Strongest Gelatin

The function of the connective tissue is to support, bind, cover, protect and give structure to the body.

A ligament is a group of dense regular connective tissue made of collagenous fibres which are protected by dense connective tissue sheaths. Ligaments connect one bone to another bones to form joints. The also provide joint stability and prevent movement that might damage a joint.

Protein is obviously what everyone’s body part is made up of protein and so the fibrous tissue which is result to healing if low protein this tissue is not synthesized and high protein can increase it rates. Carbohydrates, as they are provide the main structural materials required for growth, repair, and maintenance of tissue. A&P 9th ed. Pg.50

The skeletal system is made up of cartilage and bone. Both bone and cartilage are connective tissues, that is, they are composed of cells in a matrix with intracellular fibers. Just imagine connective tissue as a gelatin salad with grapes and coconut. The grapes would represent cells, the gelatin the support material for matrix, and the pieces of coconut the intracellular fibers. By changing the amounts of each ingredient and adding extra substances, we can produce a material that is very hard like bone and can withstand weight or softer like cartilage which can be used as a cushioning material.

58) Connective tissues that possess a large quantity of collagen fibers often provide the framework for organs such

a. Proteins- macromolecules made of amino acids. Proteins have many functions in the body. Some sources of proteins are whole-grain cereals, dark breads,rice, beans, and meat.

The basic function of the connective tissue is to support, bind or connect all other types of tissues together in the body.Blood, cartilage, and bone are usually considered as connective tissue

The second type of tissue found in the body is connective tissue. They lie beneath the epithelial tissue helping to connect different part of the internal structure, the cells are more widely separated from each other then in epithelial tissue. The intercellular substance known as the matrix is found in considerably large amounts. Within the matrix there are usually fibres which may be a jelly like consistency or dense and rigid depending on the type, function and positioning of the tissue. Theses fibres form a supporting system for cells to attach to. The major functions of connective tissue are to transport materials, give structural support and protection. The types of connective tissue that will be explained are blood, bone, cartilage, bone, areolar tissue and adipose tissue.

The annulus is composed of concentric rings of collagen fibers that is called lamellae and arranged in a highly ordered pattern. The lamellae are made up of 15 to 25 layers that are present in the annulus and surround the central nucleus pulposus. The annulus is made up of strong fibrocartilage, which is made of collagen type I and II. The collagen fibers in each lamellae are arranged alternately and intersect with each other (right/left hand alignment). The lamellae are thicker in the lateral and anterior portions of the disc and thin posteriorly. Annulus fibrosus lamellae are made of long collagen fibers that are laying parallel to made fibrous multi-layer composites with differently oriented orthotropic layers. The outermost layer is composed

A tendon is a fibrous connective tissue made up of collagen. The tendon attaches the muscle to

and tensile strength in the longitudinal and transverse directions of the collagen’s fibers. Compact tension specimen

The COL7A1 gene contains the instruction manual for making proteins that are used for strengthening and supporting the connective tissue in the body which includes tendons, ligaments, bones and skin. “The proteins produced from the COL7A1 gene, called pro-α1 (VII) chains, are the components of type VII collagen.” (http://ghr.nlm.nih.gov/gene/COL7A1) When three pro-α1 (VII) chains twist together, they form a triple-stranded molecule called a procollagen, these molecules are secreted by the cell and are processed by enzymes which remove extra protein segments. When these procollagen molecules are processed by getting rid of the extra segment on the ends, they then can arrange themselves into longer, thinner bundles of mature type VII collagen.

Collagen is the predominant protein in animal bodies, constituting approximately 30% of the total protein (Birk & Bruckner, 2005; Unlua et al. 2014). It is an extracellular matrix protein that can either directly or indirectly interact with cells to alter cellular activity. At least 27 different types of collagen have been indentified, correspondingly named types I to XXVII (Birk & Bruckner, 2005).

The extracellular matrix (ECM) is a feature of all multi cellular animals . It is a complex network of proteins secreted locally by cells via exocytosisalberts. The protein components that form the ECM include proteoglycans, glycoproteins such as fibronectin and fibres such as collagen. In addition a family of five matricellular proteins called thrombospondins are present.

Gelatin is a protein that is composed of byproducts of animal bones, tendons and ligaments ("What is gelatin made"). These specific parts of the body (connecting tissues) are made up of a protein called collagen ("Why can't you put pineapple"). Collagen is a fibrous protein and is the most commonly found protein in the bodies of humans. Through the hydrolysis of collagen, gelatin is formed.