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Kernel mutants of corn


, : Kernel mutants of corn. Specialty corns: 1-28

Information on the genetic variation known to affect the composition, development and structure of maize kernels is reviewed and practical suggestions on the construction of new genotypes are provided. The relationship of genetic variation to the modification of metabolism in the kernel is discussed as well as the potential for creating new variations through genetic engineering.

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Related references

Flora L.F.; Wiley R.C., 1972: Effect of various endosperm mutants on oil content and fatty acid composition of whole kernel corn zea mays. Journal of the American Society for Horticultural Science 97(5): 604-607

Flora, L.F.; Wiley, R.C., 1972: Effect of various endosperm mutants on oil content and fatty acid composition of whole kernel corn (Zea mays L.). Oil content ranged from 5.2 to 18.4% in the twelve mutants examined. The fatty acid composition differed widely in the mutants. Incorporation of the opaque-2 gene caused the greatest decrease in oil content and increase in the proportion of polyun...

Lee, M.; Veldboom, L.; Scanlon, M.S.; Myers, A.M.; James, M.G.; Robertson, D.S., 1991: Mutator-tagged defective kernel mutants as putative QTL for kernel size. Two Mu-induced defective kernel (dek) mutants of maize, dek*-807 and dek*-1047, were transposon-tagged, and co-segregating genomic clones were obtained. RFLP mapping located dek*-807 to chromosome 5, 8 cM distal to UMC51 and 12 cM proximal to UMC6...

Xue, S.; Settles, M.; Huang, L.F.n; Dukes, W.D.; Baier, J.W.; Avigne, W.T.; Hannah, C.; Mccarty, D.R.; Koch, K.E., 2002: Phenotypic analysis of Mu-tagged small kernel and defective kernel mutants derived from a UniformMu maize population. Plant Biology (Rockville) : 108

Moreau, R., A.; Johnston, D., B.; Hicks, K., B., 2007: A Comparison of the Levels of Lutein and Zeaxanthin in Corn Germ Oil, Corn Fiber Oil and Corn Kernel Oil. All commercial corn oil is obtained by pressing corn germ and/or extracting the germ with hexane. In the current study, six types of corn oil were prepared by extracting corn germ, corn fiber and ground corn, each with hexane or with ethanol. The...

Odvody G.N.; Remmers J.C.; Spencer N.M., 1990: Association of kernel splitting with kernel and ear rots of corn in a commercial hybrid grown in the coastal bend of texas usa. Phytopathology 80(10): 1045

Minussi E.; Farencena C.J., 1984: Pathogenicity of a wheat and corn colletotrichum graminicola isolated in triticale wheat sweet corn small kernel corn oats rye and barley. Fitopatologia Brasileira 9(2): 324

Curran, K.L.; Festa, A.R.; Goddard, S.D.; Harrigan, G.G.; Taylor, M.L., 2015: Kernel compositions of glyphosate-tolerant and corn rootworm-protected MON 88017 sweet corn and insect-protected MON 89034 sweet corn are equivalent to that of conventional sweet corn (Zea mays). Monsanto Co. has developed two sweet corn hybrids, MON 88017 and MON 89034, that contain biotechnology-derived (biotech) traits designed to enhance sustainability and improve agronomic practices. MON 88017 confers benefits of glyphosate tolerance...

Sheridan, W.F.; Neuffer, M.G., 1981: Developmental mutants - a group of defective kernel mutants blocked in early embryo development. Of 150 defective grain mutants, 15 lethal mutants were blocked at a stage prior to the formation of the first leaf primordium. Nine of these were blocked at the proembryo stage and five of the mutant genes concerned were allelic. Four mutants were...

Neuffer, M.G.; Sheridan, W.F., 1981: A group of new mutants defective in kernel development - the dek mutants. Fifteen dek mutants which have been induced using ethyl methanesulphonate are listed with their chromosome arm location and several other characteristics. They are located on 15 different chromosome arms.