Publication | Closed Access
Tomato Product Quality from Transgenic Fruits with Reduced Pectin Methylesterase
46
Citations
13
References
1996
Year
Transgenic TomatoEngineeringGeneticsFood AnalysisRipeningTomato Product QualityBiosynthesisFood BiotechnologyPost-harvest PhysiologySerum ViscosityFood TechnologyHealth SciencesAgricultural BiotechnologyFood QualityFood PreservativesBiomolecular EngineeringHorticultural CommodityCv RutgersBiomanufacturingBiotechnologyGenetic EngineeringMicrobiologyFood ProcessingSeed Processing
ABSTRACT Juice from transgenic tomato ( Lycopersicon esculentum cv Rutgers) fruits with reduced levels of pectin methylesterase (PME) activity due to the expression of a PME antisense gene exhibited improvement in quality. The percentage increase in juice from transgenic fruits over that of juice from wild type Rutgers ranged between 5.1–5.3 for total solids, 3.8–6.1 for soluble solids, 70–80 for efflux viscosity, 180–220 for serum viscosity and about 50 for precipitate weight ratio. Time of harvest had no effect on quality of juice. Ketchup prepared from transgenic fruit juice had a lower Bostwick value, reduced serum separation and high serum viscosity compared to ketchup from parental Rutgers.
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