1989
DOI: 10.1590/s0006-87051989000200003
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Possibilidade de seleção recorrente para aumento do teor de óleo em soja com a utilização da macho-esterilidade genética e da espectroscopia de ressonância nuclear magnética

Abstract: Com a finalidade de estudar a possibilidade de realizar seleção recorrente, analisaram-se sementes de soja de plantas macho-estéreis e de sua progênies quanto ao teor de óleo no espectroscópio de ressonância nuclear magnética (NMR), no Instituto de Física da Universidade de Campinas de 1984 a 1988. Tais sementes provinham do composto IAC-1, com macho-esterilidade genética e ampla variabilidade quanto à percentagem de óleo (13,5-22,5%). Determinaram-se os coeficientes de repetibilidade, tomando-se o teor de óle… Show more

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(2 citation statements)
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“…The heritability for the characteristic of percentage of oil is relatively high, ranging from 44 to 84% (Laínez-Mejia, 1996;Pantalone et al, 1996). However, for the heritability of the oil yield (OY), the values are lower, ranging from 29 to 86% (Miranda et al, 1989;Farias Neto, 1995;Laínez-Mejia, 1996). Higher heritability values were found for the characteristic of maturity, which ranged from 61 to 93% (Santos et al, 1995;Laínez-Mejia, 1996).…”
Section: Introductionmentioning
confidence: 99%
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“…The heritability for the characteristic of percentage of oil is relatively high, ranging from 44 to 84% (Laínez-Mejia, 1996;Pantalone et al, 1996). However, for the heritability of the oil yield (OY), the values are lower, ranging from 29 to 86% (Miranda et al, 1989;Farias Neto, 1995;Laínez-Mejia, 1996). Higher heritability values were found for the characteristic of maturity, which ranged from 61 to 93% (Santos et al, 1995;Laínez-Mejia, 1996).…”
Section: Introductionmentioning
confidence: 99%
“…Maximizing genetic gain in GY through recurrent selection may be achieved by selecting a greater number of progenies resulting from two-parent crosses, followed by one generation of recombination instead of three generations of recombination (Uphoff et al, 1997). Miranda et al (1989) submitted the composite IAC-1, with genetic male sterility, to recurrent selection for an increase in the concentration of oil. They obtained an estimated genetic gain of 0.82% of oil per selection cycle in relation to the average of the population.…”
Section: Introductionmentioning
confidence: 99%