your body energy  Use as a medicine

Both chlorophyll & chlorophyllin have similar properties. However, results from the research are still sundry about either chlorophyll can boost your health in these ways. But Larger, more rigorous studies are needed to guage the potential health benefits of chlorophyll.

Dosage & Warning

  • The appropriate dose of chlorophyllin depends on various factors like the Individual age, health, & various other conditions. At present there's not enough scientific information about how much dosage should be consider of chlorophyllin. So you should contact your general physician or doctor before using it

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How is Phycocyanin made

How is Phycocyanin made

Phycocyanin

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

Processing Information

Extraction Processing details which is applicable and include HACCP & CCPS plan

CCP1 CCP2 CCP3 CCP4
Certified Spirulina powder Seperation of Solid Liquid Spray dying Put In storage
Soak Raw Material Filtration & Ultra filtration Mixing,sieving & packing  
Breaking the cells of spirulina Ultra High speed centrifugation Foreign Material detection  

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.

Subunits of Phycocyanin

  • Phycocyanins are made up of phycocyanobilin as chromophores are specified to C-phycocyanins C-PC. 
  • The monomer of C-PC contain dissimilar α- and β-polypeptide units (∼20 kDa), containing 1 & 2 phycocyanobilins covalently sure to cysteines at position 84 (α) and 84 and 155 (β) 
  • The monomers aggregate quickly to make trimers (α,β)3 and hexamers (α,β)6 
  • The latter is an essential part of the phycobilisomes—a supramolecular assembly of phycobiliproteins in cyanobacteria and algae.

Intro to Phycobiliproteins

Phycobiliproteins are proteins that set up light-harvesting antenna complexes (phycobilisomes) and act as photosynthetic accessory pigments in cyanobacteria and alga (Yan et al., 2010).

They might even be used as storage protein in some algae, deteriorate to provide nitrogen within the absence of nitrogen.

Usage Of Phycocyanin

This natural pigment is primarily used in Japan & China as a colouring agent, and it includes various health benefits like, For instance

  • It promotes blood cell growth
  • It also Improve immune function 
  • Make health good enough to fight with various diseases
  • And many Other health benefits

Application

Cosmetics

  • Dairy products
  • Jellies, Gum candies
  • Beverages
  • Cosmetics

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Monascus Purpureus

Monascus Purpureus

Commercial Use

It's a yeast or fungus use commercially to produce statins to lower blood cholesterol. It's an essential fungus and is use in the form of red yeast rice. The purpose of using red yeast is to maintain the desirable cholesterol levels in people. The red yeast's active ingredient is the same as in the prescription drug, known by the name of statins used to control high cholesterol.

Monascus purpureus red yeast rice

Monascus purpureus is a rice product that is fermented with red yeast. It contains various hereditary mevinic acids include lovastatin, which is a medicinal product use to lower cholesterol.

Still, it is more referr to by its name monacolin when it is found in red rice.

Monacolin is also responsible for lowering the activity of the extract RYR. China and its neighbor Asian countries also use this product as a portion of food & medicine.

Benefits of Using Monascus purpureus

  • This product is used as a medicinal food that helps to improve blood circulation by decreasing the triglyceride levels  & cholesterol in the blood.
  • This product became popular because of its natural statin properties. This dietary supplement also contains various amounts of natural monacolins resulting from different product strains used in fermentation. These are some more benefits below.

Some additional benefits :

1. Promote heart health

2. Best for inflammation

3. Improve blood sugar levels

4. Reduce risk ok Metabolic syndrome

5. Reduce cancer risk

Relationship With Monascus Red

Likewise, other natural pigments,  monascus spp cannot be use solo for various types of food products just because of the sensitivity of their physical parameters. So by a traditional method, pigment production engages where the fungus has grown on the steamed rice. 

  • Red fermented rice production is a mixture of monascus purpureus & yeast.
  • The Monascus spp. Crash the starch in rice to simple sugars, while yeast continues the breakdown process converting it to alcohol.
  •  The fungus ferments in rice development of mycelium, unless a crimson pigment spread the grain ultimately. This provides the merchandise with a characteristic red colour.
  •  The red-coloured rice was later converted to powder and used as a colouring agent.

Monascus Red Natural colour

We offer many of our products to our customers, but the best one in natural red is monascus red.

It is the king of natural red colour because of its tremendous health benefits. Monascus red is species of purplish-red colour.

 It also has another name, like red yeast pigment, rice kernel discolouration, monascorubrin, corn silage, etc.  

 Characteristics :

  • E100 
  • It is a Water-soluble pigment
  • Red rice starter
  • Red Kojic
  • KFDA NO.94

Application :

 You can use this pigment in the following foods :

  • It can be use in the Wine
  • Candies
  • In a Cooked meat
  • In Bean curd
  • Can be use in Ice cream, Popsicles, Jellies
  • Puffed food, Pastries, Jam colouring
  • Also use in Medicine & cosmetics as a colouring agent

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5 Best Ways to Choose Natural Colors

5 Best Ways to Choose Natural Colors

There are various types of natural colors from different sources. But choosing the right color for your product seems to be difficult. For your ease, we have broken down the key factor which will help you to choose the right color for your product.

Ways to Choose Colour

Flavor:

Flavors play a vital role to guide you on what natural color you should choose. For Instance, if you are going with lemon flavor, turmeric curcumin , safflower yellow, Gardenia yellow are the best yellows for your product because they provide very bright yellow colors. But If you want to have pineapple or mango flavor, beta-carotene or annatto are the best options for you because they provide because they give more orange or more golden yellow colors which attract consumers even more.

Heat:

If your product goes through the heat procedure like HTST, pasteurization, baking, or maybe extrusion you should choose a heat-stable natural color in that case. Many natural colour have the ability where they can resist heat. Such natural colors are anthocyanins, carmine, beta-carotene, annatto, turmeric, copper chlorophyllin & carbon black & caramel colors as well, Natural brown & burnt sugars.

How to avoid colors being fade by heat

Colors that fade away with heat are mostly beet root red & Chlorophyll. For such cases, you can add more colors than you need upfront to avoid them being fade. But probably you want to avoid both of them.

Light :

Likewise, heat, some of the natural colors execute better with light exposure than others. You should avoid Paprika & beet red if your packaging is clear. You should also avoid Chlorophyll because it is not suitable for light. If you are trying to make a blue product you should use opaque packaging to protect the integrity of the color because the hue has limited options.

Interaction with other ingredients:

You should be very careful regarding ingredient interactions because if your product contains an emulsifier, you must check that whether the natural color formulation is even compatible with the other ingredients or not. Avoiding it may result in a broken emulsion. You should also be aware of vitamins & minerals because they can cause fading of the natural color in the final product.

pH-sensitive Colour :

You must also be aware of ph-sensitive colors. Natural colors like red, purple carrot & elderberry are those natural colors that are sensitive to pH. It means that the shifting of the hue depends on the pH of the application they are in. If you are working with a beverage or a confection at a low pH it will appear red, but if you use a higher pH, it will turn purple-y blue.

Spirulina is also pH sensitive color. It works better between pH 4-7. Mostly other natural colors are stable with a wider pH range but hardly one or two will work in a pH under 2 like soda concentrates.

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