Sentence examples for flex sequence from inspiring English sources

To assess the quality of 454 Flex sequence assembly, we selected two BACs SC172L01 and SC118L15 for Sanger sequencing.

Full length BAC sequences were generated with Roche 454 Flex sequencing also at NRC.

SM, FN, and JW carried out 454 Flex sequencing and BAC sequence assembly.

The LAVA-Flex sequence was used as a reference.

On 23 (92%) of the images of the LAVA-Flex sequence, the artifacts by the dental alloys showed multiple hyperintense rings (Figure 3).

A retrospective study was undertaken on 10 patients with sequentially performed PET/CT and MR. The LAVA-Flex sequence was investigated, with in-phase (IP) and out-phase (OP) echoes.

Subgroup analysis for patients with low to moderate (1 to 3) blurring artifacts on LAVA-Flex sequence (group 1) and patients with extensive to non-diagnostic blurring (group 2) was performed.

The largest artifact size of 612 mm2 on axial images was observed on LAVA-Flex sequences and could be reduced to 195 mm2 for T1-FSE sequence to 131 mm2 for MAVRIC SL and to 126 mm2 for MAVRIC-fast (Table 1).

Based on the assessment of spatial blurring on LAVA-Flex sequences, two groups were generated: group 1 with low to moderate artifacts (categories 1 to 3) and group 2 with blurring artifacts impairing diagnosis (categories 4 and 5).

The absolute reduction of signal void from LAVA-Flex sequences to the T1-weighted fast spin-echo (FSE) sequences was 416 mm2 (range 4 to 2,010 mm2) to MAVRIC 481 mm2 (range 12 to 2,288 mm2) and to MAVRIC-fast 486 mm2 (range 39 to 2,209 mm2,209

An axial two-point Dixon-based T1-weighted 3D gradient echo sequence (LAVA flex) was acquired and fat-suppressed images were reconstructed for all stations.