Getting a firm grip on the 'S' (incompatibility)-loci, which encourage outbreeding in many flowering plants, continues to be a frustrating exercise. Only last year it seemed that all the male and female S-locus factors that regulate self-incompatibility in a key group of plants - Brassica - had at last been characterized. However, it now appears that the first S-locus product to be identified, does not, after all, play a part in determining S-specificity
International audienceSelf-incompatibility in Brassica is controlled by a single, highly polymorphic...
International audienceSelf-incompatibility in Brassica is controlled by a complex locus, the S locus...
The pollen grain coating of Brassica oleracea contains a polymorphic family of highly charged small ...
Getting a firm grip on the 'S' (incompatibility)-loci, which encourage outbreeding in many flowering...
In the S locusÐcontrolled self-incompatibility system of Brassica, recognition of self-related polle...
International audienceFlowering plants possess self-incompatibility (SI) mechanisms that promote out...
In plants, cell–cell recognition is a crucial step in the selection of optimal pairs of gametes to a...
AbstractSelf-incompatibility (SI) enables flowering plants to discriminate between self- and non-sel...
International audienceThe self-incompatibility (SI) response in Brassica involves recognition of sel...
International audienceIn cruciferous plants, self-pollination is prevented by the action of genes si...
Unilateral pollen-pistil incompatibility within the Brassicaceae has been re-examined in a series of...
AbstractPlant self-incompatibility is controlled by different genes for the recognition reactions of...
Self-incompatibility (SI) is genetically controlled, physiological hindrance to self-fruitfulness, a...
In cruciferous plants, self-pollination is prevented by the action of genes situated at the self-inc...
International audienceSelf-incompatibility in Brassica is controlled by a single, highly polymorphic...
International audienceSelf-incompatibility in Brassica is controlled by a complex locus, the S locus...
The pollen grain coating of Brassica oleracea contains a polymorphic family of highly charged small ...
Getting a firm grip on the 'S' (incompatibility)-loci, which encourage outbreeding in many flowering...
In the S locusÐcontrolled self-incompatibility system of Brassica, recognition of self-related polle...
International audienceFlowering plants possess self-incompatibility (SI) mechanisms that promote out...
In plants, cell–cell recognition is a crucial step in the selection of optimal pairs of gametes to a...
AbstractSelf-incompatibility (SI) enables flowering plants to discriminate between self- and non-sel...
International audienceThe self-incompatibility (SI) response in Brassica involves recognition of sel...
International audienceIn cruciferous plants, self-pollination is prevented by the action of genes si...
Unilateral pollen-pistil incompatibility within the Brassicaceae has been re-examined in a series of...
AbstractPlant self-incompatibility is controlled by different genes for the recognition reactions of...
Self-incompatibility (SI) is genetically controlled, physiological hindrance to self-fruitfulness, a...
In cruciferous plants, self-pollination is prevented by the action of genes situated at the self-inc...
International audienceSelf-incompatibility in Brassica is controlled by a single, highly polymorphic...
International audienceSelf-incompatibility in Brassica is controlled by a complex locus, the S locus...
The pollen grain coating of Brassica oleracea contains a polymorphic family of highly charged small ...