Comparisons of chromatin conformation and compositions of heterotic hybrid and parental inbred maize
Palmer, S.E.; Ulrich, V.
Maize Genetics Cooperation Newsletter 59: 83
1985
Accession: 001323137
Using a DNase II + Mg2+ fractionation procedure with the inbreds FRMO17 and FRN28 and their hybrid, it was found that, compared with the inbreds, the hybrid had a putative euchromatin fraction (EF) which contained (1) relatively more protein and RNA than DNA and (2) relatively larger proportions of protein and RNA.
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Kamaldinov, F.G. 1969: Changes in content of water-soluble carbohydrates hi germinating seeds of a heterotic maize hybrid and its inbred parent lines Sb. tr. molodykh uchenykh. Kirg. n.-i. in-t. zemledeliya, 2, 111-118
Benchimol, L.L.; Souza Junior, C.L. de; Garcia, A.A.F.; Kono, P.M.S.; Mangolin, C.A.; Barbosa, A.M.M.; Coelho, A.S.G.; Souza, A.P. de 2000: Genetic diversity in tropical maize inbred lines: heterotic group assignment and hybrid performance determined by RFLP markers Plant Breeding 119(6): 491-496
Rubtsova, M.S. 1984: The effect of water on the biopotential difference of grains of heterotic and non-heterotic maize hybrids, initial inbred lines and mutants with the opaque-2 gene Fiziol, elektrofiziol i biokhimiya s kh rast: 57-68
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Mikenas, G.S. 1957: Nitrogenous substances in the grain of inbred hybrid families of maize and their parental forms. Izv. moldav. Fil. Akad. Nauk SSR (News Moldav. Branch Acad. Sci. SSR), 1, 17-30