peer reviewedHabituated sugarbeet callus examined by means of a light-microscope is characterized by absence of differentiated tracheary elements and of the reaction with syringaldazine. Habituated tissues also were found to exhibit low guaiacol- and syringaldazine-peroxidase activities, a deficiency of lignin as well as lower cellulose, dry mass and chlorophyll contents as compared to the normal auxin-requiring callus. These histological and cytological features led to consider this habituated callus as a vitrified tissue under stress. The question of a relationship between vitrification and habituation is posed. © 1987 Academia
peer reviewedErythromycin (ERT) has been shown to reduce the 5-aminolevulinic acid (ALA) synthesizin...
peer reviewedA fully-habituated and nonorganogenic (HNO) sugar beet callus was previously shown to o...
For this research, the abnormality of tissue cultured plantlets,vitrification, was examined in Gypso...
A fully habituated nonorganogenic (HNO) sugarbeet callus line, compared to a normal (hormone depende...
The transfer of light-cultured green normal (N) and white habituated (HNO) sugarbeet callus to darkn...
peer reviewedThe levels of the water-soluble reductants ascorbic acid and glutathione and the activi...
peer reviewedA fully habituated (H) nonorganogenic sugar beet callus, subcultured in the light, did ...
The present study discusses the results of cytological studies of two kinds of sugar beet callus, i....
The respiration of cells and isolated mitochondria of a habituated non-organogenic (HNO) cell line (...
peer reviewedHabituated (H) nonorganogenic sugarbeet callus was found to exhibit a disturbed sugar m...
A fully habituated (auxin- and cytokinin-independent) nonorganogenic (HNO) sugarbeet (Beta vulgaris)...
There are many arguments for considering a specific fully habituated (auxin and cytokinin-independen...
In a fully habituated (hormone independent) white sugarbeet callus overconsuming oxygen, and overpro...
The present study focus on the results of cytological studies of embryogenic (E) and Non-Embryogenic...
peer reviewedHabituated sugar beet calli have been characterized as having a deficiency in some tetr...
peer reviewedErythromycin (ERT) has been shown to reduce the 5-aminolevulinic acid (ALA) synthesizin...
peer reviewedA fully-habituated and nonorganogenic (HNO) sugar beet callus was previously shown to o...
For this research, the abnormality of tissue cultured plantlets,vitrification, was examined in Gypso...
A fully habituated nonorganogenic (HNO) sugarbeet callus line, compared to a normal (hormone depende...
The transfer of light-cultured green normal (N) and white habituated (HNO) sugarbeet callus to darkn...
peer reviewedThe levels of the water-soluble reductants ascorbic acid and glutathione and the activi...
peer reviewedA fully habituated (H) nonorganogenic sugar beet callus, subcultured in the light, did ...
The present study discusses the results of cytological studies of two kinds of sugar beet callus, i....
The respiration of cells and isolated mitochondria of a habituated non-organogenic (HNO) cell line (...
peer reviewedHabituated (H) nonorganogenic sugarbeet callus was found to exhibit a disturbed sugar m...
A fully habituated (auxin- and cytokinin-independent) nonorganogenic (HNO) sugarbeet (Beta vulgaris)...
There are many arguments for considering a specific fully habituated (auxin and cytokinin-independen...
In a fully habituated (hormone independent) white sugarbeet callus overconsuming oxygen, and overpro...
The present study focus on the results of cytological studies of embryogenic (E) and Non-Embryogenic...
peer reviewedHabituated sugar beet calli have been characterized as having a deficiency in some tetr...
peer reviewedErythromycin (ERT) has been shown to reduce the 5-aminolevulinic acid (ALA) synthesizin...
peer reviewedA fully-habituated and nonorganogenic (HNO) sugar beet callus was previously shown to o...
For this research, the abnormality of tissue cultured plantlets,vitrification, was examined in Gypso...