Answer:
The DNA is more closer to bacteria.
Explanation:
Mitochondria and chloroplast are considered as semi-autonomous organelle because they contain their own genetic material. The mitochondria and chloroplast evolution can be explained by the endosymbiont theory.
The DNA of mitochondria and chloroplast are more closely related to bacterial chromosome rather than eukaryotic chromosome. Both the organelle and bacterial DNA are double stranded and their translation can be inhibited by the chloramphenicol. Some of their replicating enzymes also show similar characteristics.
Thus, the DNA is more closer to bacteria.
The right answer is when host cell damage is detected.
Prophage is integrated into the host's DNA and is duplicated exactly like bacterial genes. Later, through a process called induction, the prophage can be excised from the bacterial genome and give birth to a free phage DNA, which undertakes a lytic cycle. Once released, the viral DNA Deforms the functions of the host cell, converting them into the production of a large number of phagic particles.As a result of this lytic infection, the bacteria dies.
Reactivation of the lithic cycle is often triggered by molecular signals of host damage or stress.
Answer:
Tropical climates are found at or near the equator. Because warm air rises at the equator, there is a lot of rain. Tropical wet climates get rain year round. ... Tropical wet and dry climates have a rainy season and a dry season.
Explanation:
The autonomic nervous system regulates peripheral blood flow and sweat glands.
Nerves control muscles connected to hair follicles.
The integumentary system reduces water loss, contains receptors that respond to touch, regulates body temperature, and protects the inside of the body from damage.