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Do eukaryotic organisms have pepidoglycan walls?
No, peptidoglycan cell walls are characteristic of Eubacteria, which are prokaryotes.
What is eurobacteria?
Eubacteria Is a domain of living organisms. Eubacteria is described as germs. They are characterized by the rigid cell walls.
What eubacteria are grouped by cell wall thickness or thinness?
Eubacteria with thin cell walls are classified as Gram-negative, while those with thick cell walls are classified as Gram-positive. This classification is based on the ability of their cell walls to retain or lose the crystal violet stain during a Gram staining procedure.
What is a group of prokaryotes with strong cell walls and variety of structures?
eubacteria
What is one way that members of archaebacteria are different from eubacteria?
They have different types of cell walls and cell membranes.
What are the major of eubacteria?
Rigid cell walls, prokaryote, usually a few micrometers.
Does eubacteria have a cell wall or not?
Most do, although there is a type of eubacteria that only has cell membrane and not walls.
What substance is made of sugars and peptides and is found in the cell of Eubacteria?
The cell walls of eubacteria contain peptidoglycan.
Which kingdom contains cell walls with peptidoglycan?
Eubacterial cell wall is made of peptidoglycan.
What is one way that member of Archaebacteria are different from members of Eubacteria?
They have different types of cell walls and cell membranes.
What are eubacteria with protective walls that are resistant to heat and cold.?
Thermophiles are eubacteria that are resistant to heat, while psychrophiles are eubacteria that are resistant to cold. These bacteria have protective cell walls made of unique proteins and lipids that help them survive extreme temperatures.
What are eubacteria with protective walls that are resistant to heat and cold called?
Eubacteria with protective walls that are resistant to heat and cold are called thermophiles or extremophiles. These organisms are able to thrive in extreme temperatures due to the properties of their cell walls and other adaptations.
