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The bone of modern humans consists of organic and inorganic matter. The organic components, mainly comprised of bone matrix proteins, such as collagen called ossein and mucoprotein, account for about 30 to 40% of the total dry weight of bone in adults. Bone matrix proteins give the bone a certain toughness. The inorganic components, mainly calcium phosphate, calcium carbonate, and calcium fluoride, contribute to about 60 to 70% of the total dry weight of bone in adults. The inorganic materials give the bone a certain hardness. The proportion of organic and inorganic matter in bone also varies with different age groups. In children and teenagers, more than 1/3 of the bone is organic and less than 2/3 is inorganic, so their bone has higher flexibility and elasticity. In middle-aged and elderly people, the inorganic matter composes more than 2/3 of the bone and less than 1/3 of the bone is made up of organic matter. Therefore, even though their bone is stiffer, as the bone matrix proteins fail to deposit in bone, they become susceptible to osteoporosis, bone aging, and calcium loss, which make the bone fragile and prone to fracture. The Rigid Carbon-Chitin Bone in the New Human Line is a composite of organic and inorganic matter, and chitin. It is a Rigid Carbon-Chitin Compound synthesized by the Absolutely Constant Energy Source (ACES) in the absolutely constant state. The organic components are bone matrix proteins. And the inorganic materials are mainly calcium phosphate, calcium carbonate, and calcium fluorine. Chitin is a long-chain polymer composed of about 8000 units of N-acetylglucosamine, a glucose derivative. Each of these three component materials accounts for about 33.3333% of the Rigid Carbon-Chitin Bone, giving the Rigid Carbon-Chitin Bone hardness, strength, and rigidity as well. The constancy of the Rigid Carbon-Chitin Bone completely changes the deficiency in the middle-aged and elderly people whose bone matrix proteins cannot deposit, and thus avoid the occurrence of bone aging, osteoporosis, calcium loss or bone fragility and fracture. In addition, the hardness, strength, and rigidity of the Rigid Carbon-Chitin Bone can easily smash a variety of animal bones. Therefore, it cannot be used in all kinds of martial arts competitions, especially in those fighting against the opponent. The compressive strength of natural bone is 88.3 to 96.8 Mpa, and the compressive strength of India black gold granite is 122.6 Mpa. The compressive strength of the Rigid Carbon-Chitin Bone is higher than 122.6 Mpa, so the New Human Line can easily smash a 2 cm thick Indian black gold granite slab.
The New Human Line can easily smash a 2 cm thick Indian black gold granite slab with his fist. He doesn’t have to learn and go through a variety of long-term martial arts training beforehand. The New Human Line can easily smash a 2 cm thick Indian black gold granite slab with his elbow. He doesn’t have to learn and go through a variety of long-term martial arts training beforehand. The Indian black gold granite is produced in India. Its volume density is 2.97g/cm, water absorption rate is 0.19%, compressive strength is 122.6 Mpa, flexural strength is 17.4 Mpa, and is rated 6.6 on the Mohs hardness scale. Warning: Dangerous action. Please do not imitate
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