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Structural genomics
to study how different species are related to each other
Genomics
The fossil record, computational genomics, vestigial genes/structures, biogeographical distribution of species, comparative anatomy, and direct observation
true Answer The Theory of Evolution by Means of Natural Selection is accepted by most, almost all, scientists as an excellent account of how life must change and diversify and adapt across time. Evolution is considered factual and thus true by most scientists. The reason for this is the huge amount of evidence, which comes from comparative genetics, comparative genomics, comparative cytogenetics, biogeography, comparative morphology, comparative biochemistry, comparative behaviour and the fossil record.
Structural genomics
1. Comparative genomics assays. 2. Comparative morphology assays. 3. Combining comparative genomics and morphology assays. 4. ...?
to study how different species are related to each other
comparative genomics
comparative genomics of organelles and mitochondria , chloroplast differs as the genetic material present in the nuclus and mitochondia differ in every individual so we compare the gene present in it .
Comparative genomics has shown that the human and mouse genomes are virtually identical and 200 linkage groups between the two have been identified. They are so much alike that the mouse-human comparison chart is considered the gold standard to use.
to study how different species are related to each other
Genomics
Pathway Genomics was created in 2008.
Complete Genomics was created in 2006.
Galapagos Genomics was created in 1999.
Rosetta Genomics's population is 2,008.