Our approach of sequencing flowers from two fully obligate sexual genotypes and two unrelated highly apomictic genotypes, in addition to different flower parts dissected from a facultatively-apomictic accession, enabled us to approach the complexity of the flower transcriptome according to its main reproductive organs as well as for alternative reproductive behaviors.
We considered the alternative approach of sequencing the exome of one of the fetal DNA samples, but there is a higher risk of exome sequencing failure as the quality of DNA extracted from terminated fetuses can be poor compared with leukocyte DNA from healthy adults, particularly if the only source of fetal DNA is formalin-fixed paraffin-embedded tissue.
(Note that this approach of sequencing all the exons in cases and then genotyping the controls for only the specific variants found in cases is known to bias analyses toward finding association. 27) In African American cases and controls, we screened for one particular variant that is a haplotype of two single-nucleotide polymorphisms (SNPs): rs149055334-rs79761183 (EFHC1 P77T-R221H).
Our approach of sequencing flowers from two fully obligate sexual genotypes and two unrelated highly apomictic genotypes, in addition to different flower parts dissected from a facultatively apomictic accession, enabled us to analyze the complexity of the flower transcriptome according to its main reproductive organs as well as for alternative reproductive behaviors.
Relatively few studies have investigated (with success) selection approaches of sequences homologous to those found in the genome sequences of fungal model species to develop PCR primer-based markers in non-model-ones [9], [26], [27], [28].
These include, but are not limited to, approaches of sequence alignment, variant discovery, expression analysis and de novo assembly.
Studies about the role of SD in Vitis vinifera and other plant genome evolution have followed classical assembly-based approaches of sequence alignment and comparison [ 4, 19- 22], thus ignoring the impact and contribution of highly similar SDs.
At short time, our perspectives of future work concern the evaluation of our approach on sequences of actions, or in different applications frameworks, that can involve gaits, affective states or emotions analysis.
Although protocols for sequencing cpDNA based on consensus primer walking of total genomic DNA exist [18], it is still essential to have protocols based on the more conventional approach of sequencing chloroplast DNA via highly purified cpDNA because it allows efficient detection of SNPs and insertion-deletion polymorphisms (Indels) within a plant population.
The SNPs selected for validation indicated that the approach of sequencing cDNA would be beneficial for generating new set of DNA markers in sorghum.
