Gallery
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Transversal section of a wheat anther stainned with DAPI. Meiocites are in the centre of each loculus (arrowed).
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Hordeum vulgare substitution line in tritordeum. Hordeum vulgare chromosomes are shown in red and Hordeum chilense chromosomes in green. Wheat-H. chilense translocations are arrowed.
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Genomic in situ hybridisation in tritordeum lines showing Hordeum chilense chromatin (green). Hordeum vulgare introgressions are visualised in red (panels a and c). Wheat chromatin is shown in blue.
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Hordeum chilense addition line hybridised with the BCS2 probe from Hordeum vulgare (red). Hordeum chilense chromosomes are in green.
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In situ hybridisation in a tritrordeum line carrying a Hordeum vulgare introgression (red). Wheat (blue)-Hordeum chilense (green) and Hordeum chilense-Hordeum vulgare translocations are arrowed.
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In situ hybridisation in Hordeum chilense chromosomes showing telomeres (red) and subtelomeres (green).
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Disomic substitution line for chromosome 4H from Hordeum chilense into durum wheat.
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Behaviour of a rye segment inserted into the wheat background at the telomere cluster during meiosis in the presence of the Ph1 locus.
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Behaviour of a rye segment at early prophase in the presence of the Ph1 locus. The homologous rye segments pair at the telomere bouquet stage.
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Behaviour of a rye segment at early prophase in the absent of the Ph1 locus. The homologous rye segment didn’t pair.
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Olive root hairs colonised on the surface by the beneficial bacteria Pseudomonas fluorescens PICF7.
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Olive root hairs internally colonised by the beneficial bacteria Pseudomonas fluorescens PICP2.