Answer:
The type of biodiversity been practiced is REFORESTATION .
Explanation:
Reforestation is the deliberate or natural process by which destroyed plants are re-planted in a particular forest. Deforestation usually brings about destruction of different plants species and this normally throws the ecosystem out of balance. The negative process can be reversed by mean of reforestation, in which new plants are planted in the place of the destroyed ones.
Answer:
I've done work
Explanation:
mxjxudbshskxhsngsjsbebsjd
Answer:
Medicinal: In the medical world, the concepts of genetic engineering are being widely used to combat various diseases. The techniques in biotechnology have helped in producing various proteins which are beneficial to humans. For example, insulin and vaccines are being made through recombinant DNA technology.
Agricultural: The use of genetic engineering for the production of improved crops is one of the best applications of this technology. Now, it is possible to protect plants from pests and other diseases just by recombinant DNA technology. Also, the formation of crops with improved nutrients like golden rice has enabled to fight malnutrition.
Environmental: The techniques in genetic engineering has now made it possible to provide better ways for bio remediation. Toxic waste management has been made possible by producing bacteria that can even degrade plastics along with other waste.
The correct answer is letter B:<span> germinating seeds of monocot and a dicot repectively.
The diagrams show growth of seeds that are known as monocots and dicots. Monocots and dicots differ by way that their roots grow through the soil. Monocots have roots that grow downwards while Dicots have roots that shoot toward the surface and then dives back again into the soil. Both of these seeds use their cotyledons as food sources.</span>
Answer:
The correct answer is providing structure, regulating cell processes and creating movement.
Proteins are large molecules consisting of one or more polypeptide chains. They perform many important functions in the body such as:
- Structural base: they are the building blocks of the cell.
- Movement: They help in locomotion of a cell. For example, actin and myosin present in muscle cells.
- Hormones: Many hormones are protein in nature and help in the control and coordination of the body. For example, insulin and growth hormones are protein in nature.
- Enzymes: Most of the enzymes are protein in nature. Enzymes are biological catalysts which regulate the biochemical reactions taking place in an organism.
- Defense: Antibodies are protein in nature.
- Transport: Proteins form channels across the plasma membrane which facilitate the transport of molecules across the membrane.
In contrast, DNA acts as the genetic material which forms the blueprints of an organism as well as the bases of heredity. They are transcribed into different types of RNA which together synthesize the proteins.
