Sentence examples for genome carrier from inspiring English sources

Meiotic chromosomes in an oocyte are not only a maternal genome carrier but also provide a positional signal to induce cortical polarization and define asymmetric meiotic division of the oocyte, resulting in polar body extrusion and haploidization of the maternal genome.

The genome donors of O. minuta were identified as diploid O. punctata (BB) and O. officinalis (CC), although some studies suggest that an extinct Asian BB genome carrier is the direct genome donor [ 10].

A comparison based on the sequences of the unigenes shared between the BA progenitor tetraploid (T. turgidum) and the A genome carrier T. monococcum revealed a SNP frequency of 15.48 per 1000 nt, while that between T. turgidum and Ae. speltoides (related to the B genome progenitor) was 18.51, indicating that a high frequency of mutation was induced during the formation of allotetraploid wheat.

A new marker (Ah-041) presented a 100% transferability and could be used to classify the peanut accessions in AA and non-AA genome carriers.

To date six tetraploid species, three BBCC and three CCDD, have been recorded in O. officinalis complex, and all are C-genome carriers [ 16, 64].

23andMe used to offer a broad array of genetic tests in a single genome service: carrier tests for hereditary diseases ranging from rare syndromes to cystic fibrosis and hereditary breast and ovarian cancer; predictive genetic tests for common diseases, and pharmacogenetic tests for drug response and adverse drug reactions.

Yet, there is very little difference between the genomes of carrier and invasive strains [18].

Between fertilization and reproductive age, are there any genetic changes in BRCA1+ carrier genome besides the cancer-targeted breast cell genome, considering the essential roles of BRCA1 in maintaining genome stability?

Although we cannot exclude the possibility that the ZFNs may have cleaved unknown off-target sites, such undesired mutations can subsequently be easily excluded from the genome of the carrier animals by backcrossing to the parental strain or another background strain.

By employing non-mammalian genome mapping bacterial carrier DNA during amplification, we reliably amplify down to 50 pg of ChIP DNA from transcription factor (CEBPA) and histone mark (H3K4me3) ChIP.

For the non-carrier chromosomes, however, MABS of only four selected plants in BC1 and five in BC2 resulted in a recovery of 97.1% of the non-carrier genome.