Question 1 (1 point) A cell that is ____________ has the potential to give rise
ID: 80623 • Letter: Q
Question
Question 1 (1 point)
A cell that is ____________ has the potential to give rise to all the cell types within the embryo, including the extra embryonic tissues.
Question 1 options:
terminally differentiated
multipotent
pluripotent
totipotent
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Question 2 (1 point)
A cell that is has the potential to give rise to a SUBSET of cell types or tissues in an embryo, but not all of them.
Question 2 options:
terminally differentiated
multipotent
pluripotent
totipotent
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Question 3 (1 point)
A cell that is ___________ has a particular morphology and function.
Question 3 options:
Terminally differentiated
multipotent
pluripotent
totipotent
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Question 4 (1 point)
True or False: The nucleus of an adult, terminally differentiated cell contains all the genetic information needed to create a brand new organism.
Question 4 options:
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Question 5 (1 point)
According to the endosymbiont hypothesis, mitochondria and chloroplasts:
Question 5 options:
were once spores that were engulfed by early prokaryotes.
were once prokaryotes engulfed by early eukaryotes.
were once eukaryotes engulfed by early prokaryotes.
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Question 6 (1 point)
Both the human mitochondrial and nuclear chromosomes are linear, double-stranded DNA molecules.
Question 6 options:
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Question 7 (1 point)
People afftected by diseases caused by mitochondrial DNA mutations inherit the mutations from
Question 7 options:
their mothers.
their fathers.
either parent will equal probability.
neither of their parents because mitochondrial DNA mutations are not heritable.
terminally differentiated
multipotent
pluripotent
totipotent
Explanation / Answer
Question 1: The answer is
totipotent
Question 2: The answer is
multipotent
Question 3: The answer is
Terminally differentiated
Question 4: The answer is
Yes
Quesiton 5: The answer is
were once prokaryotes engulfed by early eukaryotes.
Question 6: The answer is
False
MT have circular DNA
Quesiton 7: The answer is
their mothers.
Due to meternal inheritacne