no.Prokariyotes lack any membranous organelles.Chloroplasts are only in eukariyotes
Not really. Prokaryotes can be pigmented but don't have the specific organelle termed a "Chloroplast". Those only occur in Eukaryotes.
No they do not have. They are in eukariyotes only
Chloroplast are not found in prokaryotic cells. They are only in eukaryotes.
No they do not. they have membranes for that.
No it is not. They are in eukariyotes
Yes. Prokaryotes are much too small to carry chloroplasts. It is theorized that chloroplasts were once prokaryotes that started a symbiotic relations with early eukaryotic cells, which explains why chloroplasts and mitochondria are found in the eukaryotic cell.
No, it takes place in both prokaryotes and eukaryotes
The endosymbiotic hypothesis postulates that an early eukaryotic cells lacking mitochondria and chloroplasts phagocytosed early aerobic prokaryotes and photosynthetic prokaryotes and rather than
no chloroplast is not present in prokaryotes because it is a type of plastid and plastids are membrane bounded organelles and prokaryotes donot have membrane bounded organelles. so chloroplast is only present in eukaryotes(in plants and some algae)
Prokaryotes have ribosomes that are necessary for protein synthesis. The ribosomes found in eukaryotes are larger compared to those found in prokaryotes.
Yes. Prokaryotes are much too small to carry chloroplasts. It is theorized that chloroplasts were once prokaryotes that started a symbiotic relations with early eukaryotic cells, which explains why chloroplasts and mitochondria are found in the eukaryotic cell.
Prokaryotes
RBS stands for ribosome bonding sites. Putative RBS happens in chloroplasts and these can be found also in prokaryotes in chemistry.
No they don't.They are only in eukariyotes. Prokariyotes have photosynthetic filaments
Every cell has organelles. Prokaryotes were once thought to have no organelles but some have been found now. Eukaryotes have membrane bound organelles and prokaryotes do not.
Endosymbiosis suggests that the prokaryotes engulfed small prokaryotes. The larger prolaryote provided nutrients and the smaller prokaryote supplied ATP molecules.
Mitochondria and chloroplasts.
The prokaryotes usually have only one chromosome, and it bears little morphological resemblance to eukaryotic chromosomes.
Mitochondria and chloroplasts have their own DNA.
No, it takes place in both prokaryotes and eukaryotes
The endosymbiotic hypothesis postulates that an early eukaryotic cells lacking mitochondria and chloroplasts phagocytosed early aerobic prokaryotes and photosynthetic prokaryotes and rather than
no chloroplast is not present in prokaryotes because it is a type of plastid and plastids are membrane bounded organelles and prokaryotes donot have membrane bounded organelles. so chloroplast is only present in eukaryotes(in plants and some algae)