Collagen is an integral component of human wellness. From supporting skin elasticity and digestion to muscle recovery and joint health, collagen serves as the cornerstone of holistic wellbeing.

AFYA skin products are crafted using an antioxidant combination of Vitamin C and E, Hyaluronic Acid (HA) and Biotin for maximum efficacy and made in an FDA-approved facility. Additionally, purified marine collagen is included as part of their formulation process.

Skin

Collagen market is estimated to generate $2 billion yearly thanks to lofty claims about radiant skin, wrinkle-free joints and pain-free joints. But this product should not be seen as the fountain of youth; advertising would lead you to believe otherwise.

Collagen protein can be found throughout your body’s connective tissues – like tendons, ligaments and muscles. Additionally, collagen makes up your cornea of eyes, some layers of skin and hair follicles. There are three forms of collagen: Type I provides elastic cartilage support; Type II supports muscles; and Type III provides structural support to arteries and organs.

Although collagen benefits can be found through diet (particularly animal bone broth), taking daily supplements can ensure you receive enough of this miracle protein. Our Superfood Collagen Capsules and Afrivedic(tm) SoulHER Mask offer powerful combinations of this miraculous protein with other superfoods for additional wellness benefits such as immune support and stress management.

Peptides from collagen provide especially nutritious skin benefits and reduce fine lines and wrinkles to provide your complexion with a boost of vitality.

Joints

Collagen plays an essential part in maintaining joint flexibility. Joint flexibility refers to a joint’s ability to move through its full range of motion without experiencing pain or discomfort, and loss of joint flexibility may result from injury, overuse or lack of regular stretching exercises. Stretching regularly is an excellent way to promote overall body health while helping avoid stiff or sore joints.

Type I collagen can be found in elastic cartilage and other body tissues that provide support to joints, as well as in tendons, ligaments and blood vessels. Type II collagen can be found in skin tissues like ears and noses; its primary purpose is blood clotting and wound healing. Type III collagen can be found in muscles tissues, arteries and organs while Type IV collagen is found in cornea of eyes, some layers of skin and hair.

Over 28 types of collagens have been identified in vertebrates and their functions have been extensively researched at a molecular level (Miller and Matukas 1982; Gay and Miller 1983; van der Rest and Garrone 1991; Kadler 1995; Ricard-Blum et al. 2000; Myllyharju and Kivirikko 2004; Gordon and Hahn 2010). Collagens form supramolecular assemblies within extracellular matrix components, interact with cell surface receptors, regulate growth, differentiation and movement of cells while controlling growth, differentiation and movement (Miller and Matukas 1982; Gay and Miller 1983; van der Rest and Garrone 1991; Kadler 1995). Collagen types form supramoleous assemblies within extracellular matrix components to control cell movement as well as growth, differentiation and movement (Gordon and Hahn 2010). Collagen types form supramoleuminumuminum 2000). They form supramolecular assemblies within extracellular matrix compartments to control growth, differentiation or movement by cells via cell surface receptor interactions as well as controlling growth, differentiation or movement via regulation by cell surface receptor interactions to control growth differentiation or movement). Collagen forms supramoleous assemblies within extracellular matrix structures formed supramoleahn 2000 Ricard-Blum et al 2000 Myllyharju and Kivirikko 2004 Myllyharju and Kivirikko 2004 Myllyharju and Kivirikko 2004 Myllyharju and Kivirikko 2004 Gordon Hahn 2010) These subcellular assembly formation. These also interact with cell surface receptor interactions while simultaneously controlling growth differentiation or movement within cells in control systemic movement controls growth control growth, differentiation or movement, growth differentiation or control growth differentiation or movement control growth or movement within cells thus shaping in their form supramoleous assemblies within this microarrayn KiVirikko 2004 Myllyharju 2004 Myllyharju Kivirikko 2004 Gordon Hahn Kivirikko 2004 Myllyharju Kivirikko 2004 Myllyharju – Kivirikko 2004 myllyharju, Kivirikko 2004 Gordon Hahn 2010 controlled growth/Kikko 2004) Gordon Hahn 2010. They serve another form which also controls growth differentiation or movement from their movement through receptor interactions through cell surface receptor interactions which interactsor movement controlling growth differentiation and Kivirikko 2004 Gordon Hahn 2010 Gordon Hahn 2010 Gordon Hahn 2010. Gordon Hahn 2010. Gordon Hahn Gordon Hahn 2010. Gordon Hahn 2010/kivirikko 2004………….. Kivirikko 2004 2004 Gordon Hahn 2010. Myllyharju/ Kivirikko 2004 Gordon Hahn 2004 Gordon Hahn 2010 Gordon Hahn 2010. Gordon Hahn 2010 Gordon Hahn 2010 also control growth etc e 2004 2004 Gordon Hahn 2010 Gordon Hahn 2010. 2004 2004 Myllyharju and Kivirikko 4 2004 444 Kivirikko 2004 G KI 494 775 Kivirikko 2004 Gordon Hahn 2010 Gordon Hahn 2010 (2010) Gordon Hahn 2004 Gordon Hahn Hahn 2010. Kivirikko KiVirikko KiVirikko 2004 Myllyharjun KiVirikko KiVir. 2004 2004 and KiVirikko 4 KiVirikko 4 2004 My Vr Ki Vi VVikko 4 2004 Gordon Hahn 2010. Gordon& Hahn 2010 Gordon Hahn 2010 Gordon Hahn 2010

Fibrillar collagens are the most abundant type, distinguished by a rod-shaped triple helix structure with Gly-X-Y repeats that often include proline or 4-hydroxyproline as the repeating sequences. Trimerization domains bind collagen a chains in an aromatic chain-binding fashion to reveal strips that may participate in protein-protein interactions (Khoshnoodi et al. 2006).

Digestive System

Collagen is the body’s primary protein source and plays an integral role in our overall wellbeing, from supporting skin elasticity to digestion aid, collagen is an indispensable structural component that promotes wellness and vitality.

The digestive system consists of your gastrointestinal tract, liver, pancreas and gall bladder and is responsible for breaking down food and liquid into nutrients needed by your body to function effectively. Your digestive system does this by digesting fats, proteins and carbohydrates found in foods into individual components that your bloodstream then absorbs, while undigested material exits through your bowels.

Your digestive health depends on collagen to function at its best, which means eating healthily and exercising regularly as well as taking supplements such as glycine and magnesium to support digestion and keep the tract functioning efficiently. At AFYA Medical Spa we have an array of innovative skincare treatments specifically tailored to help boost natural collagen production, leading to vibrant age-defying skin. These cutting edge therapies include laser therapy, microneedling and serums containing retinol which will ensure you look your best no matter your age! To discover more book a consultation online today or contact one of our trained therapists today!

Muscles

Collagen forms an essential component of connective tissue in our bodies, providing strength and flexibility to bones, muscles and cartilage. There are multiple kinds of collagen in our bodies each playing an important part in overall wellness; yet all need one another in order to function optimally.

Collagen Type I is probably the best known variety. This variety can be found in elastic cartilage that provides support for joints. Furthermore, this form helps wounds heal faster while being rich in hydroxyproline content – essential in building other protein structures such as keratin.

Other types of collagen exist but are far less frequently encountered, including fibrillar forms known as types VIII and X that form hexagonal networks within Descemet’s membrane and hypertrophic cartilage (Kadler 1995; Ricard-Blum et al. 2000). These fibers play a pivotal role in maintaining extracellular matrix integrity.

Fibrillar collagens have been noted for their unique structural properties, such as increased tensile strength and resistance to shear. Furthermore, fibrillar collagens play an integral part in cell growth regulation as well as differentiation/migration regulation in various tissues. Furthermore, collagens feature non-proline rich domains that may serve cell or matrix association/regulation functions.

Collagen not only forms the structural component of extracellular matrix, but is also involved in various molecular assemblies; for example, formation of microfibrils with fibrillin-1 in skin or attachment of type VII collagen to anchoring fibrils of basement membrane (Gordon and Hahn 2010).

Collagen family proteins play an essential role in both the structure and function of connective tissues, but they have many additional uses outside this context. Laboratory studies can utilize it for cultivating cells, studying their behavior in response to extracellular environments, 3D bioprinting applications and living tissue models (Lynch-Schilling et al. 2013).

Though research on collagen remains ongoing, it is evident that its importance for overall body health cannot be overstated. Regular exercise, balanced nutrition and eating foods rich in proteins all help ensure you maintain muscle and joint health while stimulating collagen production.