In situations where both parents of mapping population lack sequence information and are in similar genetic background often requires multiple steps in the process of identification and generation of such PCR based molecular markers.
Among the tens of thousands of cis- and trans-acting eQTL identified in the current study, we have demonstrated that some of them are false-positives due to the lack of complete genome sequences from both parents of the mapping population.
In a new study for rice heterosis, Zhang et al. (2016) performed map-based sequencing of both parents of SY63 with coverages of 90.6% (ZS97B) and 93.2% (MH63) of estimated genome sizes.
To reconstruct this haplotype, we sequenced her ACE genomic DNA and partially sequenced and genotyped both parents of N1.
This can be concluded from the fact that from genomic DNA of both parents the sequence can be amplified as well as from the observation that the sequence is expressed at low level also in the susceptible parent [ 15].
For our method, we assume that we have phased haplotypes of both parents, and deep sequencing data of cfDNA from maternal plasma.
The genomes of both parents have been sequenced.
We then combine this information with haplotype-resolved genome sequencing of both parents to predict the inherited genome sequence of the embryo.
However, since the recombinant intermediates are unknown, it is possible some of them are parents of other sequences in the sample.
After labeling each sequence with the parent of origin, the set of sequences from both parents were combined for alignment in Novoalign.
textilis contained conserved ITS sequences of both parents, indicating incomplete concerted evolution of rDNA loci.
