The earliest known mineralized structures in vertebrates are associated with feeding.
<h3>What is
mineralized structures?</h3>
- Tissues that have incorporated minerals into soft matrices are referred to as mineralized tissues. These tissues typically serve as a structural support or a shield of protection.
- Mineralized tissues include bone, mollusk shells, radiolarians, diatoms, Euplectella species of deep sea sponges, tendon, cartilage, tooth enamel, and dentin.
- Over millions of years of evolution, these tissues have been precisely tailored to improve their mechanical properties. As a result, there have been numerous studies on mineralized tissues because there is much that can be learned from nature, as seen by the expanding field of biomimetics.
- These tissues are prime candidates for artificial tissue duplication due to their extraordinary structural organization and technical qualities. Mineralized tissues encourage multifunctionality, flexibility, and downsizing.
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Answer: Due to rise in temperature and pressure
Explanation: Rocks are formed due to rise in temperature and pressure. It involves larger rock masses. The main rock types are gneisses and schists which have a laminated banded appearance.
Im not positive, but i believe that the heat on the burner would allow her to control the rate of reaction!
Answer:
The answer is B. Stratum Basale
Tha main components in blood are the plasma, red blood cells, white blood cells, and blood platelets.
Plasma is like the main component that makes up most of the blood. It has a light yellow color and it carries many substances including nutrients, waste, hormones and more.
Red blood cells are the reason why blood is red in color. They have a hemoglobin inside them which can help carry oxygen for the tissues and organs. In order to maximize the oxygen carrying capacity, they don't have a nucleus.
White blood cells can be divided into phagocytes and lymphocytes. Their main function is to protect us from diseases. Phahocytes and engulf and digest bacteria, while lymphocytes can produce antibodies.
Blood platelets can cause blood clotting which can stop us from bleeding forever. They're not cells, but just fragments of cells. They also don't have nucleus since they're not complete cells.