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

CHIMERA SYNTHESIS AND PROPAGATION SYSTEMS BY IN VIVO AND IN VITRO GRAFT METHODS IN BRASSICA

Article number
407_27
Pages
227 – 232
Language
Abstract
In vivo and in vitro chimera synthesis methods were established for Brassica crops.
As in vivo grafting method was not efficient to obtain sufficient number of chimeras, approach-grafted seedling culture (AGSC) method was finally adopted in synthesizing interspecific Brassica chimeras.
Vegetative progenies are stably obtained by the method.
Interspecific chimeras between B. campestris-B. oleracea produced mericlinal types, while, interspecific chimeras between B. napus-B. oleracea produced periclinal types.
The mixed type of chimera is best for maintaining the various types of chimeras in vegetative propagation systems from chimeral plants.

Publication
Authors
S. Oguni, Y. Hirata, T. Kan, M. Kita, H. Horiuchi, T. Noguchi
Keywords
Grafting, Tissue culture, Red cabbage, Komatsuna, Rape
Full text
Online Articles (64)
K. Song | K. Tang | Thomas C. Osborn | P. Lu
D. Leckie | D. Astley | I.R. Crute | P.R. Ellis | D.A.C. Pink | I. Boukema | A.A. Monteiro | S. Dias
Y. Takahata | M. Nagasaka | H. Kondo | N. Kaizuma
E.D. Earle | T.D. Metz | R.T. Roush | A.M. Shelton
A.M. Chèvre | F. Eber | A. Baranger | M.C. Kerlan | P. Barret | G. Festoc | P. Vallée | M. Renard
R.B. Jørgensen | B. Andersen | L. Landbo | T.R. Mikkelsen
U. Ryschka | G. Schumann | E. Klocke | P. Scholze | M. Neumann
Jan B.M. Custers | Jan H.G. Cordewener | Hans J.M. Dons | M. M. van Lookeren
S. Oguni | Y. Hirata | T. Kan | M. Kita | H. Horiuchi | T. Noguchi
T. Kan | Y. Hirata | K. Ishiwata | S. Oguni | K. Kuno | T. Noguchi
F. Pérez-Garcia | M.E. Gonzalez-Benito | C. Pérez | C. Gómez-Campo
T. Diaz | J. Ruiz | E. Gonzalez | M.V. Duran
V. Cantore | P. Rubino | E. De Palma
J.V. Maroto | S. López-Galarza | B. Pascual | J. Alagarda | A. San Bautista | A. Bardisi | M.C. Rubio
X.P. Liu | W.C. Lu | Y.K. Liu | S.Q. Wei | J.B. Xu | Z.R. Liu | H.J. Zhang | J.L. Li | G.L. Ke | W.Y. Yao | Y.S. Cai | F.Y. Wu | S.C. Cao | Y.H. Li | S.D. Xie | B.X. Lin | C.L. Zhang
M.S.C. Pedras | J.L. Taylor | V.M. Morales
M. Lourdes | V. Borges | J. Constantino Sequeira