Background The improvement of maize hybrids relies on significant genetic variability
among the inbred lines used and the degree to which it is transferred to progeny …

Combining ability analysis was conducted using line x tester design for seven inbred lines of
maize which were crossed to three single crosses as testers at Ismailia Agricultural …

This study investigated the combining ability, heterosis and heterotic grouping of maize (Zea
mays L.) inbred lines to enhance hybrid performance and productivity. Twenty-four hybrids …

Ten yellow maize inbred lines and three testers were top crossed in line× tester scheme in
2019 season. The resulted 30 top crosses with two check hybrids were evaluated at two …

Towards understanding the nature of gene action for kernel yield and its components traits,
a set of 45 F1 hybrids generated by adopting diallel mating design (Method IV and Model I) …

The study was conducted during winter season of 2020–2021 and rainy season of 2021 at
Maize Research Station, Sardarkrushinagar Dantiwada Agricultural University, Bhiloda …

Maize is becoming a crop of huge demand day by day due to its multiple uses but its
productivity in farmer's fields is generally low due to lack of multiple resistant and wider …

Combining ability analysis was conducted using Line x tester analysis involves twelve new
white inbred lines of maize were crossed two single crosses (SC 128 and SC 131) as testers …

Twelve newly developed white maize inbred lines were crossed with two testers ie SC 128
and SC 131 at Ismailia Agricultural Research Station during 2017 season. In 2018 summer …

Introduction Biofortified maize varieties could contribute to the fight against hunger and
malnutrition of the increasing human population and help meet the high demand of maize …