this is to do with the process known as Gram-Staining.
basically gram-negative bacteria do not retain crystal violet dye and gram-positive do.
gram-negative have an outer leaflet of the membrane that comprises a complex lipopolysaccharide whose lipid portion acts as an endotoxin where as gram-positive do not; this is helpful to know when treating ailments and diseases in animals.
Yes prokaryotes have been divided in two domains named Archea and Eubacteria .
Two main domains in taxonomy are Bacteria (bacteria and archaea) and Eukarya (plants, animals, fungi, protists). These domains represent the highest level of classification in the tree of life.
Currently the most used system for biological classification has Domains at the highest level. The Domains are three: Bacteria, Archaea and Eukarya.
The Monera kingdom was formerly a group in biological classification and included most organisms without a nucleus (prokaryotic cells). Under the three-domain system that was established in 1991, the organisms that were in the Monera kingdom were moved to two different domains, Archaea and Bacteria.
The domains Bacteria and Archaea are composed of only unicellular organisms. These organisms are prokaryotic and lack a true membrane-bound nucleus in their cells.
Yes prokaryotes have been divided in two domains named Archea and Eubacteria .
There are two prokaryotic domains: Bacteria and Archaea. These domains differ in terms of their genetic makeup, cell structure, and metabolic processes.
There are two domains.Domain bacteria and domain arche bacteria.
Two main domains in taxonomy are Bacteria (bacteria and archaea) and Eukarya (plants, animals, fungi, protists). These domains represent the highest level of classification in the tree of life.
Monera used to be the kingdom for all prokaryotes. Now that prokaryotes are divided into two domains (Archaea and Bacteria), there is no more kingdom Monera. In essence, species once belonging to the kingdom Monera were divided into the two domains.
bacteria
The two bacterial domains are Bacteria and Archaea. These domains represent the two main groups of prokaryotic organisms, which are distinct from eukaryotes.
The two domains of bacteria are Bacteria and Archaea. These domains consist of different types of bacteria with distinct characteristics and evolutionary histories. Archaea are known for their ability to thrive in extreme environments, while Bacteria encompass a wider range of species found in various habitats.
Archaea and Eukaryote are two different domains from the three domains of life classification. And Prokaryotes belong to two domains: the bacteria and the archaea.
The two domains that classify prokaryotes are Bacteria and Archaea. Bacteria are more common and diverse, found in various environments, while Archaea are known for their ability to thrive in extreme conditions such as high temperatures or high salinity.
The two prokaryotic domains are Archaea (archaebacteria) and Bacteria (eubacteria).
Currently the most used system for biological classification has Domains at the highest level. The Domains are three: Bacteria, Archaea and Eukarya.