To synthesize a carboxylic acid derivative into a less toxic chemical such as amylase.
How does mitochondrion's structures affect its function
Yes, mitochondria have dissimilar DNA to nuclear DNA. That is because mitochondria arose endosymbiotically as an invasion of an early eukaryotic (nucleated) cell by a purple bacterium in a relationship which was subsequently symbiotic. Many mitochondrial substances are encoded for by the mitochondrial DNA. Some others important to mitochondrial function are also encoded by nuclear DNA. But yes, the mitochondrion would have to carry out its own transciption to make the products it itself coded for. As the mitochondrion was once an autonomous bacterium (way back in Cambrian or Precambrian times), its genome would be different to the actual genome of the organism's cell (in the nucleus) in which it resides. And thus for the large part it would function utterly independently. But there may be inteferences that evolved over the billions of years since the system's origin. As I said the nucleus itself encodes for at least some products essential to mitochondrial function.
Mitochondrion
Both contain DNA
Mitochondrial DNA (mtDNA)is DNA found within a sub-cellular organelle called the mitochondrion. Interestingly, mitochondrial DNA is present as a loop, much like the bacterial genome. In addition, mtDNA does not contain any introns or non-coding sequences. mtDNA codes for proteins involved in the process of oxidative phosphorylation
How does mitochondrion's structures affect its function
Yes, mitochondria have dissimilar DNA to nuclear DNA. That is because mitochondria arose endosymbiotically as an invasion of an early eukaryotic (nucleated) cell by a purple bacterium in a relationship which was subsequently symbiotic. Many mitochondrial substances are encoded for by the mitochondrial DNA. Some others important to mitochondrial function are also encoded by nuclear DNA. But yes, the mitochondrion would have to carry out its own transciption to make the products it itself coded for. As the mitochondrion was once an autonomous bacterium (way back in Cambrian or Precambrian times), its genome would be different to the actual genome of the organism's cell (in the nucleus) in which it resides. And thus for the large part it would function utterly independently. But there may be inteferences that evolved over the billions of years since the system's origin. As I said the nucleus itself encodes for at least some products essential to mitochondrial function.
Mitochondrion
If you are refering to the mitochondria/mitochondrion then no because the mitochondria is used in our cells while nuclear DNA are used for things like making bombs i would assume.
Nucleus, DNA, mitochondrion, and more
Mitochondrion
Yes, they do replicate their own mitochondrial DNA or mt DNA
A single loop of DNA found in bacteria is called a bacterial chromosome. It contains the genetic information necessary for the bacteria to function and reproduce. This circular DNA molecule is located in the nucleoid region of the bacterial cell.
Both contain DNA
Chloroplasts; Mitochondrion
Cellular respiration
MItochondrion.