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Inhibition of fungal disease development in plants by engineering controlled cell death.

1995

Strittmatter G. | Janssens J. | Opsomer C. | Botterman J.

AGROVOC Keywords
adn recombinado bacillus disease resistance enzyme inhibitors ethylene etileno gene gene transfer genes genetic transformation genetica genetics inhibidores de enzimas inhibition necrose necrosis pathogenese pathogenesis phytophthora infestans proteine proteins recombinant dna resistencia a la enfermedad ribonucleasas ribonuclease ribonucleases solanum solanum tuberosum sporulation transferencia de genes transgenic plants
Bibliographic information
Volume 13 ISSN 0733-222X
Pagination
v.1085-1089(10)
Other Subjects
Plante transgenique; Inhibiteur d' enzyme; Transformacion genetica; Resistance aux maladies; Patogenesis; Adn recombine; Proteinas; Transfert de gene; Genetique; Transformation genetique; Esporulacion; Inhibicion; Plantas transgenicas
Language
English
Note
references. AVAILABILITY: US (DNAL QH442.B5).
Type
Journal Article; Journal Part
Source
Bio-technology (Nature Publishing Company) (USA). (Oct 1995). v. 13(10) p. 1085-1089.
Corporate Author
Max-Plank-Institut fur Zuchtungsforschung, Koln, Germany.
Universidad Autonoma Chapingo, Chapingo, Mex. (Mexico). Departamento de Fitotecnia.
2012-11-15
AGRIS AP
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