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from 4 weeks old plants, expressend in significantly lower level than in leaves and roots
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disc
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leaf cell culture
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mycoplasma strain M3C IV
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strain F and J activity only in diploid cells
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crude extracts from culture
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etiolated
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cDNA library
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expression of SlSGT3 is clearly different from other isozymes since its mRNA levels are low in developing fruits (small green and mature green stages) but increase sharply when fruits start to ripe and remain at similar high levels until the red mature stage
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in small green, mature green, and mature red fruits. SlSGT1 mRNA levels decrease when fruits start to ripe (breaker and orange stages) but increase again in red ripe fruits
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in small green, mature green, and mature red fruits. SlSGT2 mRNA levels decrease when fruits start to ripe (breaker and orange stages) but increase again in red ripe fruits
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cDNA library
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crude extracts have 2-5 times lower activity than cell cultures
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from 4 weeks old plants, young and mature, 2.21fold higher enzyme level than in the stem, SGTL1 transcript accumulates at a higher level in mature leaves (2.41fold) than in the young leaves and seedlings
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cDNA library
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from 4 weeks old plants, 3.13fold higher expression of the enzyme than in the stem
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etiolated
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lower expression of the enzyme than in mature leaves
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cDNA library
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etiolated
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cloned from
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cloned from
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additional information
the SlSGT isozyme encoding genes have specialized but still largely overlapping expression patterns in different organs of tomato plants and throughout the different stages of fruit development and ripening
brenda
additional information
the SlSGT isozyme encoding genes have specialized but still largely overlapping expression patterns in different organs of tomato plants and throughout the different stages of fruit development and ripening
brenda
additional information
the SlSGT isozyme encoding genes have specialized but still largely overlapping expression patterns in different organs of tomato plants and throughout the different stages of fruit development and ripening
brenda
additional information
the SlSGT isozyme encoding genes have specialized but still largely overlapping expression patterns in different organs of tomato plants and throughout the different stages of fruit development and ripening
brenda
additional information
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the SlSGT isozyme encoding genes have specialized but still largely overlapping expression patterns in different organs of tomato plants and throughout the different stages of fruit development and ripening
brenda
additional information
the SlSGT isozyme encoding genes have specialized but still largely overlapping expression patterns in different organs of tomato plants and throughout the different stages of fruit development and ripening. SlSGT1 is the most intensely expressed in root, leaf, and flower tissues, being roots and leaves the tissues where the highest levels of SlSGT1 mRNA are detected. SlSGT1 is again the most actively expressed SlSGT gene in both developing (small green and mature green stages) and mature red fruits
brenda
additional information
the SlSGT isozyme encoding genes have specialized but still largely overlapping expression patterns in different organs of tomato plants and throughout the different stages of fruit development and ripening. SlSGT1 is the most intensely expressed in root, leaf, and flower tissues, being roots and leaves the tissues where the highest levels of SlSGT1 mRNA are detected. SlSGT1 is again the most actively expressed SlSGT gene in both developing (small green and mature green stages) and mature red fruits
brenda
additional information
the SlSGT isozyme encoding genes have specialized but still largely overlapping expression patterns in different organs of tomato plants and throughout the different stages of fruit development and ripening. SlSGT1 is the most intensely expressed in root, leaf, and flower tissues, being roots and leaves the tissues where the highest levels of SlSGT1 mRNA are detected. SlSGT1 is again the most actively expressed SlSGT gene in both developing (small green and mature green stages) and mature red fruits
brenda
additional information
the SlSGT isozyme encoding genes have specialized but still largely overlapping expression patterns in different organs of tomato plants and throughout the different stages of fruit development and ripening. SlSGT1 is the most intensely expressed in root, leaf, and flower tissues, being roots and leaves the tissues where the highest levels of SlSGT1 mRNA are detected. SlSGT1 is again the most actively expressed SlSGT gene in both developing (small green and mature green stages) and mature red fruits
brenda
additional information
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the SlSGT isozyme encoding genes have specialized but still largely overlapping expression patterns in different organs of tomato plants and throughout the different stages of fruit development and ripening. SlSGT1 is the most intensely expressed in root, leaf, and flower tissues, being roots and leaves the tissues where the highest levels of SlSGT1 mRNA are detected. SlSGT1 is again the most actively expressed SlSGT gene in both developing (small green and mature green stages) and mature red fruits
brenda
additional information
the SlSGT isozyme encoding genes have specialized but still largely overlapping expression patterns in different organs of tomato plants and throughout the different stages of fruit development and ripening. SlSGT4 transcripts are barely detectable in all samples analyzed.
brenda
additional information
the SlSGT isozyme encoding genes have specialized but still largely overlapping expression patterns in different organs of tomato plants and throughout the different stages of fruit development and ripening. SlSGT4 transcripts are barely detectable in all samples analyzed.
brenda
additional information
the SlSGT isozyme encoding genes have specialized but still largely overlapping expression patterns in different organs of tomato plants and throughout the different stages of fruit development and ripening. SlSGT4 transcripts are barely detectable in all samples analyzed.
brenda
additional information
the SlSGT isozyme encoding genes have specialized but still largely overlapping expression patterns in different organs of tomato plants and throughout the different stages of fruit development and ripening. SlSGT4 transcripts are barely detectable in all samples analyzed.
brenda
additional information
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the SlSGT isozyme encoding genes have specialized but still largely overlapping expression patterns in different organs of tomato plants and throughout the different stages of fruit development and ripening. SlSGT4 transcripts are barely detectable in all samples analyzed.
brenda