AbstractFour genotypes of cowpea Vigna unguiculata, (VBN-1, VBN-2, Co-6 and Co(cp)-7) were studied for efficient regeneration. The seeds were pretreated with 13.3 µM BAP for 3 days and cultured on MSB5 medium supplemented with 6.6 µM BAP for 2 to 3 weeks for multiple bud induction. Multiple shoot buds were transferred to medium amended with 0.5 µM BAP for shoot elongation. Elongated shoots were rooted on growth regulator-free MSB5 medium. The plantlets were transferred to soil after 12 days and 90–95% of the plantlets survived. In this study V. unguiculata Co(cp)-7 produced very high number of shoots and this rapid and highly efficient protocol can be used for regeneration of this recalcitrant genotype
Mature de-embryonated cotyledons with intact proximal end of Vigna unguiculata were cultured on B5 b...
Plant genetic engineering has opened new avenues to modify crops and has provided a powerful tool fo...
Over the last three decades, sporadic efforts have been made to develop regeneration and transformat...
AbstractFour genotypes of cowpea Vigna unguiculata, (VBN-1, VBN-2, Co-6 and Co(cp)-7) were studied f...
Vigna unguiculata (L.) Walp. plant was efficiently regenerated from cotyledonary node explants. The ...
The production of whole plant of cowpea (Vigna unguiculata) L. Walp from calli is an efficient, reli...
Over the last three decades, sporadic efforts have been made to develop regeneration and transforma...
A rapid and reproducible in vitro plant regeneration procedure was developed for embryonic axis expl...
A rapid and reproducible in vitro plant regeneration procedure was developed for embryonic axis expl...
A rapid and reproducible in vitro plant regeneration procedure was developed for embryonic axis expl...
An improved cowpea transformation method utilizing Agrobacterium-mediated gene delivery to explants ...
Cowpea is an important legume food crop that is commonly grown in Arkansas and numerous other southe...
The experiment was conducted to test the in vitro regeneration efficiency of cowpea shoots via embry...
The experiment was conducted to test the in vitro regeneration efficiency of cowpea shoots via embry...
Mature de-embryonated cotyledons with intact proximal end of Vigna unguiculata were cultured on B5 b...
Mature de-embryonated cotyledons with intact proximal end of Vigna unguiculata were cultured on B5 b...
Plant genetic engineering has opened new avenues to modify crops and has provided a powerful tool fo...
Over the last three decades, sporadic efforts have been made to develop regeneration and transformat...
AbstractFour genotypes of cowpea Vigna unguiculata, (VBN-1, VBN-2, Co-6 and Co(cp)-7) were studied f...
Vigna unguiculata (L.) Walp. plant was efficiently regenerated from cotyledonary node explants. The ...
The production of whole plant of cowpea (Vigna unguiculata) L. Walp from calli is an efficient, reli...
Over the last three decades, sporadic efforts have been made to develop regeneration and transforma...
A rapid and reproducible in vitro plant regeneration procedure was developed for embryonic axis expl...
A rapid and reproducible in vitro plant regeneration procedure was developed for embryonic axis expl...
A rapid and reproducible in vitro plant regeneration procedure was developed for embryonic axis expl...
An improved cowpea transformation method utilizing Agrobacterium-mediated gene delivery to explants ...
Cowpea is an important legume food crop that is commonly grown in Arkansas and numerous other southe...
The experiment was conducted to test the in vitro regeneration efficiency of cowpea shoots via embry...
The experiment was conducted to test the in vitro regeneration efficiency of cowpea shoots via embry...
Mature de-embryonated cotyledons with intact proximal end of Vigna unguiculata were cultured on B5 b...
Mature de-embryonated cotyledons with intact proximal end of Vigna unguiculata were cultured on B5 b...
Plant genetic engineering has opened new avenues to modify crops and has provided a powerful tool fo...
Over the last three decades, sporadic efforts have been made to develop regeneration and transformat...