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izvor podataka: crosbi

Genome organization and phylogeny of Anemone complex based on repetitive DNA (CROSBI ID 532254)

Prilog sa skupa u zborniku | sažetak izlaganja sa skupa | međunarodna recenzija

Mlinarec, Jelena ; Papeš, Dražena ; Besendorfer, Višnja Genome organization and phylogeny of Anemone complex based on repetitive DNA // XIIth OPTIMA Meeting : Abstracts of the Lectures Comunication Posters. Pisa, 2007. str. 220-220

Podaci o odgovornosti

Mlinarec, Jelena ; Papeš, Dražena ; Besendorfer, Višnja

engleski

Genome organization and phylogeny of Anemone complex based on repetitive DNA

Anemone is one of the most interesting genera within Ranunculaceae family because of the variation in DNA content, high heterochromatin amount and its variation in distribution, and chromosome polymorphism. Previous results suggest that repetitive DNA abundance and distribution is involved in DNA content variation between members of the genus rather than changes in chromosome number. Our study was focused on characterization of repetitive DNAs and their implication on genome evolution in Anemone complex. Two satellite DNA (stDNA) families (JME and JMH2) and one dispersed family (JMH1), isolated from the Anemone hortensis genome, were analyzed in 11 species of the genus Anemone, 1 species of the genus Hepatica and 4 species of the genus Pulsatilla. JME is considered as intercalary and JMH2 as subtelomeric stDNA. Both stDNAs cover all the heterochromatic regions while the JMH1 repeat family revealed dispersed organization on all A. hortensis chromosomes. JMH1 exhibited partial homology to the Ty3/gypsy-like retroelement. PCR and Southern hybridization data revealed the widespread occurrence of JMH2 in all three investigated genera Anemone, Pulsatilla and Hepatica. JMH1 family was present in the genera Anemone and Hepatica but absent in the genus Pulsatilla. JME family is genus specific, i. e. present only in the 5 of 11 Anemone species examined. Phylogenetic analysis showed JMH1 sequence family to be informative for establishing relationships between species in section Anemone. The phylogenetic and evolutionary relationships among Anemone complex are discussed on the basis of repetitive DNA sequences and their position on chromosomes.

Anemone; chromosome evolution; repetitive DNAs

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Podaci o prilogu

220-220.

2007.

objavljeno

Podaci o matičnoj publikaciji

XIIth OPTIMA Meeting : Abstracts of the Lectures Comunication Posters

Pisa:

Podaci o skupu

OPTIMA Meeting (12 ; 2007)

poster

10.09.2007-16.09.2007

Pisa, Italija

Povezanost rada

Biologija