Over the past ten years or so, the isozyme electrophoresis technique has been developed on rubber in the CIRAD laboratories. This technique, which was first used to study the genetic diversity of Hevea germplasm, proved particularly effective and was applied to other topics interesting for rubber breeding programmes : conformity clone testing, checking progeny legitimacy and studying open pollination. Compared to other molecular markers, isozymes are competitive as they combine reliability, easy use, moderate cost and powerful discrimination capacity. Thus, it remains a useful tool for plant breeders and is still currently used on a large scale
International audienceGenomic selection (GS) could make more efficient the two-stage phenotypic bree...
<p class="MsoNoSpacing" style="text-align: justify; margin: 0cm 0cm 0pt;"><span style="mso-...
Genomic selection (GS) could make more efficient the two-stage phenotypic breeding scheme used for r...
Genetic markers are defined as simple variable (polymorphic) traits, governed by a single gene (mono...
The objective of this work was to evaluate the efficiency of EST‑SSR markers in the assessment of th...
Chez l'hévéa, la multiplication à grande échelle de matériel végétal non conforme peut gravement com...
Plant breeders face the difficult task of having to select for traits that are often under complex g...
In order to infer on the genetic structure and to quantify the genetic variability between two natur...
Hevea rubber clones are intensively cultivated in tropical regions of the world as main sources for ...
The rubber crops profitability depends largely on genotypes established in plantations, meaning that...
The first genetic map for Hevea spp. (2n=36) is presented here. It is based on a F, progeny of 106 i...
Genetic diversity of 60 Hevea genotypes, consisting of Asiatic, Amazonian, African and IAC clones, a...
Rubber breeding program so far have constraints especially in selection process which need very wide...
International audienceGenomic selection (GS) could make more efficient the two-stage phenotypic bree...
Rubber (Hevea brasiliensis) represents a potential species for reforestation and commercial exploita...
International audienceGenomic selection (GS) could make more efficient the two-stage phenotypic bree...
<p class="MsoNoSpacing" style="text-align: justify; margin: 0cm 0cm 0pt;"><span style="mso-...
Genomic selection (GS) could make more efficient the two-stage phenotypic breeding scheme used for r...
Genetic markers are defined as simple variable (polymorphic) traits, governed by a single gene (mono...
The objective of this work was to evaluate the efficiency of EST‑SSR markers in the assessment of th...
Chez l'hévéa, la multiplication à grande échelle de matériel végétal non conforme peut gravement com...
Plant breeders face the difficult task of having to select for traits that are often under complex g...
In order to infer on the genetic structure and to quantify the genetic variability between two natur...
Hevea rubber clones are intensively cultivated in tropical regions of the world as main sources for ...
The rubber crops profitability depends largely on genotypes established in plantations, meaning that...
The first genetic map for Hevea spp. (2n=36) is presented here. It is based on a F, progeny of 106 i...
Genetic diversity of 60 Hevea genotypes, consisting of Asiatic, Amazonian, African and IAC clones, a...
Rubber breeding program so far have constraints especially in selection process which need very wide...
International audienceGenomic selection (GS) could make more efficient the two-stage phenotypic bree...
Rubber (Hevea brasiliensis) represents a potential species for reforestation and commercial exploita...
International audienceGenomic selection (GS) could make more efficient the two-stage phenotypic bree...
<p class="MsoNoSpacing" style="text-align: justify; margin: 0cm 0cm 0pt;"><span style="mso-...
Genomic selection (GS) could make more efficient the two-stage phenotypic breeding scheme used for r...