Sentence examples for ideal sequence from inspiring English sources
Furthermore, the ideal sequence and absolute benefit of post-induction therapy is unclear.
In late-nineteenth-century Japan, the state introduced a "romantic-love ideology," which defined the "ideal sequence of a woman's life" in similar terms: "romantic love (courtship)," followed by marriage, childbirth, the awakening of a "nurturing maternal love," and the triumphant assumption of a desexualized "caretaking role".
A successful infection is determined in part by how close a viral genome is to an ideal sequence.
The ideal sequence of surgery and radiation for local management of soft-tissue sarcoma remains controversial on the basis of early versus late treatment complications, although preoperative radiation can provide the best results for improved long-term function.
Much has been written about how to become a clinician-scientist, but most of it has focused on the ideal sequence of training, the research environment, remuneration, and so forth.
The iterative authoring process followed in the development of these problems emphasizes that the ideal sequence of steps is not the one that offers the shortest or fastest solution but one that exercises all of the necessary conceptual knowledge and procedural skills along the way.
We also tested the robustness of our algorithm to less ideal sequencing conditions by simulating reads from the whole human genome with clones with triple the standard deviation in clone size (30 Kb) as well as a standard deviation of 20% in the number of reads obtained from each clone.
Selecting the ideal sequencing coverage therefore depends on the properties of the mutation(s) that the researcher seeks to identify.
An ideal sequencing experiment should result in a high number of reads covering a region of interest uniformly.
If economically possible, WGS at 60X mean coverage with PCR-free library preparation would generate even more ideal sequencing data for INDEL detection.
Finally, the short universally-primed amplicon is ideal for sequence characterization through new parallelized high-throughput sequencing technologies, allowing inexpensive but comprehensive studies of biodiversity to be a realistic goal.
