Pathogenic bacteria have evolved many toxins to attack eukaryotic cells and many of these have had valuable practical
Pathogenic bacteeria have evolved many toxins to attack eukaryotic cells and many of these have had valuable practical etc
Microtubules are found in Eukarytotic cells. However, some archeabacteria have been found to contain microtubule-like structures but these are not true microtubules.
yes, DNA is found in the Nucleoid Region, then there are Plasmids, which also contain genetic material.
Mitochondria and plastids (like chloroplasts) are known as cells within a cell because they are believed to have been prokaryotic cells before entering eukaryotic cells.
aniamal cells are eukaryotic cells meaning that they have a nucleus and other membrane bound organelles. One particular organelle is the mitochondria which produces mostt of the ATP for eukaryotic cells. Prokaryotes do not have a mitochondria so they must process ATP anaerobically in the plasma membrane via fermentation Again the main reason behind this is the absence of electron transporting complex proteins in the plasma membrane of eukaryotic cells which are present in prokaryotic cells as well as in inner mitochondrial membrane. If there would have been the same complex as in prokaryotes then may be the mitochondrioa would have been of no use.
Pathogenic bacteeria have evolved many toxins to attack eukaryotic cells and many of these have had valuable practical etc
Microtubules are found in Eukarytotic cells. However, some archeabacteria have been found to contain microtubule-like structures but these are not true microtubules.
-Mitochondria are organelles within eukaryotic cells -Mitochondria themselves are not cells, but are believed to have once been a cell themselves because they have a double membrane and their own genetic material...DNA -Plant and animal cells are eukaryotic
human bones are eukaryotic cells as they contain well developed nucles.
yes, DNA is found in the Nucleoid Region, then there are Plasmids, which also contain genetic material.
Mitochondria and chloroplasts have their own DNA
Mitochondria and plastids (like chloroplasts) are known as cells within a cell because they are believed to have been prokaryotic cells before entering eukaryotic cells.
Both of the cells received a benefit from living together. First, the pre-eukaryotic cells gave the small prokaryotes a source of shelter and protection from predators as well as fuel to make energy. Then, in return the prokaryotes gave the pre-eukaryotic cells a source of energy.
The organelles found only in eukaryotic cells includes endoplasmic retculum, mitochondria, chloroplast, Golgi complex, lysosomes, endosomes, peroxisomes and glyoxisomes, and a distnct nucleus.
aniamal cells are eukaryotic cells meaning that they have a nucleus and other membrane bound organelles. One particular organelle is the mitochondria which produces mostt of the ATP for eukaryotic cells. Prokaryotes do not have a mitochondria so they must process ATP anaerobically in the plasma membrane via fermentation Again the main reason behind this is the absence of electron transporting complex proteins in the plasma membrane of eukaryotic cells which are present in prokaryotic cells as well as in inner mitochondrial membrane. If there would have been the same complex as in prokaryotes then may be the mitochondrioa would have been of no use.
Earth is 4.6+ billion years old but it's really only seen eukaryotes for about the last 2 billion.
Recently complex networks of fibrous protein structures have been shown to exist in the cytosol of eukaryotic cells. These network collectively form cytoskeleton.