classify domian of life differences
Solution
Classify the domain of life differences: the domain of life is mainly classified based on the
following differences
1. Ribosomal RNAs (rRNA) inside the cell
2. The structure of cell membrane with lipid structure
3. Cell sensitivity to antibiotics
Three domains of life such as \"prokaryota\", \"archae\" and \"eukaryota (kingdom plantae,
kingdom Animalia)\"
Explanation:
The mitochondria, histone (nucleosomes) are not evolved in archae domain & prokaryote
domain but evolved in the “kingdom of eukaryotes”, as an evolutionary adaptation difference.
This is a major differential aspect among the three domains of life in their classification
according to endo-symbiotic theory.
The aspects of cell wall are constructed differently in all three domains of life such as bacteria,
archaic species, and eukaryotes. The archae has S -layer in their cell wall but do not possess
peptidoglygan layer as bacteria do. Lipopolysaccharide, peptidoglycan layers are absent in
eukaryotic cell walls and their mechanism of synthesis is absent in eukaryotes. Plant cells are
eukaryotic cells and contain cell wall but animal cells do not contain cell wall. Bacteria are
prokaryotes & do not possess histone proteins but eukaryotes contain histone proteins associated
with DNA. Any morphological characteristics of group of species are completely different to that
of three domains of life such as \"prokaryota\", \"archae\" and \"eukaryota (kingdom plantae,
kingdom Animalia)\". These morphological features are completely different to the ancestral
species and leading to new phylum evolvement. Internal structural features, embryological
development, nucleus structure, genome nature (RNA or DNA), type of cellular respiration &
energy synthesis.
The major domian of life differences with morphological relations in the evolution of vertebrate
animal life (at the phylum level & domain level) from invertebrates (from four -limb species):
The major features of embryonic vertebrate zygote formation & followed by eight-cell stage of
embryo finally blastula stage and gastrulation. This stage is absent in the archae & prokaryotes
species. There are total 2 types of groups of species that are divided based on presence of
morphological innovation that is \"presence of vertebral column\" in animal domain &
prokaryote. Those living species which do not have vertebra\" are referred as \"invertebrates\"
and those which possess vertebrae\" are referred as “chordates\" or \"vertebrates\"..
classify domian of life differencesSolutionClassify the domain.pdf
1. classify domian of life differences
Solution
Classify the domain of life differences: the domain of life is mainly classified based on the
following differences
1. Ribosomal RNAs (rRNA) inside the cell
2. The structure of cell membrane with lipid structure
3. Cell sensitivity to antibiotics
Three domains of life such as "prokaryota", "archae" and "eukaryota (kingdom plantae,
kingdom Animalia)"
Explanation:
The mitochondria, histone (nucleosomes) are not evolved in archae domain & prokaryote
domain but evolved in the “kingdom of eukaryotes”, as an evolutionary adaptation difference.
This is a major differential aspect among the three domains of life in their classification
according to endo-symbiotic theory.
The aspects of cell wall are constructed differently in all three domains of life such as bacteria,
archaic species, and eukaryotes. The archae has S -layer in their cell wall but do not possess
peptidoglygan layer as bacteria do. Lipopolysaccharide, peptidoglycan layers are absent in
eukaryotic cell walls and their mechanism of synthesis is absent in eukaryotes. Plant cells are
eukaryotic cells and contain cell wall but animal cells do not contain cell wall. Bacteria are
prokaryotes & do not possess histone proteins but eukaryotes contain histone proteins associated
with DNA. Any morphological characteristics of group of species are completely different to that
of three domains of life such as "prokaryota", "archae" and "eukaryota (kingdom plantae,
kingdom Animalia)". These morphological features are completely different to the ancestral
species and leading to new phylum evolvement. Internal structural features, embryological
development, nucleus structure, genome nature (RNA or DNA), type of cellular respiration &
energy synthesis.
The major domian of life differences with morphological relations in the evolution of vertebrate
animal life (at the phylum level & domain level) from invertebrates (from four -limb species):
The major features of embryonic vertebrate zygote formation & followed by eight-cell stage of
embryo finally blastula stage and gastrulation. This stage is absent in the archae & prokaryotes
species. There are total 2 types of groups of species that are divided based on presence of
morphological innovation that is "presence of vertebral column" in animal domain &
prokaryote. Those living species which do not have vertebra" are referred as "invertebrates"
2. and those which possess vertebrae" are referred as “chordates" or "vertebrates".
