No, mitochondria are only present in eukaryotic cells. Bacteria are prokaryotic cells.
Salmonella are bacterial group.They do not have mitochondria.
One structure you would not find in a bacterial cell is a mitochondrion. One bacterial disease that is transmitted by contaminated drinking water is cholera.
The endosymbiont theory is associated with mitochondria and chloroplasts. It proposes that these organelles originated from primitive prokaryotic cells that were engulfed by ancestral eukaryotic cells and formed a symbiotic relationship.
There are several reasons. First, mitochondria have a capsule around them very similar to bacterial capsules. Second, mitochondria are the only organelles in animal cells with their own genetic material. Third, mitochondria replicate themselves. Fourth, mitochondria are genetically similar to some bacteria.
I'm not sure about chloroplasts, but with mitochondria evolutionary history has led biolgists to believe that the mitochondria now present in eukaryotic cells to have originated a couple billion years ago when a very basic eukaryotic cell injested (ate) a bacterial cell. Then, instead of digesting it for food, the bacterial cell just stayed inside and functioned with the eukaryotic cell. The evidence for this lies in the structure, genetic information (mitochondria have their own DNA and replicate separately) and proteins present. This is why it could be considered a cell (bacterial), because it, at one point in history, was an actual bacterial cell. i think the above answer is a little misleading to the question. so my answer is mitochondria and chloroplast are not considered cells or bacteria. bacteria is a cell and mitochondria and chloroplasts can be found in cells (plant and animal cells, not bacteria cells).
Salmonella are bacterial group.They do not have mitochondria.
Any sort of organelles... nor lysosomes, golgi apparatus, mitochondria etc...
One structure you would not find in a bacterial cell is a mitochondrion. One bacterial disease that is transmitted by contaminated drinking water is cholera.
The endosymbiont theory is associated with mitochondria and chloroplasts. It proposes that these organelles originated from primitive prokaryotic cells that were engulfed by ancestral eukaryotic cells and formed a symbiotic relationship.
There are several reasons. First, mitochondria have a capsule around them very similar to bacterial capsules. Second, mitochondria are the only organelles in animal cells with their own genetic material. Third, mitochondria replicate themselves. Fourth, mitochondria are genetically similar to some bacteria.
Bacterial cells have a simpler structure. They do not have a separate nucleus or organelles like mitochondria or chloroplasts.
The Krebs cycle in bacteria occurs in the cytoplasm. Unlike in eukaryotic cells, where it occurs in the mitochondria, bacterial cells do not have mitochondria, so the Krebs cycle takes place in the cytoplasm.
I'm not sure about chloroplasts, but with mitochondria evolutionary history has led biolgists to believe that the mitochondria now present in eukaryotic cells to have originated a couple billion years ago when a very basic eukaryotic cell injested (ate) a bacterial cell. Then, instead of digesting it for food, the bacterial cell just stayed inside and functioned with the eukaryotic cell. The evidence for this lies in the structure, genetic information (mitochondria have their own DNA and replicate separately) and proteins present. This is why it could be considered a cell (bacterial), because it, at one point in history, was an actual bacterial cell. i think the above answer is a little misleading to the question. so my answer is mitochondria and chloroplast are not considered cells or bacteria. bacteria is a cell and mitochondria and chloroplasts can be found in cells (plant and animal cells, not bacteria cells).
E coli are bacterial type.They do not have mitochondria.
No, mitochondria are not viruses. Mitochondria are organelles found in eukaryotic cells that play a key role in generating energy for the cell through a process called cellular respiration. They are believed to have originated from bacterial cells that were engulfed by primitive eukaryotic cells through a process known as endosymbiosis.
Mitochondria are found in eukaryotic cells, which are cells that contain a nucleus and other membrane-bound organelles. They are the powerhouse of the cell, playing a critical role in producing energy through a process called cellular respiration. Mitochondria are most abundant in cells that have high energy demands, such as muscle cells.
Bacterial cells are prokaryotic, meaning they do not have a membrane-bound nucleus, while yeast cells are eukaryotic and have a nucleus. Yeast cells are typically larger and more complex than bacterial cells, containing membrane-bound organelles such as mitochondria. Bacterial cells reproduce asexually through binary fission, while yeast cells can reproduce both sexually and asexually through budding or fission.