203-211In tissue culture, high production cost of the products restricts their reach. Though tissue culture is a major strength in floriculture it is marred by pricing issues. Hence, we developed a complete regeneration low cost micropropagation protocol for an economically important floriculture crop, carnation (Dianthus caryophyllus L.). Successful regeneration of carnation from nodal explants on cost-efficient medium indicates that psyllium husk, sugar and RO water can effectively replace the conventional medium comprising agar, sucrose and distilled water. The protocol can contribute to increased carnation production at comparatively reduced cost, and there by encourage wide scale adoption by the common growers. </span
Main conclusion This paper reviews the cryopreservation of the ornamental, carnation (Dianthus caryo...
Micropropagation has enormous potential in the forestry industry for the mass production of elite ge...
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...
An efficient procedure was developed for in vitro callus induction, proliferation and regeneration o...
This investigation was conducted to find the best shoot proliferation and rooting media for 13 virus...
This study was carried out with the main objectives of developing a micropropagation system for Dia...
Shoot multiplication and regeneration system was developed for two carnation (Dianthus caryophyllus ...
Carnations (Dianthus caryophyllus L.) are immediately recognizable flowers and possess a charm and a...
Modification of osmotic pressure of in vitro medium-term canbe applied to conserve carnation accessi...
Plant regeneration of carnation species Dianthus ciliatus ssp. dalmaticus and Dianthus giganteus ssp...
Leaf explants of carnation (Dianthus caryophyllus L. cv. Turbo) were used for the transformation of ...
For in vitro regeneration of carnation (Dinathus sp.) as initial explants were used apical buds. The...
barley cultivars. Barley Genetics Newsletter, 30: 1-4. ChAuhAn m., KothAri S. L. (2004). Optimizatio...
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...
Micropropagation has enormous potential in the forestry industry for the mass production of elite ge...
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...
An efficient procedure was developed for in vitro callus induction, proliferation and regeneration o...
This investigation was conducted to find the best shoot proliferation and rooting media for 13 virus...
This study was carried out with the main objectives of developing a micropropagation system for Dia...
Shoot multiplication and regeneration system was developed for two carnation (Dianthus caryophyllus ...
Carnations (Dianthus caryophyllus L.) are immediately recognizable flowers and possess a charm and a...
Modification of osmotic pressure of in vitro medium-term canbe applied to conserve carnation accessi...
Plant regeneration of carnation species Dianthus ciliatus ssp. dalmaticus and Dianthus giganteus ssp...
Leaf explants of carnation (Dianthus caryophyllus L. cv. Turbo) were used for the transformation of ...
For in vitro regeneration of carnation (Dinathus sp.) as initial explants were used apical buds. The...
barley cultivars. Barley Genetics Newsletter, 30: 1-4. ChAuhAn m., KothAri S. L. (2004). Optimizatio...
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...
Micropropagation has enormous potential in the forestry industry for the mass production of elite ge...
This study was conducted to evaluate the effect of plant growth regulators on in vitro shoot multipl...