Measuring ethylene gas in transgenic melon plants

Measuring ethylene gas in transgenic melon plants

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This image is part of the feature Transgenic Melons

Credit: P. DUMAS/EURELIOS/SCIENCE PHOTO LIBRARY

Caption: Transgenic melon research. Genetically engineered (transgenic) melon fruit in a greenhouse are monitored for ethylene gas production. Ethylene gas emitted by the fruit is being collected. These plants contain a gene that delays the ripening of melon fruit. Melon fruit normally ripens in 3-4 days and must be sold 4 days thereafter before it rots. Ethylene gas naturally emitted by the fruit causes its own ripening. The transplanted gene reduces ACC-oxidase and blocks this ethylene gas pathway of ripening. Transgenic melon fruit thus keep for 50 days without rotting, while fresh taste and smell of the fruit is maintained. Research at E.N.S.A.T. in Toulouse, France.

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Keywords: biotechnology, botanical research, botany, ethylene research, food spoilage, genetic, genetic engineering, genetic research, genetics, melon, melon resist, plant, plant biotechnology, research, transgenic, transgenic plant

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