Control experiments with genes for which the TSSs have been previously mapped showed that both methodologies are robust and accurate, and for many of them, additional TSSs not previously mapped were discovered, indicating that those genes are subject to a more complex genetic control than previously thought.
The mosaic map was discovered in the late 19th century in the rubble of a former Byzantine church when builders began work on the present Greek Orthodox Church of St. George, a building erected over the old site that is used today for services by local Christians, who form at least half of Madaba's population.
Nucleotide positions in the 10-5 map did not correspond to the positions in the QTL-BASE2 and BC1 maps because the SNPs were discovered in different populations and were based on different alignments.
Novel QTLs were discovered, mapped to chromosomes 1, 4, 5, 7, 8, 9, 10, 11, 12.
During the mapping effort, additional trackways were discovered west of the initial locality, including two poorly preserved trackways of bipeds along with 11 relatively well-preserved subparallel quadrupedal series [Fig 1].
A total of 7 new SNPs within the E1b1 clade were discovered and mapped on the Y chromosome tree.
The corridors were buzzing as new cytokines were discovered and mapped to immune cell functions.
In an initial scan of the genome, trypanosomatid genes were discovered and mapped to metabolic pathways using ASGARD [ 84], employing as reference the UniRef100 [ 85] and the Kyoto Encyclopedia of Genes and Genomes, KEGG [ 86] databases.
SNPs were discovered by mapping the consensus sequence of the respective isolate against the O26 reference sequence using the Ridom SeqSphere software version 0.99 beta (Ridom GmbH, Münster, Germany).
