Answer: reduce
Explanation:
Right on Plato
hybridization
hand pollination
genetic engineering
2. Which process is the opposite of inbreeding?
pollination
hybridization
seed production
genetic engineering
Answer:
1. The correct answer would be genetic engineering.
With the help of genetic engineering the breeder would select, isolate, and transfer the gene (responsible for vitamin production) from the carrot plant cell to the potato plant cell.
It is then followed by cell and tissue culture to grow the plant with the desirable character. Lastly, plant breeding is done to yield the transgenic line.
2. The correct answer would be hybridization.
Inbreeding refers to the breeding of closely related animals or plants over many generations.
In contrast, hybridization is the practice of breeding in which organisms of different varieties or species are cross-breed to produce a hybrid breed or variety. It helps in transferring a desired character from one variety to the other.
Proteins
Lipids
Answer: Proteins
Actin belongs to a family of globular multifunctional protein and myosin is a belongs a family of motor proteins. Both actin and myosin combines to form microfilaments. These are found in the eukaryotic cells. In humans and animals the combination of actin and myosin is responsible for contraction and relaxation of muscles in the presence of ATP.
Actin and myosin, which are primarily found in muscle cells, are macromolecules made up of proteins. These proteins are critical in muscle movement and function.
Actin and myosin are made up of proteins. Proteins are one of the macromolecules vital for building and repairing tissue. In the context of muscle cells, actin and myosin play a pivotal role. They interact to cause muscle contraction, a process vital for movement. Actin is a thin filament while myosin is a thicker one, and they slide past each other to cause the contraction of the muscle. Therefore, proteins have a substantial role in muscle movement and function.
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To modify the model of a given animal cell into a plant cell, it is required to add the cell wall around the cell membrane. It is also mandatory to construct large vacuoles in the cytoplasm with cell organelle chloroplast.
Plant cells may be defined as the type of eukaryotic cell that are the basic unit of life in organisms of the kingdom Plantae such as green plants, photosynthetic algae, etc.
The diagram illustrates the animal cell and asked to modify this into the plant cell. So, there is a requirement to add or edit this cell with plant cell organelles and its characteristics like cell wall, presence of chloroplast, large central vacuoles, etc.
Therefore, it is well described above.
To learn more about Plant cells, refer to the link:
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Answer:
To show the structures of a plant cell, add a cell wall around the membrane and increase the size of the vacuole inside the cell. Draw green ovals to represent chloroplasts.
Explanation:
answer on edmentum
Answer:
Atoms
Explanation:
B: ionic bond
C: hydrogen bond
D: is crossed out