Maize is an important food and feed crop in many countries. It is also one of the most
important target crops for the application of biotechnology. Currently, there are more biotech …

The C4 grass Zea mays (maize or corn) is the third most important food crop globally after
wheat and rice in terms of production and the second most widespread genetically modified …

The ability of immature maize (Zea mays) embryos to form embryonic calluses (ECs) is
highly genotype dependent, which limits transgenic breeding development in maize. Here …

Maize is one of the most important cereal crops in Sub-Saharan Africa and an important
source of energy for humans. However, the difference in the dedifferentiation frequency of …

For maize transgenic breeding, a major bottleneck is time need to produce homozygous
transgenic plants by selfing of one or more additional generations. This study established an …

Under this study an efficient protocol on callus induction (CI) and plant regeneration (PR)
was developed using immature (IE) and mature embryos (ME) of four maize varieties viz …

Four Tanzanian open pollinated maize varieties namely; Kito, Situka M-1, Staha and TMV-1
were regenerated in vitro using immature zygotic embryos as ex-plants. Callus induction …

Immature embryos from three elite Guizhou waxy maize inbred lines (W21019, B7, and
QCL5036) were evaluated for their ability of forming callus and regeneration into plants …

We investigated the callus induction and plant regeneration ability of 16 maize genotypes,
including the Korean inbred lines, using 9 to 15 day-old immature zygotic embryos from …

In vitro somatic embryogenesis was studied in composite maize cultivar, Gaurav by culturing
immature embryos. To obtain efficient callus, immature embryos were inoculated in MS …