Articles
PRODUCTION OF SOMATIC EMBRYOS OF DATE PALM (PHOENIX DACTYLIFERA L.) FROM CELL SUSPENSION
Article number
994_33
Pages
331 – 337
Language
French
Abstract
The main objective of this study is to obtain many individual and synchronous somatic embryos of date palm in liquid medium and reduce the time of their production.
Friable calli were used to establish cell suspension.
About 1 g of callus was chopped and cultivated in liquid culture medium containing 2.4-D and placed under rotary shaker (90 rpm) in light conditions at 27°C to initiate cell suspension.
After two weeks, the cell-mixture is screened and filtered through a filter with a 1-mm diameter and transplanted in a liquid culture medium with the same composition.
Many globular structures pro-embryos were observed and transferred in medium without growth regulators.
This step is called pre-treatment of the cell suspension.
To initiate embryos regeneration, the cell suspension was transferred to medium containing BAP at 5 µmoles for one week to develop leaf axis and transferring on the filter paper placed on a solid culture medium without growth regulators.
Many young plantlets were obtained; their rooting was promoted by addition of ANA.
Friable calli were used to establish cell suspension.
About 1 g of callus was chopped and cultivated in liquid culture medium containing 2.4-D and placed under rotary shaker (90 rpm) in light conditions at 27°C to initiate cell suspension.
After two weeks, the cell-mixture is screened and filtered through a filter with a 1-mm diameter and transplanted in a liquid culture medium with the same composition.
Many globular structures pro-embryos were observed and transferred in medium without growth regulators.
This step is called pre-treatment of the cell suspension.
To initiate embryos regeneration, the cell suspension was transferred to medium containing BAP at 5 µmoles for one week to develop leaf axis and transferring on the filter paper placed on a solid culture medium without growth regulators.
Many young plantlets were obtained; their rooting was promoted by addition of ANA.
Publication
Authors
C. Selmani, D. Chabane, N. Bouguedoura
Keywords
synchronous somatic embryos, plantlets, liquid medium, growth regulators
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