Add to ORKGFor the first time in the Republic of Uzbekistan, a biomorphological description of F1 monosome hybrids was carried out with substitutions of individual cotton chromosomes. As a result, F1 monosomic hybrids with substitutions on chromosome 4 were characterized by long stalks and small bolls with a long spout. The monosome F1 hybrid with substitution on chromosome 18 was characterized by weak foliarity, dense pubescence of the stem and leaves, as well as non-flat bract
BACKGROUND AND AIMS:To address the issues associated with food security, environmental change and bi...
AbstractGossypium anomalum represents an inestimable source of genes that could potentially be trans...
Premise of the studyWide hybridization followed by spontaneous chromosome doubling of the resulting ...
In the present work, a molecular genetic analysis of monosome and monotelodisomic F1 hybr...
Unique cytogenetic collection of cotton Gossypium hursutum L. including monosomic line...
There are many monosomic lines in a unique cytogenetic collection of cotton (G.hirsutum L)...
A comparative study of the indicators of crossability and setting of hybrid and backcross seeds F1, ...
This study was carried out in order to investigate on chromosomal behavior during meiosis in Kerman ...
Abstract Background Cotton, as an allopolyploid species, contains homoeologous A and D subgenomes. T...
Copyright © 2011 Marina F. Sanamyan et al. This is an open access article distributed under the Crea...
The creation of G. barbadense L./G. hirsutum L. chromosome-substitution lines is an important method...
Wild Beta species of the section Procumbentes carry genes for several valuable agronomical traits, a...
Breeding programs aiming at transferring desirable genes from one species to another through intersp...
Thirteen different monosomic F1 hybrids between Chinese Spring monosomics and the hard red winter wh...
Many of the world’s crop species are recent polyploids. The various genomes from the diploid ancesto...
BACKGROUND AND AIMS:To address the issues associated with food security, environmental change and bi...
AbstractGossypium anomalum represents an inestimable source of genes that could potentially be trans...
Premise of the studyWide hybridization followed by spontaneous chromosome doubling of the resulting ...
In the present work, a molecular genetic analysis of monosome and monotelodisomic F1 hybr...
Unique cytogenetic collection of cotton Gossypium hursutum L. including monosomic line...
There are many monosomic lines in a unique cytogenetic collection of cotton (G.hirsutum L)...
A comparative study of the indicators of crossability and setting of hybrid and backcross seeds F1, ...
This study was carried out in order to investigate on chromosomal behavior during meiosis in Kerman ...
Abstract Background Cotton, as an allopolyploid species, contains homoeologous A and D subgenomes. T...
Copyright © 2011 Marina F. Sanamyan et al. This is an open access article distributed under the Crea...
The creation of G. barbadense L./G. hirsutum L. chromosome-substitution lines is an important method...
Wild Beta species of the section Procumbentes carry genes for several valuable agronomical traits, a...
Breeding programs aiming at transferring desirable genes from one species to another through intersp...
Thirteen different monosomic F1 hybrids between Chinese Spring monosomics and the hard red winter wh...
Many of the world’s crop species are recent polyploids. The various genomes from the diploid ancesto...
BACKGROUND AND AIMS:To address the issues associated with food security, environmental change and bi...
AbstractGossypium anomalum represents an inestimable source of genes that could potentially be trans...
Premise of the studyWide hybridization followed by spontaneous chromosome doubling of the resulting ...