Archaea, Bacteria, and Eukarya
No
Archaea,Bacteria,Eukarya
The species inside the animal kingdom are example organisms that do not have cell walls. This includes reptiles, birds and mammals.
All bacteria have cell walls. A cell wall outside the cell membrane is found in plants, fungi, bacteria, algae, and archaea. This cell wall is often a target of antibiotics. Viruses also attach to the bacteria cell walls. The bacteria that have cell walls include staph and strep.
plantae and fungi.
No
Archaea,Bacteria,Eukarya
Plant cells are surrounded by cell walls apart from the cell membrane. Apart from plants other cells that have cell walls include bacteria, algae, fungi, and diatoms.
The species inside the animal kingdom are example organisms that do not have cell walls. This includes reptiles, birds and mammals.
Three domains are : Archaea, Bacteria, and Eukarya Domains Archaea and Bacteria both include single-cell prokaryotes. Domain Eukarya includes all organisms made of eukaryotic cells
Three domains are : Archaea, Bacteria, and Eukarya Domains Archaea and Bacteria both include single-cell prokaryotes. Domain Eukarya includes all organisms made of eukaryotic cells
All bacteria have cell walls. A cell wall outside the cell membrane is found in plants, fungi, bacteria, algae, and archaea. This cell wall is often a target of antibiotics. Viruses also attach to the bacteria cell walls. The bacteria that have cell walls include staph and strep.
Members of the archea and bacteria domains. They do not have the same cell wall as plant cells do, and it is called the peptidoglycan layer. (Plant cells having walls made up of cellulose)
Taxonomists decided to separate prokaryotes into two distinct domains, Bacteria and Archaea, due to significant differences in their genetic makeup, cell membrane composition, and metabolic pathways. This division reflects their evolutionary divergence and highlights the unique characteristics of each domain, enabling a more accurate classification of prokaryotic species. By recognizing the distinctness of Archaea from Bacteria, taxonomists aim to capture the diversity and complexity of the prokaryotic world more effectively.
plantae and fungi.
cell walls
The substance that of eubacterial cell walls is a polymeric substance formed from a polysaccharide backbone tied together by short polypeptides; this primary structuraal molecule of the bacterial cell walls is known as peptidoglycan. Peoptidoglycan varies in chemical structure among different bacterial species.