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Pet Food Ingredient Encyclopedia

Scientific analysis of key ingredients used in pet foods

Based on AAFCO, FEDIAF and NRC standards

A
Alfalfa in Pet Food Aloe Vera in Pet Food Anchovy Oil in Pet Food Animal By-Products Animal Fat in Pet Food Apple Pomace in Pet Food
B
Barley in Pet Food Beet Pulp in Pet Food BHA (Butylated Hydroxyanisole) BHT (Butylated Hydroxytoluene) in Pet Food Biotin in Pet Food Blueberry in Pet Food Borage Oil in Pet Food Brewer's Yeast in Pet Food Burdock Root in Pet Food
C
Carrageenan Chamomile in Pet Food Chicken Cartilage in Pet Food Chicken Fat Chicken Meal Chickpeas in Pet Food Chicory Root in Pet Food Choline in Pet Food Chondroitin Sulfate in Pet Food Copper in Pet Food Corn Gluten Meal Corn in Pet Food Cranberry in Pet Food
D
DL-Methionine Dried Egg Products in Pet Food Dried Herring
E
Ethoxyquin in Pet Food
F
Fish Meal in Pet Food Fish Oil Flaxseed in Pet Food Folic Acid in Pet Food Fresh Meat in Pet Food Fructooligosaccharides (FOS) in Pet Food
G
Glucosamine in Pet Food
H
Hydrolyzed Protein Hydrolyzed Yeast in Pet Food
I
Insect Protein in Pet Food Iodine (I) Iron in Pet Food
L
L-Carnitine Lamb Meal in Pet Food Lavender in Pet Food Lentils in Pet Food Lysine (L-Lysine)
M
Mannan-Oligosaccharides (MOS) in Pet Food Marshmallow Root in Pet Food Meat Meal in Pet Food Milk Thistle in Pet Food Mixed Tocopherols
N
Natural Flavors and Animal Digest in Pet Food Nucleotides
O
Oatmeal in Pet Food
P
Pea Fiber Pea Protein in Pet Food Peas in Pet Food Potassium Chloride in Pet Food Potatoes in Pet Food Poultry Fat Powdered Cellulose in Pet Food Probiotics in Pet Food Psyllium in Pet Food Pumpkin in Pet Food
R
Rice in Pet Food Rosehip in Pet Food Rosemary Extract in Pet Food
S
Salmon Meal in Pet Food Salmon Oil in Pet Food Salt (Sodium Chloride) in Pet Food Seaweed in Pet Food Selenium in Pet Food Soybean Meal in Pet Food Starch in Pet Food Sweet Potato in Pet Food
T
Taurine Turkey Meal in Pet Food Turmeric in Pet Food
V
Vegetable Protein Isolate Vitamin A (Retinol) in Pet Food Vitamin C in Pet Food Vitamin D (Cholecalciferol) in Pet Food Vitamin E in Pet Food
W
Wheat Gluten in Pet Food Wheat in Pet Food
Y
Yucca Schidigera in Pet Food
Z
Zinc in Pet Food

Nucleotides: DNA/RNA Building Blocks and Intestinal Mucosa Repair

nucleotide DNA RNA cell renewal immunity
Full Page

Nucleotides are bioactive compounds that serve as the building blocks of DNA and RNA. In pet foods they are often supplied from yeast-derived ingredients such as Saccharomyces cerevisiae. Nucleotides are critical for the renewal of rapidly dividing cells (intestinal mucosa, immune cells, bone marrow). They may be particularly useful in young animals, stressed individuals and immunocompromised patients. Since endogenous nucleotide synthesis is energetically costly, dietary intake accelerates cell renewal.

ID Card
Chemical StructurePurine + Pyrimidine bases (adenine, guanine, cytosine, thymine, uracil)
SourceYeast protein (S.cerevisiae), organ meats
FunctionCell Regeneration / Immune Support / GI Repair
Target TissuesIntestinal mucosa, lymphocytes, bone marrow
Recommended Dosage0.01-0.05% formula formulation
Discussion Levellow
VetKriter Evaluation
4/5 Quality Score

Nucleotides, It is a scientifically supported advanced functional ingredient. It is valuable for intestinal mucosa repair and immune support. Its presence in premium foods is an indicator of quality. It is a safe and beneficial supplement.

Why Added?

  • Intestinal mucosa repair: Supports rapid renewal of enterocytes (3-5 day turnover)
  • Immune support: Increases lymphocyte proliferation and antibody production
  • Puppy development: Provides substrate for cell division during periods of rapid growth
  • Periods of stress: Speeds up recovery after surgery, infection and intense exercise
Purine Content and Urate Stone

Nucleotides contain purine bases and are formed as a result of their metabolism. uric acid occurs. The risk of ammonium urate stones may increase in breeds with impaired uric acid metabolism, such as Dalmatian dogs. A low purine diet is recommended for these breeds. In other breeds, the amount of nucleotides in the food is within safe limits.

Frequently Asked Questions

Are nucleotides really necessary?

The body can synthesize nucleotides endogenously (de novo synthesis). However, this process is costly in terms of energy. Dietary nucleotide intake (salvage pathway) accelerates cell renewal, especially in rapidly dividing tissues. Dietary intake is more important in young, old and sick animals.

Related VetKriter Tools

Bibliography
  1. Hess, J.R. & Greenberg, N.A. (2012). The role of nucleotides in the immune and gastrointestinal systems. Nutrition in Clinical Practice, 27(2), 281-294.
  2. NRC (National Research Council). (2006). Nutrient Requirements of Dogs and Cats. National Academies Press.

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