In this paper, we introduce a novel parameter, called Cytogenetic Identity, to describe differences and similarities between genomes. Using Whole Comparative Genomic Hybridization plus Digital Image Analysis, we present a new methodology that employs the whole genome, including highly repeated DNA sequences, to provide a general picture about the differences between individuals of the same or different species. The proposed approach has a great potential in many different fields of research, like evolution, ecology, phylogenesis, etc. In the present study, we applied Cytogenetic Identity to establish a quantitative degree of divergence between different goat breeds. Advantages as well as disadvantages of the new parameter are discussed.

Cytogenetic identity: A new parameter for estimating whole-genome differences

Nieddu, Mariella
Primo
;
Robledo, Renato
;
Mezzanotte, Roberto;
2018-01-01

Abstract

In this paper, we introduce a novel parameter, called Cytogenetic Identity, to describe differences and similarities between genomes. Using Whole Comparative Genomic Hybridization plus Digital Image Analysis, we present a new methodology that employs the whole genome, including highly repeated DNA sequences, to provide a general picture about the differences between individuals of the same or different species. The proposed approach has a great potential in many different fields of research, like evolution, ecology, phylogenesis, etc. In the present study, we applied Cytogenetic Identity to establish a quantitative degree of divergence between different goat breeds. Advantages as well as disadvantages of the new parameter are discussed.
2018
Chromosomes; Cytogenetic identity; Satellite DNA; Species; Whole comparative genomic hybridization; Genetics
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/11584/247777
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