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The technical problem with HICF was concerned with the assembly of ... The HICF Map currently has 1500 contigs covering 1.96 Gb (83% genome coverage). Of the total anchored 806 contigs, 587 have been assigned to a specific ... 2.
PGIR Synergy of two reference genomes for the grass family. Plant Physiol. 149, 117-124. ... Structure and Architecture of the Maize Genome. Plant Phys. ... 3.
Sequencing the Maize Genome AGI HICF team: Ed Butler, Jose L. Goicoechea, Stephanie DeVito, Elena Ruiz, Danielle Yost and Rod A. Wing. AGI BES team: HyeRan Kim, Yeisoo Yu, ... 4.
Sequencing the Maize Genome To further prepare for sequencing the entire genome, two additional projects were funded. The Sequencing the Maize Genome Project (STMG, PI, J. Messing, ... 5.
Sequencing the Maize Genome To further prepare for sequencing the entire genome, two additional projects were funded. The Sequencing the Maize Genome Project (STMG, PI, J. Messing, ... 6.
Sequencing the Maize Genome To further prepare for sequencing the entire genome, two additional projects were funded. The Sequencing the Maize Genome Project (STMG, PI, J. Messing, ... 7.
PGIR Plant Physiol 139: 27-38. (*Equal First Authors); International Rice Genome Sequencing Project (2005). The map-based sequence of the rice genome. ... 8.
Sequencing the Maize Genome To further prepare for sequencing the entire genome, two additional projects were funded. The Sequencing the Maize Genome Project (STMG, PI, J. Messing, ... 9.
PGIR Site Navigator / Home, Sorghum Genome Browser, Sorghum Genome BLAST, The Maize Genome, Maize/Sorghum, Maize Endosperm, Maize Storage Proteins ... 10.
PGIR Diverged copies of the seed regulatory Opaque-2 gene by a segmental duplication in the progenitor genome of rice, sorghum, and maize. Mol. Plant 1, 760-769. ... |
