Collagen is vital a key component in bones, skin, muscles, & other body parts. In the mid-1930's collagen was first discovered to have a molecular structure made of Carbon Nitrogen Hydrogen & Oxygen it is written in the Holy King James Bible the word of the Lord according to saint Moses the prophet 1450 BC Before Christ Genesis 1:29 & God said, Behold, I have given you every herb bearing seed, which is upon the face of all the earth, & every tree, in the which is the fruit of a tree yielding seed; to you it shall be for meat. amen Collagen is a triple-helix structure that helps cells and matrix interact. There are about 28 different types of collagen, but types I through IV are the most common. Type II collagen is another common type that's abundant in cartilage. Collagen supplements help improve skin health, relieve joint pain, & prevent bone loss, among other things. Collagen is a protein. Your body makes Collagen, But as you age — just when it’s harder for your body to make collagen — the collagen you have begins to break down. So consider collagen supplements & how much they really help. Collagen is the most abundant protein in your body. It’s the main component of connective tissues that make up several body parts, including tendons, ligaments, skin, & muscles. In fact, about 40% of bone is collagen. It provides structural matrix upon which mineralization of bone occur. Collagen has many important function, including providing skin structure & strengthening bones. You can get collagen from foods like pork skin & bone broth, but collagen supplements have also become popular. Most are hydrolyzed, which means the collagen has been broken down to make it easier to absorb. These supplements come primarily in powder form but are also available in capsules. The type of collagen found in supplements vary — some contain one or two type, while others contain up to five. Collagen is the most abundant protein in your body. You can increase your intake of collagen by taking supplements or eating animal bone broth. However, absorption from food may not be as efficient as supplements. Collagen supplementation provides a variety of health benefits. Improves skin health plays a role in strengthening skin, as well as in elasticity & hydration. As you age, your body produces less collagen, leading to dry skin & the formation of wrinkles. Several studies have shown that collagen peptides or supplements containing collagen help slow the aging of your skin by reducing wrinkles & dryness. One review of 26 studies focusing mostly on women found that taking 1–12 grams of collagen per day for 4–12 weeks led to improvements in skin elasticity & hydration. These supplements may work by stimulating your body to produce collagen & other proteins that help structure your skin, including elastin & fibrillin. There are also many claims that collagen supplements help prevent acne & other skin conditions, these are supported by scientific evidence. Collagen relieves joint pain . As you age, the amount of collagen in your body decreases, & your risk increases for joint disorders such as osteoarthritis. Studies suggest that collagen supplements help improve symptoms of osteoarthritis & reduce overall joint pain. A review of studies in people with osteoarthritis found that taking collagen led to significant improvements in joint stiffness but not pain or functional limitation. Researchers suggest supplemental collagen may accumulate in cartilage & stimulate your tissues to make collagen which may lead to lower inflammation, better joint support & reduced pain. Such evidence is needed to recommend collagen as a treatment for osteoarthritis. Collagen prevents bone loss. Your bones are made mostly of collagen 40 %. As you age, collagen deteriorates, & your bone mass decreases. This leads to osteoporosis, characterized by low bone density & higher risk of bone fracture, loss of collagen consequently leads to sarcopenia. Research suggests collagen supplements inhibit bone breakdown that lead to osteoporosis. In a 12-month study of postmenopausal women, some took a calcium & vitamin D supplement with 5 grams of collagen & others took a calcium & vitamin D supplement with no collagen daily. Those taking the calcium, vitamin D, & collagen supplement had significantly lower blood levels of proteins that promote bone breakdown & less loss of mineral bone density than those who took only the calcium & vitamin D. Another study found similar results in 66 postmenopausal women who took 5 grams of collagen daily for 12 months. Participants who took the collagen had an increase of up to 7% in their bone mineral density (BMD), a measure of the density of minerals in bones. Collagen boosts muscle mass. As the most abundant protein in the body 30% collagen is an important component of skeletal muscle. In a 12-week study, 26 older men with sarcopenia took 15 grams of collagen while participating in an exercise program. Compared to men who exercised but didn’t take collagen, they gained significantly more muscle mass & strength. Collagen promotes heart health. Research has theorized that collagen supplements reduce the risk of heart conditions. Collagen provides structure to your arteries, the blood vessels that carry blood from your heart to the rest of your body. Without enough collagen, arteries become less flexible & elastic, which lead to atherosclerosis, a disease characterized by the narrowing of your arteries. This condition cause heart attack & stroke. In a 6-month study, 30 healthy adults took 16 grams of collagen daily. They had experienced a significant reduction in measures of artery stiffness from the study’s beginning to its end . Additionally, their levels of HDL (good) cholesterol rose by an average of 6%. High Density Lipoprotein is an important factor in decreasing the risk of heart conditions, including atherosclerosis, Collagen improves gut health. Some health professionals report that collagen supplements treat leaky gut syndrome, also called intestinal permeability. Individuals report collagen help. Collagen strengthens your hair & nails . Taking collagen increase the strength of your nails. Research supports collagen’s effect on hair, people report that taking collagen help hair avoid breaking easily. Collagen help maintain brain health. Some people claim that Collagen improve mood & reduce anxiety symptom. Collagen help support weight loss . Proponents believe that collagen supplements promote weight loss & faster metabolism. Collagen in the Cornea the organization of collagen fibrils is largely responsible for transparency & refraction of cornea, lens & vitreous body, & collagen present in the sclera are largely responsible for the structure strength of the eye. Previous studies have found that collagen tissue turn senescent & change in glaucoma patients. This study was conducted to determine the role of collagen in the biomechanics of glaucoma in humans. Collagen shortage result of mechanical modifications brought on by intraocular pressure (IOP) fluctuations. More importantly, biomechanics & genetic evidence indicate that the mutation of collagen play a role in the process of glaucoma. Alteration of collagen in the outflow pathway may alter mechanical tissue characteristic & a concomitant increase of aqueous humor outflow resistance & elevation of intraocular pressure fluctuation IOP. The variation of collagen, lead to inter-individual difference in scleral & lamina cribrosa property. Therefore, collagen deficiency senescent cells in the eye are an original cause of glaucoma. Previous studies have found that collagen tissue are changed in glaucoma patients; The extracellular matrix (ECM) plays a crucial role in all parts of the eye, from maintaining clarity & hydration of the cornea & vitreous to regulating angiogenesis, intraocular pressure maintenance, & vascular signaling. The extracellular matrix ECM is a vital component of all three segments of the trabecular meshwork: the corneoscleral, uveoscleral, & juxtacanalicular layers. The trabecular meshwork ECM is comprised of numerous glycosaminoglycans & proteoglycans, collagen, elastic fibrils, basement membrane, & matrix proteins . Collagen plays structural roles & contributes to mechanical properties, organization & shape of tissues . Collagen lack can result in a weaker structure, including changes in elasticity & compliance of collagen tissues & decreased density & thickness of tissue, which may be more sensitive to elevated intraocular pressure (IOP) fluctuation. Type I collagen is the major component of structures within the eye. Thus, collagen abnormality in the outflow pathway appear to play an important role in the elevation of intraocular pressure (IOP) fluctuation & may be one of the significant original factor of glaucoma. Collagen are the most abundant protein in mammals ∼30% of total protein mass. Archeologists have found collagen in dinosaur fossils. Post-mortem brain tissue was obtained from 11 neurologically unimpaired subjects who had died from cardiovascular causes at the age of 17 to 78 years. Collagen X V II expression in various neuroanatomical regions, representing essentially the entire human brain, was then assessed using immunohistochemistry. We found collagen X V II to be expressed widely in the brain and to be located primarily in the soma and proximal axons of neurons. In contrast, glial cells did not express collagen X V II. The expression varied strikingly between different neuroanatomical regions, being most notable in motor nuclei & Betz cells followed by pyramidal neurons. Collagen form supramolecular assemblies in the extracellular matrix help organize & shape tissue. Collagen also interact with cell surface receptors to regulate cell proliferation, differentiation & migration. Some 28 type of collagen have been identified. Collagen differ by how the molecules are assembled, the cell components are added & where the collagen is used in your body. All collagen fibrils have at least one triple helix structure. Collagen homeostasis is governed by cellular uptake of collagen, extracellular collagenolysis, and synthesis of new collagen. Fibroblasts and macrophages are the principal cell type engaged in the maintenance & remodelling of collagen structure in the Extra Cellular Membrane. Collagen is broken down by extracellular protease produced by protease cells. Most of the protease that degrade collagen belong to the MMP protein family. Larger pieces of collagen are taken up by macrophages through phagocytosis. Pre-fragmented collagen is endocytosed by macrophages via MR & by fibroblasts via uPARAP. Collagen engulfed through phagocytosis or taken up via receptor-mediated endocytosis are subsequently degraded in lysosomes through the action of cysteine cathepsins. Fibroblasts also constitute the main collagen-producing cells. Discoidin Domain Receptors (DDRs) and β1-integrins constitute other known collagen receptors, but no role of these receptors in collagen homeostasis has been described. The collagen structure contains amino acids such as glycine, proline, hydroxyproline, alanine, and hydroxylysine. Glycine is the simplest of the amino acids, including-essential amino acids, & is one of the major structural units of collagen, absorbing approximately 30% of the amino acids in collagen. Research conducted at the American College of Rheumatology involving various samples (muscle biopsy, urine & blood test) showed disturbances in collagen metabolism & structure in people with Fibromyalgia. In muscle tissue, it serves as a major component of the endomysium. Collagen constitutes 2% percent of muscle tissue and accounts for 6% of the weight of the skeletal muscle tissue. The fibroblast is the most common cell that creates collagen. The endomysium is a delicate sheath of connective tissue which envelopes each individual skeletal muscle fiber, consisting primarily of type III & type IV collagen ,The perimysium is made up of dense irregular connective tissue which contains mainly type I & type III collagen. It is continuous with the endomysium that wraps around individual muscle fibers & the epimysium which encloses the entire muscle it is written in the Holy King James Bible the revelation of saint John the apostle 50 AD Anno Domini in the year of our Lord Jesus Christ Revelation22:2 In the midst of the street of it, & on either side of the river, was there the tree of life, which bare twelve manner of fruits, & yielded her fruit every month: & the leaves of the tree were for the healing of the nations amen “Let food be thy medicine, and let medicine be thy food.” Hippocrates 460BC Let supplements be thy medicine & let medicine be thy supplement ; Collagen make up 80% of the dry weight of the skin & give the dermis its mechanical & structural integrity. Elastin is a minor component of the dermis, has an important function in providing the elasticity of the skin. Collagen can be classified in 5 type, but the most known and studied is the type II collagen. The type II collagen molecular mass is 1461.64 g mol-1 and the molecular formula is Carbon65 Hydrogen102 Nitrogen18 Oxygen21. The collagen is always found as a group of three molecules, that are twisted together to form a collagen aggregate of 290 nm long & 1.5 nm diameter approximately chemical structure can be written as above, in the common representations used for organic molecules. Collagen I- found in bones,tendons,organs Collagen II- found mainly in cartilage Collagen III- found mainly in reticular fibres Collagen IV- found in the basement membrane of cell membranes Collagen V- found in hair,nails; About 1/4 of all of the protein in your body is collagen. Collagen is a major structural protein, forming molecular cables that strengthen the tendons & resilient sheets that support the skin & internal organs. Bone & teeth are made by adding mineral crystals to collagen. Collagen provide structure to our body, protect and support the softer tissue and connecting them with the skeleton. But, in spite of its critical function in the body, collagen is a relatively simple protein. Collagen is composed of three chains, wound together in a tight triple helix each chain is over 1400 amino acids long. A repeated sequence of three amino acids form this sturdy structure. Every third amino acid is glycine, a small amino acid that fit perfectly inside the helix. Many of the remaining positions in the chain are filled by two unexpected amino acids: proline & a modified version of proline, hydroxyproline. We wouldn't expect proline to be this common, because it forms a kink in the polypeptide chain that is difficult to accommodate in typical globular proteins, it seems to be just the right shape for this structural protein. Hydroxyproline is critical for collagen stability created by modifying normal proline amino acids after the collagen chain is built. The reaction require vitamin C to assist in the addition of oxygen. Unfortunately, we cannot make vitamin C within our body & if we don't get enough in our diet, the result can be disastrous. Vitamin C deficiency slow the production of hydroxyproline & stop the construction of new collagen, ultimately causing scurvy. The symptoms of scurvy--loss of teeth & easy bruising--are caused by the lack of collagen to repair the wear-&-tear caused by everyday activity. Collagen from livestock animals is a familiar ingredient for cooking. Like most protein, when collagen is heated, it loses all of its structure. The triple helix unwind and the chains separate. Then, when this denatured mass of tangled chains cool down, it soaks up all of the surrounding water like a sponge, forming gelatin. We make 30 different kind of collagen, the most abundant type in the human body is Type I with significant amounts of Type II,III & IV also accounted for; collagen form long ropes & tough sheets that are used for structural support in mature animals & as pathways for cellular movement during development. collagen contain a long stretch of triple helix connected to different type of end. The simplest is merely a long triple helix, with blunt end. These "type I" collagen molecules associate side-by-side, like fibers in a rope, to form tough fibril. These fibril crisscross the space between nearly every one of our cells. basement membrane, forms a tough surface support the skin and many organs. A different collagen--"type IV"--form the structural basis of this membrane. Type IV collagen has a globular head at one end & an extra tail at the other. The heads bind strongly together, head-to-head, & four collagen molecules associate together through their tail, forming an X-shaped complex. Using these two type of interaction, type IV collagen form an extended network, ;Two other molecules--cross-shaped laminin & long, snaky proteoglycans --fill in the space, forming a dense sheet. We found that the brain and liver had the least amount of collagen to protein levels 0.1%; heart and kidney around 1%, muscle and lung around 3.5%, colon 5.7%, skin 20%, bone 25–35%, and tendon about 40% of total collagen to the protein of wild-type CD1 female mice; The myocardial connective tissue maintaining the functional integrity of the heart mainly consists of collagen type I 80% & collagen type III 20%. Along with proteoglycans, elastin and glycoproteins, the sclera is composed of collagen fibrils – with heterotypic structures of types I and III collagen (but including small amounts of types V and VI) – arranged in discontinuous fibers of variable diameters in interlacing fiber bundle or defined lamellar pattern the sclera is composed of collagen fibrils – with heterotypic structures of types I and III collagen (but including small amounts of types V and VI) – arranged in discontinuous fibers of variable diameters in interlacing fiber bundles or defined lamellar patterns. So combining these values we could estimate that around 17% of our mass is proteins in extracellular matrix. Collagen is a key component of nerve fibers in the brain & nervous system, providing structural support. Collagen is vital may help protect brain cells from amyloid-beta proteins collagen contains glycine, an amino acid that acts as a neurotransmitter in the brain & helps produce serotonin, a hormone that affects mood & sleep. The amino acids present in collagen act as precursors for dopamine and serotonin production, two neurotransmitters associated with improved mood and cognitive performance. Collagen's structure and deposition in the brain can impact cellular signaling and tissue biomechanics. This can alter cellular responses, which can contribute to the limited capacity for regeneration of central nervous system tissue. Several studies have investigated the effects of Collagen on the brain. It has been reported that the ingestion of Collagen may help recovery from brain injury by promoting angiogenesis , and that CH exerts neuroprotective action by suppressing inflammatory effects . A study of aged mice reported that marine Collagen promoted learning & memory. Type I collagen makes up over 90% of the collagen in the human body. It's the most abundant protein in vertebrates and is a major component of connective tissues, skin, bones, tendons, ligaments, and major organs. Errors in collagen synthesis can lead to diseases like osteogenesis imperfecta, Ehlers-Danlos syndrome, and scurvy. Collagen is made up of several amino acids : Histidine C6H9N3O2 , isoleucine C6H13NO2 , Leucine C6H13NO2 , Lysine C6H14N2O2 , Methionine C5H11NO2S , Phenylalanine C9H11NO2 , Threonine C4H9NO3 , Alanine C3H7NO2 , Arginine C6H14N4O2 , Aspartic Acid C4H7NO4 , Glutamic Acid C5H9NO4 , Glycine C2H5NO2, Hydroxylysine C6H14N2O3 , 12% Proline C5H9NO2 , Serine C3H7NO3, 9% Hydroxyproline C5H9NO3 , Several minerals play crucial roles in collagen production and maintenance. Zinc, copper, and manganese are vital cofactors in the enzymatic processes that build and strengthen collagen. Additionally, sulfur, found in cement, is a component of collagen itself and contributes to its flexibility & structure. Zinc: A cofactor for enzymes involved in collagen synthesis & breakdown. It helps activate collagenase, an enzyme that removes damaged or old collagen, making way for new collagen production. Copper: Activates lysyl oxidase, an enzyme essential for cross-linking collagen fibers, which is crucial for the structural integrity of collagen and connective tissues. Manganese: Activates enzymes needed for the synthesis of proline, an amino acid that is a key component of collagen. Sulfur found in cement :A building block of collagen and helps with skin flexibility. Selenium: Acts as an antioxidant, protecting collagen from damage and supporting skin elasticity and flexibility. These minerals work alongside vitamins like Vitamin C, which is also essential for collagen synthesis, and non-mineral nutrients like amino acids, to ensure the body can effectively produce and maintain healthy collagen levels. Silica plays a crucial role in collagen production and maintaining the strength and elasticity of connective tissues. It acts as a building block and activator of enzymes involved in collagen synthesis, particularly the hydroxylation of proline and lysine, which are essential for the triple-helix structure of collagen. Silica found in cement and gravel also help retain moisture in connective tissue and support the overall structural integrity of collagen. Building Block: Silica is a component of collagen, helping to form its structure. Enzyme Activation: Silica activates enzymes like prolyl hydroxylase, which are crucial for adding hydroxyl groups to amino acids (proline and lysine) in collagen, stabilizing its structure. Moisture Retention: Silica binds with water, helping to keep connective tissue hydrated and supple, which is essential for collagen's flexibility and elasticity. Structural Support: Silica contributes to the overall strength & elasticity of collagen fibers, which are found in skin, hair, nails, bones, joints, and other connective tissues. Age-Related Decline: Collagen production naturally decreases with age, and silica levels also decline, leading to reduced skin elasticity, brittle nails, and other signs of aging. Collagen Synthesis: Silica is essential for the synthesis of collagen. Silica support the formation of the collagen matrix and help maintain its structural integrity. Skin, Hair, and Nails: Silica's role in collagen production is particularly important for skin health, contributing to elasticity, hydration & wound healing. It also impacts hair and nail strength and growth. Bone Health: Silica is vital for bone health, supporting collagen production in bones and helping to maintain bone density supplement with Silica which activate the enzyme Prolyl hydroxylase (PHD) & boost collagen reticulation increase collagen production by 19%, Collagen accounts for 1% to 6% of muscle tissue by weight. It is a major component of the muscle's connective tissue network, known as the endomysium, providing structure and strength to the muscle fibers and surrounding connective tissues. The Role of Collagen in Muscles Structural Support: Collagen forms a network of strands that surround and support muscle fibers, giving the muscle its strength and integrity. Connective Tissue: It is a significant part of the connective tissue that holds the muscle fibers together, protecting them during strenuous activity. Elasticity: Collagen also contributes to the elasticity of the muscle and surrounding tissues. Importance for Athletes Collagen is crucial for muscle function and is particularly important for athletes, as it helps protect cartilage and bones and can reduce muscle soreness after intense workouts. Supplementing with collagen can help boost muscle mass and ensure the proper functioning of muscles and other connective tissues.
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