The phrase "adequate sequence" is correct and usable in written English.
It can be used when discussing a series of events, actions, or elements that are sufficient or satisfactory in order or arrangement.
Example: "In order to achieve the desired outcome, it is essential to follow an adequate sequence of steps during the experiment."
Alternatives: "sufficient order" or "proper arrangement".
The application of the proposed method to this system showed that an adequate sequence of the calibration points yields to the minimum nonlinearity error.
Microarray and PCR-based technologies, although employed extensively, cannot provide adequate sequence coverage or quantitative accuracy to test this hypothesis directly.
Turbo-spin echo (TSE) is an adequate sequence to minimise susceptibility artefacts and distortion, and it increases the signal-to-noise ratio.
Risk of bias [46]: Sequence, adequate sequence generation; Allocation, allocation concealment; Blinding, blinding outcome assessor; Outcome, incomplete outcome data; Report, selective outcome reporting; Other, other sources of bias.
Table 2 Risk of bias assessment for the randomized controlled studies included in this meta-analysis Study Bleasdale et al. [24] Climo et al. [12] Huang et al. [13] Camus et al. [25] Noto et al. [16] Adequate sequence generation?
The right hand side of RCT makes room for this, for we may simply insist that unrepeatable events cannot be repeated often enough to give rise to an adequate sequence (whether or not the inadequate sequence they do in fact give rise to is random).
EP is limited by the availability of adequate sequence data.
Proper throughput escalation, sample multiplexing and adequate sequence coverage may potentially turn ultrasensitive genotyping into a feasible strategy for HIV drug resistance management in the clinical setting.
Only 10 amplicons failed to produce adequate sequence coverage using our resequencing pipeline, and 7 of these yielded high quality sequence after primers were redesigned.
Considering only strains with adequate sequence coverage and applying the scoring system allowed us to produce a short list of candidate mutations from ∼109 nt of raw sequence data.
The primers used in this study successfully amplify 16S mtDNA from a range of higher taxa (see Supporting Information S1 for analysis of priming regions) and the amplified fragment generally has adequate sequence characteristics to identify lower taxa (Supporting Information S1).
