Peptidoglycen are not present in the cell walls of archaebacteria.
Archaebacteria have a cell wall, but it lacks peptidoglycan which is found in the cell walls of bacteria. Instead, archaebacteria have unique cell wall structures made of proteins and polysaccharides.
is arigid cell wall which is absent in animal cell
In Animal cell plastids are usually absent while plant cell have plastids. Animal cell do not have cell wall while plant cell do have cell wall. In Animal cells vacuole is absent while in plant cell vacuole is present.
The primary difference between Archaebacteria and Eubacteria from members of other kingdoms is their cell membrane composition. Archaebacteria have unique cell membrane lipids not found in other organisms, while Eubacteria have a peptidoglycan cell wall, which is absent in most other kingdoms.
The organelle that is present in a plant cell but absent in an animal cell is a CELL WALL.
Yes, archaebacteria have a cell wall.
Archaebacteria have a cell wall, but it lacks peptidoglycan which is found in the cell walls of bacteria. Instead, archaebacteria have unique cell wall structures made of proteins and polysaccharides.
Yes, archaebacteria have a cell wall. However, the composition of their cell wall differs from that of other bacteria, as archaebacterial cell walls lack peptidoglycan. Instead, they contain unique molecules such as pseudopeptidoglycan or S-layer proteins.
Isoprenyl Ether
No, archaebacteria lack peptidoglycan in their cell walls. Instead, they have unique cell wall components that distinguish them from other bacteria.
cell wall
Cell wall is absent in animals.Some protozoans also lack.
a cell wall is absent in a plant cell and cell sap is also not there in animal cell ,starch grains
Archaebacteria do have cell walls, although not the same kind that plant cells have.
fdfsfasdf
is arigid cell wall which is absent in animal cell
Eubacteria have a rigid cell wall and are either motile or non-motile. They also have a thick layer of proteoglycan. Archaebacteria have unique properties and are much harder to identify than eubacteria. It is almost impossible to classify.