Bone tissue consists of organic matter, which is the osteoid, which makes up to 33 per cent of the total mass of the bone. The remaining part consists of mainly calcium phosphate, a substance that comes in the form of tiny crystals that give bones their firmness.
Muscle tissue is organic because it is made up of cells and organic compounds such as proteins, lipids, nucleic acids, and carbohydrates. Inorganic substances, on the other hand, do not contain carbon-hydrogen bonds and are not derived from living organisms.
The matrix of the bone is portion of specialized connective tissue composed of intercellular, is contain an organic and inorganic materials 1- The organic material: collagen ( type I) 2- The inorganic material: calcium phosphate
blood plasma or tissue fluid
Muscle is organic because it contains carbon and other elements necessary for life. Organic compounds are those containing carbon-hydrogen bonds, which are present in muscle tissue.
Biomass
Organic matter is converted into animal and microbial tissue during decomposition. This matter can be then used to fertilize the soil.
The matrix of the bone is portion of specialized connective tissue composed of intercellular, is contain an organic and inorganic materials 1- The organic material: collagen ( type I) 2- The inorganic material: calcium phosphate
Biomass
25% Cater (Inorganic) 50% Crystallized mineral salts (Inorganic) Minerals such as Calcium Hydroxide and Calcium Phosphate (which is the most abundant mineral salt in bone's extracellular matrix). 25% Collagen fibers (Organic) So, Bone Tissue is 75% Inorganic matter, and 25% Organic
Adenosine triphosphate, ATP, contains phosphorous.
The inorganic portions of bone tissue, primarily made up of mineral salts like calcium and phosphorus, provide strength and rigidity to the bone structure. These mineral components help to resist compressive forces and give bones their hardness and durability.
Inorganic salts deposited in organic ground substances are primarily composed of calcium and phosphate minerals. These salts can accumulate in tissues like cartilage, leading to conditions such as calcification. Over time, excessive deposits can impair tissue function and contribute to degenerative processes.