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Known Components of Colostrum
Immune Factors, Immunoglobulins, Antibodies
IgG – Neutralizes toxins and other harmful pathogenic invaders
IgM – Helps control antibody response
IgD – Helps support health of newborns
IgE – Involved in regulating allergic response
IgA – Helps inhibit the binding of pathogens to surfaces
Secretory IgA (SigA) – Found in mucous membranes, Helps inhibit the binding of pathogens to surfaces
IgA Specific Helper – Stimulates the production of IgA
Lactoferrin – Powerful antioxidant, robs pathogens of the iron they need to proliferate
Transferrin – Binds and transports iron
Glycoproteins - (Including Protease and Trypsin Inhibitors) Protect components from destruction by stomach acids
Lactalbumin – Raises brain serotonin levels, improves mood under stress
Multimeric a-Lactalbumin – Shown to cause certain cancer cells to create selective suicide (apoptosis)
Cytokines – (Including Interleukins, Interferon Y, Tumor Necrosis Factor (TNF), and Lymphokines) Stimulates death of some tumors, increase T-cell activity, responsible for regulation and intensity of immune response, stimulate production of immunoglobulins
Proline-Rich Polypeptide (PRP) – Regulates the activity of the immune system
Lysozymes – Helps keep pathogens from binding to surfaces both internally and externally
Gamma Globulin – Helps ward off pathogens
B Lactoglobulin – Antibody, protein
Complement 3 & 4 (C3 & C4) – Proteins that activate the complement of the immune system
Kappa Casein – Glycoprotein that helps protect against H. pylori. (helicobacter pylori)
Alpha 2-AP glycoprotein Alpha 1- antitrypsin – Inhibitor of trypsin
Alpha 2- macroglobulin – Function as hormonal transporters
Orosomucoids – Alpha-1 protein in plasma
Prealbumin – Precursor to albumin
Albumin – Contains essential amino acids
Oligosaccharides – Complex carbohydrates, help support healthy lung function
Non Specific Inhibitors (NSI's) – Factors that inhibit a wide range of respiratory problems
Growth Factors
Epithelial Growth Factor (EGF) – Helps protect and maintain the skin.
Fibroblast Growth Factor (FGF) – Enhances wound healing and tissue repair.
Insulin-like Growth Factor I (IGF-I) – Increases lean muscle mass, helps repair DNA and RNA, anti-aging, helps maintian normal blood-sugar and cholesterol levels.
Insulin-like Growth Factor II (IGF-II) – Affects how the body uses fat and protein.
Growth Hormone (GH) – Regulates growth, decreases signs of aging.
Transforming Growth Factor - a (TGF- a) – Assists in formation and repair of connective tissue, bone and cartilage.
Transforming Growth Factor - b (TGF - b) – Helps repair tissue, supports growth of the lining of the gut. Shown to produce cell destruction in certain human cancers.
Platelet-Derived Growth Factor (PDGF) – Stimulates growth of connective tissue, plays a role in wound repair and helps with cell division and neuron survival and regeneration.
Gonadotropin-Releasing Hormone (GnRH) – Stimulates release of follicle-stimulating hormone, and gonadotropic substances. Prolactin – Similar to Growth Hormone.
Insulin – Responsible for proper metabolism of blood sugar.
Sulfur – An important building block of proteins.
Vitamins and Other Nutrients
Vitamin B6 – Produces serotonin, utilization of amino acids.
Vitamin B12 – Normal development of red blood cells.
Vitamin E – Antioxidant, supports wound repair and immune function.
Vitamin A (from carotene) – Resistance to pathogenic invasion, maintains cell integrity.
Vitamin C – Antioxidant, immune system support.
Thiamin (Vitamin B1) – Metabolism of carbohydrates, energy.
Folic Acid – Cell replication and tissue growth.
Pantothenic Acid – Metabolism of fats, carbohydrates and protein.
Riboflavin (Vitamin B2) – Energy production, tissue repair, healthy eyes.
Beta-carotene - Antioxidant.
Glycoconjugates – Carbohydrates that link to lipids and proteins.
Glycogen – Converts into glucose when needed by tissues.
Retinoic Acid – Metabolite of Vitamin A, used in treatment of acne.
Minerals
Calcium – Maintains strong, healthy bones, activates enzymes
Chromium – Glucose metabolism disorders, body fat reduction
Iron – Oxygen transport and storage, energy, immune support
Magnesium – Muscle relaxation, assists with normal brain function
Phosphorus – Strengthens bones and teeth
Potassium – helps maintain normal blood pressure, maintains fluid balance in cells
Sodium – Cell membrane integrity, plays important role in nerve function
Zinc – Synthesis of DNA and RNA, activates Vitamin A Essential Amino Acids
Isoleucine – Assists in muscle development & repair, helps regulate blood sugar
Leucine – Involved in muscle repair, wound healing and hormone production
Histidine – Involved in growth and tissue repair
Methionine – Antioxidant, collagen synthesis, helps support healthy cardiovascular function
Lysine – Aids in calcium absorption, helps regulate antibody and enzyme production
Threonine – Stimulates antibody production
Phenylalanine – Assists neurotransmitter function, increases “feel good” chemicals in brain
Valine – Regulates energy, aids growth and repair of muscle tissue
Tryptophan – Stimulates niacin production, precursor for serotonin
Nonessential Amino Acids
Arginine – Stimulates GH, immune function, promotes wound repair and muscle growth
Cystine – An antioxidant involved in collagen synthesis
Glutanic Acid – Helps transport potassium to the brain, implicated in neurological conditions
Alanine – Involved in glucose metabolism
Tyrosine – Regulate mood, may improve memory, appetite suppressant
Glycine – Helps decrease muscle wasting, aids in glycogen storage
Proline – Aids in wound repair and collagen synthesis
Aspartic Acid – Helps synthesis of DNA, RNA, Ig and antibodies, involved in energy metabolism
Serine – Involved in fat metabolism and muscle growth, noted moisturizer Additional Factors Found in Colostrum
Beta 2- microglobulin – Components of many cell membranes including leukocytes
Enzymes – Induce chemical changes in the body
Haemopexin – Iron-binding protein
Haptoglobulin – Glycoproteins that aid the recycling of iron
Lactoperoxidase – An antioxidant
Orotic Acid – Precursor to certain nucleotides
Peroxidase – Transfers oxygen to tissues, helps prevent free radical damage
Xanthine Oxidase Enzyme – Enzyme involved in conversion of hypoxanthine to xanthine
Lactobacillus Acidophilus, Bifidobacterium, Lactobacillus Bifidus – Help restore a supportive bacterial environment in the body
Immune Factors, Immunoglobulins, Antibodies
IgG – Neutralizes toxins and other harmful pathogenic invaders
IgM – Helps control antibody response
IgD – Helps support health of newborns
IgE – Involved in regulating allergic response
IgA – Helps inhibit the binding of pathogens to surfaces
Secretory IgA (SigA) – Found in mucous membranes, Helps inhibit the binding of pathogens to surfaces
IgA Specific Helper – Stimulates the production of IgA
Lactoferrin – Powerful antioxidant, robs pathogens of the iron they need to proliferate
Transferrin – Binds and transports iron
Glycoproteins - (Including Protease and Trypsin Inhibitors) Protect components from destruction by stomach acids
Lactalbumin – Raises brain serotonin levels, improves mood under stress
Multimeric a-Lactalbumin – Shown to cause certain cancer cells to create selective suicide (apoptosis)
Cytokines – (Including Interleukins, Interferon Y, Tumor Necrosis Factor (TNF), and Lymphokines) Stimulates death of some tumors, increase T-cell activity, responsible for regulation and intensity of immune response, stimulate production of immunoglobulins
Proline-Rich Polypeptide (PRP) – Regulates the activity of the immune system
Lysozymes – Helps keep pathogens from binding to surfaces both internally and externally
Gamma Globulin – Helps ward off pathogens
B Lactoglobulin – Antibody, protein
Complement 3 & 4 (C3 & C4) – Proteins that activate the complement of the immune system
Kappa Casein – Glycoprotein that helps protect against H. pylori. (helicobacter pylori)
Alpha 2-AP glycoprotein Alpha 1- antitrypsin – Inhibitor of trypsin
Alpha 2- macroglobulin – Function as hormonal transporters
Orosomucoids – Alpha-1 protein in plasma
Prealbumin – Precursor to albumin
Albumin – Contains essential amino acids
Oligosaccharides – Complex carbohydrates, help support healthy lung function
Non Specific Inhibitors (NSI's) – Factors that inhibit a wide range of respiratory problems
Growth Factors
Epithelial Growth Factor (EGF) – Helps protect and maintain the skin.
Fibroblast Growth Factor (FGF) – Enhances wound healing and tissue repair.
Insulin-like Growth Factor I (IGF-I) – Increases lean muscle mass, helps repair DNA and RNA, anti-aging, helps maintian normal blood-sugar and cholesterol levels.
Insulin-like Growth Factor II (IGF-II) – Affects how the body uses fat and protein.
Growth Hormone (GH) – Regulates growth, decreases signs of aging.
Transforming Growth Factor - a (TGF- a) – Assists in formation and repair of connective tissue, bone and cartilage.
Transforming Growth Factor - b (TGF - b) – Helps repair tissue, supports growth of the lining of the gut. Shown to produce cell destruction in certain human cancers.
Platelet-Derived Growth Factor (PDGF) – Stimulates growth of connective tissue, plays a role in wound repair and helps with cell division and neuron survival and regeneration.
Gonadotropin-Releasing Hormone (GnRH) – Stimulates release of follicle-stimulating hormone, and gonadotropic substances. Prolactin – Similar to Growth Hormone.
Insulin – Responsible for proper metabolism of blood sugar.
Sulfur – An important building block of proteins.
Vitamins and Other Nutrients
Vitamin B6 – Produces serotonin, utilization of amino acids.
Vitamin B12 – Normal development of red blood cells.
Vitamin E – Antioxidant, supports wound repair and immune function.
Vitamin A (from carotene) – Resistance to pathogenic invasion, maintains cell integrity.
Vitamin C – Antioxidant, immune system support.
Thiamin (Vitamin B1) – Metabolism of carbohydrates, energy.
Folic Acid – Cell replication and tissue growth.
Pantothenic Acid – Metabolism of fats, carbohydrates and protein.
Riboflavin (Vitamin B2) – Energy production, tissue repair, healthy eyes.
Beta-carotene - Antioxidant.
Glycoconjugates – Carbohydrates that link to lipids and proteins.
Glycogen – Converts into glucose when needed by tissues.
Retinoic Acid – Metabolite of Vitamin A, used in treatment of acne.
Minerals
Calcium – Maintains strong, healthy bones, activates enzymes
Chromium – Glucose metabolism disorders, body fat reduction
Iron – Oxygen transport and storage, energy, immune support
Magnesium – Muscle relaxation, assists with normal brain function
Phosphorus – Strengthens bones and teeth
Potassium – helps maintain normal blood pressure, maintains fluid balance in cells
Sodium – Cell membrane integrity, plays important role in nerve function
Zinc – Synthesis of DNA and RNA, activates Vitamin A Essential Amino Acids
Isoleucine – Assists in muscle development & repair, helps regulate blood sugar
Leucine – Involved in muscle repair, wound healing and hormone production
Histidine – Involved in growth and tissue repair
Methionine – Antioxidant, collagen synthesis, helps support healthy cardiovascular function
Lysine – Aids in calcium absorption, helps regulate antibody and enzyme production
Threonine – Stimulates antibody production
Phenylalanine – Assists neurotransmitter function, increases “feel good” chemicals in brain
Valine – Regulates energy, aids growth and repair of muscle tissue
Tryptophan – Stimulates niacin production, precursor for serotonin
Nonessential Amino Acids
Arginine – Stimulates GH, immune function, promotes wound repair and muscle growth
Cystine – An antioxidant involved in collagen synthesis
Glutanic Acid – Helps transport potassium to the brain, implicated in neurological conditions
Alanine – Involved in glucose metabolism
Tyrosine – Regulate mood, may improve memory, appetite suppressant
Glycine – Helps decrease muscle wasting, aids in glycogen storage
Proline – Aids in wound repair and collagen synthesis
Aspartic Acid – Helps synthesis of DNA, RNA, Ig and antibodies, involved in energy metabolism
Serine – Involved in fat metabolism and muscle growth, noted moisturizer Additional Factors Found in Colostrum
Beta 2- microglobulin – Components of many cell membranes including leukocytes
Enzymes – Induce chemical changes in the body
Haemopexin – Iron-binding protein
Haptoglobulin – Glycoproteins that aid the recycling of iron
Lactoperoxidase – An antioxidant
Orotic Acid – Precursor to certain nucleotides
Peroxidase – Transfers oxygen to tissues, helps prevent free radical damage
Xanthine Oxidase Enzyme – Enzyme involved in conversion of hypoxanthine to xanthine
Lactobacillus Acidophilus, Bifidobacterium, Lactobacillus Bifidus – Help restore a supportive bacterial environment in the body
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