The low frequency of plantlet regenerates from the somatic embryogenesis (SE) callus in
sugarcane becomes a problem to produce its seed. Plant growth regulators were able to …

In sugarcane commercial plantations, seedlings are obtained by vegetative propagation
from stem segments. However, this form of seedling production has a downside as it is …

Conventional recombination breeding suffers setbacks for genetic improvement of
sugarcane owing to its narrow gene pool, large complex genome, rare flowering, low fertility …

Sugarcane propagation through conventional means does not provide sufficient planting
material of a variety, particularly desirable in case of newly released varieties to achieve …

Ten sugarcane (Saccharum officinarum L.) cultivars were screened against red rot disease
caused by Colletotrichum falcatum under laboratory conditions by artificial inoculation …

Sugarcane is a cash crop of national importance. Its complex genome, narrow gene pool,
long breeding cycle, rare flowering and complex environmental interactions hinders …

An efficient callus-mediated regeneration system was developed for high-frequency
production of planting material of sugarcane genotypes LSC and B36464. Spindle leaf …

Sugarcane germplasm comprises different phases (Advance and station yield trial) were
planted at the experimental farm of NIA, Tando Jam to evaluate the growth and biotic …

Both in vitro establishment and callogenesis of sugarcane allow a production of quality
regenerative material, which is necessary for in vitro clonal propagation and for genetic …

Three sugarcane varieties were used in this experiment to optimize specific plant hormones.
The present work was conducted in 2014 at Nuclear Institute of Agriculture (NIA), Tando jam …