Iso-electric focusing of extracts derived from stigmatic homogenates of Brassica oleracea reveals that the mature stigma possesses large quantities of a glycoprotein not present in earlier stages of development in the bud. Pollen germination experiments carried out in parallel with the biochemical tests suggest that the appearance of this glycoprotein, which has an isoelectric point of pH 5.8, is coincident with the development of the self-incompatibility response. The site of this protein, and the role it may play in pollen-stigma interactions are discussed in terms of current models of the self-incompatibility system in Brassica
The osmotic potential (tpx) of the stigmatic papillar cells of Brassica oleracea is —14-8 bars. In l...
The osmotic potential (psi pi) of the stigmatic papillar cells of Brassica oleracea is -14.8 bars. I...
In the S locusÐcontrolled self-incompatibility system of Brassica, recognition of self-related polle...
Iso-electric focusing of extracts derived from stigmatic homogenates of Brassica oleracea reveals th...
The pollen grain coating of Brassica oleracea contains a polymorphic family of highly charged small ...
Mature, self-incompatible stigmas exposed to cycloheximide for 2 h prior to pollination supported id...
Two S(self-incompatibility)-family glycoproteins have been identified in stigmas of self-compatible ...
Recent studies on the mechanism of self-incompatibility in Brassica indicate the location, nature an...
International audienceIn cruciferous plants, self-pollination is prevented by the action of genes si...
Molecules contained in the sporophytically-derived coating of the pollen grain and in the superficia...
In cruciferous plants, self-pollination is prevented by the action of genes situated at the self-inc...
Methods are described for the removal of the sporophytic pollen grain coating of Brassica oleracea a...
Specific S-glycoproteins were isolated from three Brassica campestris cultivars homozygous with resp...
Pollen hydration and self-incompatibility (SI) in Brassica have been studied by using a combination ...
The adhesion of pollen grains to the stigmas of Brassica oleracea was assayed after treatment of the...
The osmotic potential (tpx) of the stigmatic papillar cells of Brassica oleracea is —14-8 bars. In l...
The osmotic potential (psi pi) of the stigmatic papillar cells of Brassica oleracea is -14.8 bars. I...
In the S locusÐcontrolled self-incompatibility system of Brassica, recognition of self-related polle...
Iso-electric focusing of extracts derived from stigmatic homogenates of Brassica oleracea reveals th...
The pollen grain coating of Brassica oleracea contains a polymorphic family of highly charged small ...
Mature, self-incompatible stigmas exposed to cycloheximide for 2 h prior to pollination supported id...
Two S(self-incompatibility)-family glycoproteins have been identified in stigmas of self-compatible ...
Recent studies on the mechanism of self-incompatibility in Brassica indicate the location, nature an...
International audienceIn cruciferous plants, self-pollination is prevented by the action of genes si...
Molecules contained in the sporophytically-derived coating of the pollen grain and in the superficia...
In cruciferous plants, self-pollination is prevented by the action of genes situated at the self-inc...
Methods are described for the removal of the sporophytic pollen grain coating of Brassica oleracea a...
Specific S-glycoproteins were isolated from three Brassica campestris cultivars homozygous with resp...
Pollen hydration and self-incompatibility (SI) in Brassica have been studied by using a combination ...
The adhesion of pollen grains to the stigmas of Brassica oleracea was assayed after treatment of the...
The osmotic potential (tpx) of the stigmatic papillar cells of Brassica oleracea is —14-8 bars. In l...
The osmotic potential (psi pi) of the stigmatic papillar cells of Brassica oleracea is -14.8 bars. I...
In the S locusÐcontrolled self-incompatibility system of Brassica, recognition of self-related polle...