They have own circular DNA and ribosomes.So they can reproduce.
They need to be able to reproduce to fit the energy needs of a cell. Higher energy demand is linked with higher mitochondria reproduction.
Mitochondria have their own DNA.So they replicate themselves.
They have their own DNA. So they are replicated themselves
They have their own DNA. They also have own ribosomes
It replicate by its own. They have circular DNA
Because they have their own DNA.
because it has its own DNA
they have their own DNA
DNA
Mitochondria can replicate themselves. They also have own ribosomes.
No. The mitochondria also contain DNA so that they can reproduce themselves as needed.
Hermaphrodites have both male and female reproductive organs, thus being able to reproduce with themselves.
Semiautonomous; Mitochondria and Chloroplasts
if your asking how cells reproduce they can usually reproduce asexually[all by themselves].
Mitochondria can replicate themselves. They also have own ribosomes.
No. The mitochondria also contain DNA so that they can reproduce themselves as needed.
Yes they have own DNA. So they replicate by their own
They lay eggs to reproduce themselves.
Mitochondria have their own DNA.So they replicate themselves.
Hermaphrodites have both male and female reproductive organs, thus being able to reproduce with themselves.
Semiautonomous; Mitochondria and Chloroplasts
if your asking how cells reproduce they can usually reproduce asexually[all by themselves].
Mitochondria and chloroplasts reproduce independently from the cell.
They have their own DNA.So they replicates themselves.
They are not built. They replicate themselves in cells
Nope - they can reproduce all by themselves - by dividing.