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

DIFFERENTIATION BETWEEN DIPLOID AND DOUBLE HAPLOID CHICORY (CICHORIUM INTYBUS L.) BY RAPD-PCR ANALYSIS

Article number
447_76
Pages
367 – 370
Language
Abstract
Double haploid plants raised from microspore cultures of Witloof, Robin and Treviso chicory genotypes were subjected to DNA analysis by random amplified polymorphic DNA polymerase chain reaction (RAPD-PCR) methods.
Three out of thirty-nine 10mer primers tested led to polymorphic DNA-fragments by which the parent genotypes as well as microspore-derived plants therefrom were differentiated.
Polymorphism of the RAPD-PCR-generated DNA fragment profiles ranged from high (different genotypes) to low (closely related genotypes) and monomorphic (cloned genotypes). This method enabled a clear distinction to be made between each parent genotype and their microspore-derived descendants, irrespective of their ploidy.

Publication
Authors
R. Theiler, M. Lüscher, C. S. Hunter
Keywords
Full text
Online Articles (132)
Trevor A. Thorpe | Indra S. Harry
J. Zatykó | I. Simon | P. Gracza | I. Nagy
C. Damiano | S. Monticelli | A. Frattarelli | S. Nicolini | L. Corazza
M. Hamidah | P. Debergh | A. Ghani | A. Karim
E. Ellington | T. Adserias | A. Coma | J. Bastida | F. Viladomat | C. Codina
D. Evenor | H. Lilien-Kipnis | A.A. Watad | P. Raungian
E. Fernández-Galiano | P.V. Mauri | G. Garcia
Karita H. Alén | S. Mohan Jain
M. Podwyszynska | E. Gabryszewska | A. Przybyla
R. Riera | J. Bastida | F. Viladomat | C. Codina | A.F. Tiburcio
J.-N. Ruaud | K. Churchill | S. Pepper
Z. Szafián | E. Jámbor-Benczúr | A. Csillag
C.E. Van Schaik | C. Van Der Toorn | M.J. De Jeu | E. Jacobsen
K. Song | Y. Kim | H. Cheong | John J. Sheahan
T. Bockish | Y. Saranga | A. Altman
F. Salamini | H. Uhrig | E. Tacke | W. Rohde | C. Gebhardt
R. Gölles | R. Moser | H. Katinger | M. Laimer da Câmara Machado | V. Tsolova | A. da Câmara Machado | A. Bouquet
Julie R. Kikkert | Gul S. Ali | M. J. Striem | M. Martens | P. G. Wallace | L. Molino | Bruce I. Reisch
Hennie J. du Plessis | Reon J. Brand | C. Glyn-Woods | M. A. Goedhart
A. Altinkut | N. Gözükirmiz | K. Bajroviç | N. Gözükirmizi
E. Arican | N. Gözükirmiz | K. Bajroviç | N. Gözükirmizi
S.V. Dolgov | T.Yu. Mitiouchkina | K.G. Skryabin
M. Hecht | R. Ecker | R. Stav | Abed A. Watad | M. Hecht | J. Hirschberg | V. Mann
V. Yesodi | S. Izhar | Y. Tabib | N. Firon
E. Galun | D. Aviv | Y. Mahler-Slasky | S. Wolf | Y. Mahler-Slasky | S. Galili | A. Perl | R. Aly
D. Pelah | A. Altman | O. Shoseyov
L. Dessalegne | A.C. Wetten | P.D.S. Caligari
E. Mizrahi | M. Gura | D. Bar-Zvi | M. Gura | D. Mills | A. Benzioni
M. Paques | M. Poissonnier | E. Dumas | V. Monod
G. Galili | H. Karchi | O. Shaul | Judith X. Zhu-Shimoni | D. Miron | L. Yang | S. Ben-Yaacov | A. Perl | R. Amir
M. Vishnevetsky | M. Ovadis | Y. Libal-Weksler | A. Vainstein | H. Itzhaki
N. Carmi | Y. Salts | S. Shabtai | M. Pilowsky | R. Barg | B. Dedicova
H. Ben-Meir | G. Scovel | M. Ovadis | A. Vainstein
R. Quarta | M. Dettori | I. Verde | A. Vantaggi | R. Sciarroni
E. Rugini | G. Caricato | M. Muganu | C. Taratufolo | M. Camilli | C. Cammilli
C. Gambley | D. Harrison | R. Teasdale | P. Goodman | A. Hinsch