When a new species like methanofloresn stordalenmiresnsis is discovered , researchers attempt to determine its placement in a phylogenic tree .which of the following may be analysed to classify new members of archaea Mitochondrial DNA Nuclear DNA 16s RIBOSOMAL RNA-----------answer Cytoplasmic proteins Ribosomal proteins-----answer Archaea were at first named microorganisms, accepting the name archaebacteria (in the Archaebacteria kingdom), yet this characterization is obsolete. Archaeal cells have exceptional properties isolating them from the other two areas of life, Bacteria and Eukaryota. The Archaea are further partitioned into different perceived phyla. Grouping is troublesome in light of the fact that the dominant part have not been segregated in the lab and have just been recognized by investigation of their nucleic acids in tests from their surroundings. Archaea and microscopic organisms are by and large comparable fit as a fiddle, despite the fact that a couple archaea have extremely odd shapes, for example, the level and square-formed cells of Haloquadratum walsbyi. In spite of this morphological similitude to microbes, archaea have qualities and a few metabolic pathways that are all the more firmly identified with those of eukaryotes, strikingly the compounds required in interpretation and interpretation. Different parts of archaeal organic chemistry are extraordinary, for example, their dependence on ether lipids in their cell films, including archaeols. Archaea utilize more vitality sources than eukaryotes: these range from natural mixes, for example, sugars, to alkali, metal particles or even hydrogen gas. Salt-tolerant archaea (the Haloarchaea) utilize daylight as a vitality source, and different types of archaea settle carbon; notwithstanding, not at all like plants and cyanobacteria, no known types of archaea does both. Archaea duplicate agamically by double parting, fracture, or maturing; not at all like microorganisms and eukaryotes, no known species frames spores. Solution When a new species like methanofloresn stordalenmiresnsis is discovered , researchers attempt to determine its placement in a phylogenic tree .which of the following may be analysed to classify new members of archaea Mitochondrial DNA Nuclear DNA 16s RIBOSOMAL RNA-----------answer Cytoplasmic proteins Ribosomal proteins-----answer Archaea were at first named microorganisms, accepting the name archaebacteria (in the Archaebacteria kingdom), yet this characterization is obsolete. Archaeal cells have exceptional properties isolating them from the other two areas of life, Bacteria and Eukaryota. The Archaea are further partitioned into different perceived phyla. Grouping is troublesome in light of the fact that the dominant part have not been segregated in the lab and have just been recognized by investigation of their nucleic acids in tests from their surroundings. Archaea and microscopic organisms are by and large comparable fit as a fiddle, despite the fa.

1. When a new species like methanofloresn stordalenmiresnsis is discovered , researchers attempt
to determine its placement in a phylogenic tree .which of the following may be analysed to
classify new members of archaea
Mitochondrial DNA
Nuclear DNA
16s RIBOSOMAL RNA-----------answer
Cytoplasmic proteins
Ribosomal proteins-----answer
Archaea were at first named microorganisms, accepting the name archaebacteria (in the
Archaebacteria kingdom), yet this characterization is obsolete. Archaeal cells have exceptional
properties isolating them from the other two areas of life, Bacteria and Eukaryota. The Archaea
are further partitioned into different perceived phyla. Grouping is troublesome in light of the fact
that the dominant part have not been segregated in the lab and have just been recognized by
investigation of their nucleic acids in tests from their surroundings.
Archaea and microscopic organisms are by and large comparable fit as a fiddle, despite the fact
that a couple archaea have extremely odd shapes, for example, the level and square-formed cells
of Haloquadratum walsbyi. In spite of this morphological similitude to microbes, archaea have
qualities and a few metabolic pathways that are all the more firmly identified with those of
eukaryotes, strikingly the compounds required in interpretation and interpretation. Different parts
of archaeal organic chemistry are extraordinary, for example, their dependence on ether lipids in
their cell films, including archaeols. Archaea utilize more vitality sources than eukaryotes: these
range from natural mixes, for example, sugars, to alkali, metal particles or even hydrogen gas.
Salt-tolerant archaea (the Haloarchaea) utilize daylight as a vitality source, and different types of
archaea settle carbon; notwithstanding, not at all like plants and cyanobacteria, no known types
of archaea does both. Archaea duplicate agamically by double parting, fracture, or maturing; not
at all like microorganisms and eukaryotes, no known species frames spores.
Solution
When a new species like methanofloresn stordalenmiresnsis is discovered , researchers attempt
to determine its placement in a phylogenic tree .which of the following may be analysed to
classify new members of archaea
Mitochondrial DNA
Nuclear DNA
16s RIBOSOMAL RNA-----------answer

2. Cytoplasmic proteins
Ribosomal proteins-----answer
Archaea were at first named microorganisms, accepting the name archaebacteria (in the
Archaebacteria kingdom), yet this characterization is obsolete. Archaeal cells have exceptional
properties isolating them from the other two areas of life, Bacteria and Eukaryota. The Archaea
are further partitioned into different perceived phyla. Grouping is troublesome in light of the fact
that the dominant part have not been segregated in the lab and have just been recognized by
investigation of their nucleic acids in tests from their surroundings.
Archaea and microscopic organisms are by and large comparable fit as a fiddle, despite the fact
that a couple archaea have extremely odd shapes, for example, the level and square-formed cells
of Haloquadratum walsbyi. In spite of this morphological similitude to microbes, archaea have
qualities and a few metabolic pathways that are all the more firmly identified with those of
eukaryotes, strikingly the compounds required in interpretation and interpretation. Different parts
of archaeal organic chemistry are extraordinary, for example, their dependence on ether lipids in
their cell films, including archaeols. Archaea utilize more vitality sources than eukaryotes: these
range from natural mixes, for example, sugars, to alkali, metal particles or even hydrogen gas.
Salt-tolerant archaea (the Haloarchaea) utilize daylight as a vitality source, and different types of
archaea settle carbon; notwithstanding, not at all like plants and cyanobacteria, no known types
of archaea does both. Archaea duplicate agamically by double parting, fracture, or maturing; not
at all like microorganisms and eukaryotes, no known species frames spores.