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Optimizing culture conditions for micropropagation of J. curcas L. by using single node and leaf explants. - Induce mutation to produce J. curcas plants tolerant to salinity using gamma rays and EMS. - Study salinity tolerance in new genetic combinations. - Production of J. curcas plants that can be grown on sea water. - Molecular characterization of the obtained plants using RAPD-PCR. - Horizontal expansion of the production of bio-fuel plants to reduce the use of food crops.

Produktbeschreibung
Optimizing culture conditions for micropropagation of J. curcas L. by using single node and leaf explants. - Induce mutation to produce J. curcas plants tolerant to salinity using gamma rays and EMS. - Study salinity tolerance in new genetic combinations. - Production of J. curcas plants that can be grown on sea water. - Molecular characterization of the obtained plants using RAPD-PCR. - Horizontal expansion of the production of bio-fuel plants to reduce the use of food crops.
Autorenporträt
Researcher at fruit, Ornamental plant and wooden trees Research Department. Agriculture Research Center. Specializing in micropropagation of banana, date palm and different fruit and ornamental plants. Manager of Agriculture Projects in Africa. Consultant for SAS company for agricultural investment in oil palm and bio-fuel plants in Sierra Leone.