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Genetic diversity among early provitamin A quality protein maize inbred lines and the performance of derived hybrids under contrasting nitrogen environments.

Ebenezer Obeng-BioBaffour Badu-AprakuBeatrice Elohor IfieAgyemang DanquahEssie Takyiwaa BlayMustapha Abu DadzieGilbert Tchala NoudifoulèAbidemi Olutayo Talabi
Published in: BMC genetics (2020)
The UPGMA clustering, the structure analysis, and the PCoA consistently revealed five groups which largely followed pedigree information indicating the existence of genetically distinct groups in the inbred lines. High repeatability and breeding efficiency values estimated for grain yield of hybrids under low-N, optimal and across environments demonstrated that high productive hybrids could be developed using inbreds from the opposing clusters identified by the DArTseq markers. The 15 top performing hybrids identified, particularly TZEIORQ 40 × TZEIORQ 26 and TZEIORQ 29 × TZEIORQ 43 should be further evaluated for release and commercialization in SSA.
Keyphrases
  • genetic diversity
  • single cell