After decapitation of the main shoot and subsequently the axillary shoots of carnation plants, annular zones extending between axils of opposite leaves produced numerous buds. Low temperatures (10-14 deg C) were essential for this bud formation, which was restricted to young internodes. The season affected the time till bud formation, and determined whether the buds were formed from the main axis or the laterals. Indications were found that these buds were adventitious. The possibility of using these buds in mutation breeding, and the possible risks if they are formed during clonal micropropagation in vitro, are discussed. (Abstract retrieved from CAB Abstracts by CABI’s permission
Plant regeneration of carnation species Dianthus ciliatus ssp. dalmaticus and Dianthus giganteus ssp...
This study was carried out with the main objectives of developing a micropropagation system for Dia...
Carnations (Dianthus caryophyllus L.) are among the most widely used cut flowers in the world. Tissu...
Both a long photoperiod and strong illumination strongly promoted growth and flowering. These condit...
This investigation was conducted to find the best shoot proliferation and rooting media for 13 virus...
Shoot multiplication and regeneration system was developed for two carnation (Dianthus caryophyllus ...
An efficient procedure was developed for in vitro callus induction, proliferation and regeneration o...
For in vitro regeneration of carnation (Dinathus sp.) as initial explants were used apical buds. The...
Adventitious shoot formation implies the regeneration or development of shoots from fully differenti...
Modification of osmotic pressure of in vitro medium-term canbe applied to conserve carnation accessi...
Carnation is an important cut flower with industrial and medicinal applications. To establish an eff...
Main conclusion This paper reviews the cryopreservation of the ornamental, carnation (Dianthus caryo...
Five experiments were carried outin the laboratory to obtain callus and plantlets from young petals ...
This study was conducted to evaluate the effect of plant growth regulators on in vitro shoot multipl...
Developing scale-up system and automation of micropropagation in a bioreactor has been a possible wa...
Plant regeneration of carnation species Dianthus ciliatus ssp. dalmaticus and Dianthus giganteus ssp...
This study was carried out with the main objectives of developing a micropropagation system for Dia...
Carnations (Dianthus caryophyllus L.) are among the most widely used cut flowers in the world. Tissu...
Both a long photoperiod and strong illumination strongly promoted growth and flowering. These condit...
This investigation was conducted to find the best shoot proliferation and rooting media for 13 virus...
Shoot multiplication and regeneration system was developed for two carnation (Dianthus caryophyllus ...
An efficient procedure was developed for in vitro callus induction, proliferation and regeneration o...
For in vitro regeneration of carnation (Dinathus sp.) as initial explants were used apical buds. The...
Adventitious shoot formation implies the regeneration or development of shoots from fully differenti...
Modification of osmotic pressure of in vitro medium-term canbe applied to conserve carnation accessi...
Carnation is an important cut flower with industrial and medicinal applications. To establish an eff...
Main conclusion This paper reviews the cryopreservation of the ornamental, carnation (Dianthus caryo...
Five experiments were carried outin the laboratory to obtain callus and plantlets from young petals ...
This study was conducted to evaluate the effect of plant growth regulators on in vitro shoot multipl...
Developing scale-up system and automation of micropropagation in a bioreactor has been a possible wa...
Plant regeneration of carnation species Dianthus ciliatus ssp. dalmaticus and Dianthus giganteus ssp...
This study was carried out with the main objectives of developing a micropropagation system for Dia...
Carnations (Dianthus caryophyllus L.) are among the most widely used cut flowers in the world. Tissu...