Understand what you’re really putting in your body!!

​Understand what you’re putting in your body!! 

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By: Alora 

If You Can't Pronounce It... Do You Know What It Does?

Hidden in everyday foods are additives with potential effects most people never question. Ingredient Insight lets you search, understand, and uncover what you're really consuming-before it becomes routine.

What This Is

This is a growing database of food additives and ingredients, along with the potential risks that have been associated with them.

Instead of scanning labels and guessing what something means, you can look it up instantly and see the concerns connected to it—from gut health to long-term effects.

New ingredients will be added at any time, so the database continues to grow as more information is discovered.

Colourings and dyes 

Red 3

• Suspected carcinogenic

• Adverse effects on reproduction

• Child attention deficit

• Adverse effect on the thyroid

• Possible presence of aluminum

Red 40

• Child attention deficit

• Disturbs the gut microbiota

• Urticaria (in sensitive individuals)

• Possible presence of aluminum

Blue 1

• DNA damaging

• Child attention deficit

• Adverse effects on the blood

• Weakening of the immune system

• Possible presence of aluminum

Blue 2 

• Child attention deficit

• Possible presence of aluminum

Yellow 5

• Adverse effects on reproduction

• Child attention deficit

• Effects the liver

• Effects the kidneys

• Disturbs the gut microbiota

• Urticaria (in sensitive individuals)

Yellow 6

• Adverse effects on reproduction

• Child attention deficit

• Disturbs the gut microbio

Calcium Carbonate

- Accumulates in the body

A 

B

C 

Carrageenan

- Suspected carcinogenic

- Intestinal inflammation

- Disturb the gut microbiota

- Degradation into toxic compound

Cellulose Gum

- Suspected carcinogenic

- Cardiovascular disease

- Weakening of the immune system

- Intestinal inflammation

- Disturb the gut microbiota

- Weakening of the intestinal barrier

- Impairment of sugar regulation

D

Disodium Disphosphate

- Suspected carcinogenic

- Cardiovascular disease

- Adverse effect on the kidney

- Disorder of bone mineralization

Disodium Phosphate

- Cardiovascular disease

- Affects the kidney

- Disorder of bone mineralization

E 

F 

G

Glycerol

- Digestive disorder

H

I

J

K

L

M 

Mono- and Diglycerides of Fatty Acids

- Carcinogenic

- Cardiovascular Disease

- Weakness the immune system

- Intestinal inflammation

- Disturbs the gut microbiota

- Weakening the intestinal barrier

N

O

P 

Phosphoric Acid

- Cardio vascular disease

- Adverse effects on the kidney

- Disorder of bone mineralization

Polyoxyethylene Sorbitan Monostearate

- Suspected carcinogenic

- Can cause type two diabetes

- Weakening of the immune system

- Intestinal inflammation

- Disturb the gut microbiota

- Weekending of the intestinal barrier

- Involved in overweight/obesity

Polyoxyethylene Sorbitan Tristearate

- Suspected carcinogenic

- Linked with type two

- Weakening of the immune system

- Intestinal inflammation

- Disturb the gut microbiota

- Weakening of the Intestinal barrier

- Involved in overweight/obesity

Potassium Sorbate

- DNA Damaging

- Adverse effects on a kidney

- Weakening of the immune system

- Intestinal inflammation

- Disturb the gut microbiota

- Impairment of sugar regulation

- Degradation into toxic compounds 

Pectin 

-Disturb the gut microbiota 

Q

R

S 

Sodium Bisulphate

- Headaches

- Urticaria (in sensitive individuals)

Sodium Monostearate

- Disturb the gut microbiota

- Intestinal information

- Digestive disorder

Sodium Phosphate

- Cardiovascular disease

- Effects the kidneys

- Disorder of bone mineralization

Sodium Stearoyl Lactylate

- Disturbs the gut microbiota

Sorbic Acid

- DNA damaging

- The adverse effect on the kidney

- Weakening of the immune system system

- Intestinal inflammation

- Disturbs the gut microbiota

- Impaired sugar regulation

- Degradation into toxic compound

Sorbitan Monostearate

- Intestinal information

- Disturb the gut microbiota

- Digestive disorder

Steviol

- Disturbs the gut microbiota

- Impairment of sugar regulation

- Involved in overweight/obesity

T 

Tartaric Acid Esters of Mono- and Diglycerides

- Cardiovascular disease

- Weakening of the immune system

- Intestinal information

- Disturbs the gut microbiota

- Weakening of the intestinal barrier

Trisodium Phosphate

- Cardiovascular Disease

- Effect the kidneys

- Bone mineralization

U 

V

w

X 

Xanthan Gum / Gar Gum

- Disturb the gut microbiota

Y

Z

What are these used for? 

🎨 Artificial Dyes (Coloring Agents)

Used to add or enhance color in foods

• Red 3
  
  
• Red 40
  
  
• Blue 1
  
  
• Yellow 5
  
  
• Yellow 6
• Blue 2 

Preservatives

Used to extend shelf life and prevent spoilage

• Sorbic Acid
  
  
• Potassium Sorbate
  
  
• Sodium Bisulphate
  
  

⚗️ Phosphates (Texture, Preservation, Acidity)

Used for texture, moisture retention, and shelf stability

• Trisodium Phosphate
  
  
• Sodium Phosphate
  
  
• Disodium Phosphate
  
  
• Disodium Disphosphate
  
  
• Phosphoric Acid
  
  

🧈 Emulsifiers & Stabilizers

Help mix ingredients (like oil + water) and improve texture

• Mono- and Diglycerides of Fatty Acids
  
  
• Tartaric Acid Esters of Mono- and Diglycerides
  
  
• Sodium Stearoyl Lactylate
  
  
• Sodium Monostearate
  
  
• Sorbitan Monostearate
  
  
• Polyoxyethylene Sorbitan Monostearate
  
  
• Polyoxyethylene Sorbitan Tristearate
  
  

🌾 Gums & Thickeners

Used to thicken, stabilize, and improve texture

• Xanthan Gum / Gar Gum
  
  
• Cellulose Gum
  
  
• Carrageenan
  
  
• Acacia Gum
  
  

🌿 Sweeteners

Used to provide sweetness or sugar alternatives

• Steviol
  
  

⚪ Minerals & Additives

Used for structure, buffering, or as a calcium source

• Calcium Carbonate
  
  

🧬 Other Additives 

Various roles (solvents, humectants, etc.)

• Glycerol
  
  

Why Are These Ingredients Used?

Food additives are used to improve the appearance, taste, texture, and shelf life of products. Artificial colors make foods look more appealing and consistent, especially after processing. Preservatives help prevent spoilage and extend how long products can sit on shelves. Emulsifiers and stabilizers keep ingredients from separating, giving foods a smoother texture and longer-lasting structure. Without these additives, many processed foods would have shorter shelf lives, less consistent quality, and higher production costs.

🌿 What Could They Be Replaced With?

Some additives can be replaced with simpler or more natural alternatives, depending on the product. For example, artificial dyes may be replaced with plant-based colorings like beet juice or turmeric. Certain preservatives can be reduced by using refrigeration, packaging methods, or ingredients like vinegar or salt. Emulsifiers and stabilizers can sometimes be replaced with whole-food ingredients such as eggs, starches, or natural gums. However, these alternatives may not always provide the same shelf life, cost efficiency, or visual consistency as synthetic additives. But will react much better with the human body. 

⚠️ Potential Long-Term Concerns

Some food additives have been studied for possible long-term effects, particularly when consumed frequently or in large amounts. Research has explored links between certain additives and issues such as gut microbiome changes, inflammation, or sensitivity reactions in some individuals. In many cases, these effects are still being studied and may depend on factors like dosage, individual sensitivity, and overall diet. While most additives are considered safe within regulated limits, ongoing research continues to examine their long-term impact on health.

My View

As mentioned earlier, research on many of these additives is still ongoing. We already know that consuming large amounts of certain substances can lead to negative effects, and some additives may accumulate in the body over time. Because this area has not been fully studied, the long-term impact of that buildup is still not clearly understood. 

Many of these ingredients are commonly found in foods marketed toward children, especially school snacks, meaning exposure can start at a young age and continue over time. There are also growing concerns about long-term health issues that still don’t have clear explanations or solutions.

Ultimately, if you don’t understand what something is, it’s worth questioning whether you should be consuming it. Some of the additives listed above have been restricted or banned in certain countries due to potential risks, which raises further concerns about their widespread use.

I understand that others may have different opinions, but many of the products are easily avoidable. They are often not only containing dangerous  additives, but also contain high levels of sugar, which can contribute to issues like childhood obesity. In my opinion, it’s important to start children off with a healthier perspective on food—providing options that support their growth, learning, and help build a positive, long-term relationship with what they eat.

I know I've mentioned this already but I'll say it once more, Some of the additives listed above have been restricted or banned in certain countries due to potential risks, which raises further concerns about their widespread use.

Ultimately, if you don’t understand what something is, it’s worth questioning whether you should/shouldn’t be consuming it. 

In the end, the goal isn’t fear. it’s awareness. The more you understand what’s in your food, the more control you have over the choices you make every day. Not every ingredient is harmful on its own, but consistently consuming highly processed foods filled with unfamiliar additives can add up over time. By paying attention, asking questions, and choosing simpler options when possible, you can take a more informed and intentional approach to what you put into your body.