http://www-bie-sei.mls.eng.osaka-u.ac.jp/
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the most promising sources of biofuels. Although J. curcas is known to have
inherent drought-tolerance, genetically improving this trait will maximize
the benefits of utilizing this crop. Drought-tolerant crops can provide
solutions to the problems of water deficiency, save water used in
agriculture, and ensure the development of sustainable agriculture. Our
recent research deals with the establishment of J. curcas transgenic lines
with increased drought tolerance. By overexpressing some genes known to help
plants adapt to dry conditions, it will be possible to create crops that are
highly resistant to drought. This study also involves the screening of
native J. curcas for drought tolerance using a sandponics system. Similarly,
evaluation of the transgenic lines will be done using the sandponics system.
In this presentation, preliminary results will be presented and discussed.
Dear All,
We will have a luncheon seminar by Dr.Joyce Cartagena on November 8, 2010.
She joined Bioengineering for the Interest of Environmental Sustainability group (http://www-bie-sei.mls.eng.osaka-u.ac.jp/)
two years ago, but she didn't have a talk in the seminar.
It is a good chance for us to to deepen exchanges.
The seminar will start at 12:10 in a meeting room (# 503) on 5F of the
GSE Common EAST (U1E) building (Kohso-toh).
Title and abstract of her lecture are shown below,
- Title: Genetically engineering drought tolerance in Jatropha curcas
- Abstract: Jatropha curcas is a tropical crop and is considered as one of
the most promising sources of biofuels. Although J. curcas is known to have
inherent drought-tolerance, genetically improving this trait will maximize
the benefits of utilizing this crop. Drought-tolerant crops can provide
solutions to the problems of water deficiency, save water used in
agriculture, and ensure the development of sustainable agriculture. Our
recent research deals with the establishment of J. curcas transgenic lines
with increased drought tolerance. By overexpressing some genes known to help
plants adapt to dry conditions, it will be possible to create crops that are
highly resistant to drought. This study also involves the screening of
native J. curcas for drought tolerance using a sandponics system. Similarly,
evaluation of the transgenic lines will be done using the sandponics system.
In this presentation, preliminary results will be presented and discussed.
Regards,
Shimura and Sugimoto