The right option is; a. liver.
The liver is a large, important organ that is situated on the right side of the stomach. The liver is enclosed by the rib cage and it has two large sections (the right and the left lobes). The main function of the liver is to filter the blood coming from the digestive tract, before transporting it to the other parts of the body. The liver also detoxifies chemicals, regulates glycogen storage, metabolizes drugs and synthesizes proteins essential for blood clotting and other functions in the body.
Answer: Concentrated in certain areas
Explanation:
Volcanoes are usually formed as a result of collisions or other activity between plates at plate boundaries.
As a result, they are more usually concentrated in zones where there is more plate activity such as at the edges of continents, on islands and beneath the seas in certain areas because this is where plates usually collide with each other.
A. Lysogeny.
B. Lysogenic conversion
C. Temperate phages
D. Induction
E. Prophage
Explanation:
Lysogenic replication or lysogeny is the process of a bacteriophage invading the host’s cell, grows, replicates for generations, multiply by undergoing lysis in the host’s cell.
The basic steps of lysogenic or lytic life cycle are:
- Attachment of the phage with the host’s surface
- Penetration of the DNA to the host’s cell
- Biosynthesis of phage protein through replication of phage DNA
- Maturtion and assembly of phage particles
- Lysis to release new phages
Apart from these, under certain conditions, lysogenic replication can occur by:
Lysogenic conversion where the phenotype of a normal bacterium is converted and becomes pathogenic and produces harmful proteins and cause diseases
Other phages which can undergo lysogenic replication cycle are called temperate phages
Prophage is a type of bacteriophage which is inactive but remains in the chromosome of the host cell which powers the bacterium to be resistant to infections caused by other viruses.
Induction is the process of excision of the phage from the host’s chromosome through physical or chemical methods.
The types of amino acid r groups will line the channel protein interior would be non-polar.
On the interior side of the system, there are non-polar amino acids that can form bonds with the hydrophobic tails of phospholipids inside cell membrane structures. By using the phenomenon of passive diffusion, they perform the fundamental task of moving materials across the membrane. The amino acid glycine contains an R group, as is the case. Valine, methionine, and alanine are a few of the non-polar amino acids, as are others.
Amino groups are more prevalent than carboxylic groups in polar amino acids with a positive charge. A more basic amino acid then results. On the "R" group of these amino acids, there is a positive charge. Lysine, arginine, and histidine are some examples of compounds that fall under this category.
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