0000000000425253

AUTHOR

Carmina Gisbert

0000-0002-4620-1065

showing 2 related works from this author

A plant genetically modified that accumulates Pb is especially promising for phytoremediation

2003

6 pages, 3 figures, 1 table.

AgrobacteriumBiophysicsPlant RootsBiochemistryHyperaccumulatorsBioremediationMetals HeavyTobaccoBotanyNicotiana glaucaHyperaccumulatorMolecular BiologyGlucuronidaseNicotianabiologyfungiWild typefood and beveragesBiological TransportCell BiologyPlants Genetically Modifiedbiology.organism_classificationRecombinant ProteinsGenetically modified organismPhytoremediationBiodegradation EnvironmentalLeadSeedlingPhytochelatin synthaseBioremediationCadmium
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In vitroplant regeneration and gene transfer in the wild tomatoLycopersicon cheesmanii

2001

SummaryThis paper reports on protocols for in vitro plant regeneration, gene transfer and on shoot salt tolerance from two accessions of L. cheesmanii (Riley). Shoot organogenesis was achieved on media with zeatin or BA/IAA combinations. The two accessions tested, LA1401 and LA530, showed differences in both their aptitude to regenerate and their salt tolerance in vitro. The accession LA530 had a higher organogenic potential than LA1401 (97% vs. 80% of organogenic explants). In contrast, none of the LA530 isolated shoots rooted when cultured in full strength MS-modified medium supplemented with 200.mM NaCl while 93% of shoots from LA1401 formed roots. Finally, Agrobacterium-mediated transfo…

food.ingredientbiologyfungifood and beveragesOrganogenesisGenetically modified cropsHorticulturebiology.organism_classificationTransformation (genetics)chemistry.chemical_compoundfoodchemistryBotanyShootGeneticsWild tomatoZeatinCotyledonExplant cultureThe Journal of Horticultural Science and Biotechnology
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