Experience a gradual reduction of chromosome length with each replication cycle.
It would be unable to reapir thymine dimers.
a reduction in chromosomes length
A reduction in chromosome length
Mitochondria are numerous in eukaryotic cells.
Dinoflagella is a member of Protista and therefore Eukaryotic. An example of this would be Pfiesteria.
the cell would die
All eukaryotic cells have a membrane-enclosed nucleus. Only bacteria and archaea lack a nucleus and their DNA is simply diffused throughout the cell.
the nucleus, prokaryotes lack a nucleus therefore if a cell had a nucleus it would be eukaryotic cell.
Mitochondria are numerous in eukaryotic cells.
Eukaryotic organelles would include:nucleolusmitochondriachloroplast(only photosynthetic organisms)endoplasmic reticulumgolgi complexvacoules
Telomerase maintains the telomeres of chromosomes in order to prevent cell death. This enzyme added sequences onto the ends of the chromosomes, thereby preventing extreme shortening and loss of genetic material. In a way, telomerase would give cells immortal life, by continuously regenerating its ends. However, telomerase are usually inactive in the human body because normal cells do not divide frequently, and therefore, the chromosomes do not shorten.
There are a few organelles that would only be found within a cell that is eukaryotic and autotrophic. They are chloroplasts and a central vacuole.
You would expect to find a large number of mitochondria in an eukaryotic cell that needs to produce a large amount of ATP. Mitochondria are the powerhouses of the cell and are responsible for producing ATP through cellular respiration. They are abundant in cells with high energy demands, such as muscle cells.
It is believed that extreme shortening of chromosomes due to genetic abnormalities may actually trigger cancer. Such frequent shortening of the telomeres may actually cause the telomerase enzyme to activate. This may sound like something good for the cell, but in reality, the telomerase can aid in preserving cancerous cells, giving them infinite life so that they may divide and proliferate.
Dinoflagella is a member of Protista and therefore Eukaryotic. An example of this would be Pfiesteria.
Highly mitile species have eukaryotic flagella. These include cellular projection that will move to and fro. They can be found in either plant or animal cells.
The letter "y" in eukaryotic is part of the Greek word "karyon" which means "kernel." The kernel refers to the nucleus of eukaryotic cells.
the cell would die
All eukaryotic cells have a membrane-enclosed nucleus. Only bacteria and archaea lack a nucleus and their DNA is simply diffused throughout the cell.
The body would most likely be lacking in a brain.