Twenty maize inbred lines were studied for days to 50 % anthesis and silking, anthesis – silking interval, leaf firing, tassel blast, SPAD reading and leaf senescence, plant and

Comparative analysis of genetic diversity among the maize inbred lines (Zea mays L.) obtained by RAPD and SSR markers. Braz Arch Biol Techn. Genetic variation in Coffea

to validate selected maize SSR markers linked to drought tolerance with elite drought tolerant maize inbred lines and determine the genetic diversity among the

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90 Table 3.16: Heterotic orientation, SCA effects, genetic distance and mean yield of South African maize inbred lines with tropical inbred testers, across low nitrogen

The genetic diversity pattern of a sample of 144 maize inbred lines comprising 106 Italian entries, considered rep- resentative of the breeding material developed at the Bergamo

Plant material and SSR markers: Plant material comprised of 24 tropical and sub tropical maize inbred lines from different backgrounds (Table 1) was used to study the

The objective of this study was to determine genetic diversity of 15 ZP maize inbred lines applying the method of protein markers (UTLIEF method), and to

Figure 1 Cluster analysis of 29 maize inbred lines according to genetic similarity calculated using SSR marker data ( Jaccard coefficient).. Pedigree is presented

This study was undertaken to (1) estimate the genetic diversity among 31 tropical-adapted provitamin A maize inbred lines, (2) create genetic variability for agronomic traits

The objectives of this study were to determine the genetic diversity present among 79 elite maize inbred lines collected from five different sources using 30 SSR markers and

Molecular analysis revealed that SSR primer UMC-1097, UMC-1754 and UMC- 1944 as potential markers to disclose genetic diversity among maize lines at molecular level.. The

Genetic diversity assessment and relationship among tropical- yellow endosperm maize inbred lines using SSR markers.. Oyenike Adeyemo 1* , Abebe Menkir 2 , Gedil Melaku 2 ,

Cluster analysis on pooled analysis for morphological, maturity, yield, physiological and quality attributes grouped 100 maize lines into 11 clusters with maximum number of lines

of 260 inbred lines drawn from the landrace gene pool had an average gene diversity of 0.837 (standard error ⫽ When the sample size is large ( ⬎ 100), inbreds capture.. ⵑ 78% as

The strength of these data lies in their detailed coverage (information at NACE three-digit or four-digit level), but gaps remain for certain Member States and

Genetic diversity and heterotic grouping of the core set of southern African and temperate maize (Zea mays L) Inbred lines using SNP markers.. Chanda Richard Makerere University

RAPD is a reliable and a relatively simple procedure to study genetic relationships among maize lines, which can be useful in current maize breeding programs,