280-285Large-scale in vitro propagation protocol for Dendrobium hybrids Sonia 17 and 28, two highly prized commercial cut flower cultivars through shoot multiplication using flower stalk node explants and protocorm-like bodies (PLBs) formation was accomplished. Both hybrids did not exhibit significant differences in initiation, multiplication, rooting, and field establishment. Flower stalk nodes cultured on half strength Murashige and Skoog (MS) medium supplemented with 6.97 μM kinetin (Kn), or 15% coconut water (CW) or 13.3 μM of N6-benzyladenine (BA) evoked bud break. Kn showed better growth of the initiated bud. Excision and culture of the initiated shoots on medium having same amount of Kn developed more than 5 shoots per...
An efficient and reproducible protocol for plant regeneration through in vitro culture of Dendrocala...
A protocol for in vitro propagation from protocorms of Dendrobium fimbriatum a distributed in all ov...
Regeneration of orchid, Dendrobium malones “Victory”, has been established by direct differentiation...
The low rate of Dendrobium regeneration through seed culture is a significant limitation of mass pro...
294-301Direct and indirect in vitro plant regeneration protocol for Dendrobium jerdonianum has been ...
This experiment was conducted to establish the in vitro propagation of Dendrobium moniliforme throug...
[[abstract]]To propagate Dendrocalamus latiflorus, we used in vivo inflorescences to produce calli o...
An in vitro propagation protocol was established for the Dendrobium Serdang Beauty orchid. The propa...
An efficient protocol for propagation of Dendrobium aggregatum using the axenic immature seeds, deri...
448-452An efficient protocol for micropropagation of Dendrobium transparens L. using the axenic pseu...
This communication describes asymbiotic seed germination, protocorm development, micropropagation ...
[[abstract]]There are more than 1,600 species of Dendrobium in the world. Some of them had been repo...
Not AvailableIn tissue culture, transferring of small plantlets without proper in vitro hardening re...
AbstractAn efficient in vitro plant regeneration protocol from protocorms of Dendrobium aqueum was d...
An efficient in vitro plant regeneration protocol from protocorms of Dendrobium aqueum was developed...
An efficient and reproducible protocol for plant regeneration through in vitro culture of Dendrocala...
A protocol for in vitro propagation from protocorms of Dendrobium fimbriatum a distributed in all ov...
Regeneration of orchid, Dendrobium malones “Victory”, has been established by direct differentiation...
The low rate of Dendrobium regeneration through seed culture is a significant limitation of mass pro...
294-301Direct and indirect in vitro plant regeneration protocol for Dendrobium jerdonianum has been ...
This experiment was conducted to establish the in vitro propagation of Dendrobium moniliforme throug...
[[abstract]]To propagate Dendrocalamus latiflorus, we used in vivo inflorescences to produce calli o...
An in vitro propagation protocol was established for the Dendrobium Serdang Beauty orchid. The propa...
An efficient protocol for propagation of Dendrobium aggregatum using the axenic immature seeds, deri...
448-452An efficient protocol for micropropagation of Dendrobium transparens L. using the axenic pseu...
This communication describes asymbiotic seed germination, protocorm development, micropropagation ...
[[abstract]]There are more than 1,600 species of Dendrobium in the world. Some of them had been repo...
Not AvailableIn tissue culture, transferring of small plantlets without proper in vitro hardening re...
AbstractAn efficient in vitro plant regeneration protocol from protocorms of Dendrobium aqueum was d...
An efficient in vitro plant regeneration protocol from protocorms of Dendrobium aqueum was developed...
An efficient and reproducible protocol for plant regeneration through in vitro culture of Dendrocala...
A protocol for in vitro propagation from protocorms of Dendrobium fimbriatum a distributed in all ov...
Regeneration of orchid, Dendrobium malones “Victory”, has been established by direct differentiation...