Most popular articles
Everything About Peaches. Clemson University Cooperative Extension Service Everything About Peaches Website: whether you are a professional or backyard peach...
Mission Statement. For the sake of mankind and the world as a whole a further increase of the sustainability...
Newsletter 9: July 2013 - Temperate Fruits in the Tropics and Subtropics. Download your copy of the Working Group Temperate...
USA Walnut varieties. The Walnut Germplasm Collection of the University of California, Davis (USA). A description of the Collection and a History...
China Walnut varieties.

Articles

IDENTIFICATION OF UNKNOWN ALMOND GENOTYPES BY SSR ANALYSIS

Article number
1100_23
Pages
149 – 153
Language
English
Abstract
The aim of this work was identification of almond genotypes in the old orchards
which are intended to be restored.
An analysis of microsatellite loci was used for genotypes
identification and for genetic diversity study within 23 analysed almond accessions.
12 genotypes works as reference samples from germplasm collection of cultivars
registered in the Czech Republic.
Rest of 11 genotypes were unknown genotypes from
the orchards around Hustopeče city (Czech Republic), whereas Hustopeče area is only
typical region for almond planting in Czech Republic.
These unknown genotypes were
collected from trees with highest morphological differences.
For analysis were used 6
SSR (Simple Sequence Repeats) markers derived from apricot genome.
An UPGMA
(Unweighted Pair Group Method with Arithmetic Mean) analysis divided analysed
almond genotypes into three major clusters. 4 ones from unknown genotypes had same
SSR profile as cultivar ‘Zora’, 4 ones shown similarity with ‘Nikitskij’ cultivar and 3
ones from unknown genotypes were not similar with any cultivar from germplasm
collection.

Publication
Authors
J. Cechová, M. Baránek, V. Holleinová
Keywords
Amygdalus communis L., microsatellites, cultivar identifications
Full text
Online Articles (27)
N.L. Bandara | V. Cova | S. Tartarini | C. Gessler | A. Patocchi | A. Cestaro | M. Troggio | R. Velasco | M. Komjanc
H. Bassett | M. Malone | S. Ward | T. Foster | D. Chagné | V. Bus
P. Arús | M.J. Aranzana | W. Howad | I. Eduardo | J.M. Donoso | E. López-Girona | O. Serra
C. Kanchana-udomkan | M.R. Razean | R. Drew | C. Peace
P.J. Wolters | H.J. Schouten | R. Velasco | S. Salvi | M. Komjanc | A. Si-Ammour | P. Baldi
D. Scaglione | A. Fornasiero | F. Cattonaro | A. Pitoni | D. Torelli | D. Vittori | C. De Pace
L. Lozano | M. Di Guardo | W.E. van de Weg | M.C.A.M. Bink | R. Velasco | F. Costa | W. Guerra
R. Rugienius | J.B. Frercks | B. Siksnianienė | I. Stepulaitienė | G. Stanienė | D. Baniulis | V. Stanys
J. Urrestarazu | C. Miranda | L.G. Santesteban | J.B. Royo | E. Leterme | S. Roques | C. Denancé | L. Feugey | C.E. Durel
C. Esteras | M.P. López-Gresa | C. Leida | J.M. Bellés | B. Picó
P. Martinatti | P. Poncetta | M. Grisenti | P. Loretti | M. Ajelli | D.J. Sargent | L. Giongo
V. Ferreira | O. Pinto-Carnide | F. Pereira | R. Rodrigues | I. Castro
M. Beretta | F. Donati | T. Ciriaci | E. Sabatini
S. Vezzulli | E. Peressotti | E. Banchi | C. Dolzani | S. Micheli | M. Stefanini | F. Salamini | R. Velasco | S. Riaz | M.A. Walker | B.I. Reisch | W.E. Van de Weg | M.C. Bink
J. Cechová | M. Baránek | V. Holleinová
M. Di Guardo | A. Tadiello | G. Lorenz | D. Masuero | U. Vrhovsek | R. Velasco | F. Costa | B. Farneti | G. Costa
P. De Franceschi | A. Ciriani | M. Collina | A. Brunelli | L. Dondini
T. Letschka | E. Zini | C. Kerschbamer | J. Terleth | W. Guerra | B. Raifer