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Disomic Inheritance, Suppressed Recombination, and Allelic Interactions Govern Apospory in Buffelgrass as Revealed by Genome Mapping

R. W. Jessup*,a, B. L. Bursonb, G. B. Burowc, Y.-W. Wanga, C. Changa, Z. Lia, A. H. Patersonc and M. A. Husseya

a Dep. of Soil & Crop Sciences, Texas A&M Univ., College Station, TX 77843
b USDA-ARS, College Station, TX 77843
c Center for Applied Genetic Technologies, Dep. Crop and Soil Sciences, Botany, and Genetics, Univ. of Georgia, Athens, GA 30602



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Fig. 1. Pedigree of the buffelgrass mapping population. The parental lines (90C48507 and PI 409164) differed in many traits, including inflorescence type (birdwoodgrass vs. buffelgrass), rhizomes (absence vs. presence), and method of reproduction (sexual vs. apomictic).

 


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Fig. 2. Paternal (solid line) and maternal (hollow line) RFLP maps of buffelgrass. Markers and map distances (Kosambi) are shown to the right and left of horizontal lines, respectively. Probes are denoted as follows: buffelgrass cDNAs (pPAP, Pca, and Pcs), sorghum cDNAs (HHU), sorghum gDNAs (pSB and SHO), barley cDNAs (BCD), bermudagrass gDNAs (pCD), johnsongrass cDNAs (pSHR), maize cDNAs (CSU), maize gDNAs (BNL and UMC), pearl millet gDNAs (M, UGT, QH, and OPC), rice cDNAs (C and RZ), rice gDNAs (G, L, RG, V, and Y), sugarcane cDNAs (CDSB, CDSC, and CDSR), and oat cDNAs (CDO). Markers followed by a, b, c, etc. correspond to probes detecting polymorphisms at multiple loci on the maps. Linkage group names with a or b indicate homologous (disomic) chromosome pairs. Allelic bridge loci between the maps are in bold with brackets, and markers with allelic interactions are italicized in boxes.

 





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