Sentence examples for highest transcript accumulation from inspiring English sources

Furthermore, developing leaves of transgenic plants contained increased limonene contents (more than 450% increase compared to controls) that correlated with the highest transcript accumulation of the LS gene.

SlCaM2 exhibited the highest transcript accumulation level in all organs except fruits.

Approximately 99 of these 244 (41%) GmMYBs showed the highest transcript accumulation level in flower tissue, 82 (34%) showed the highest transcript accumulation in root tissue, 41 (17%) showed the highest transcript accumulation in leaf tissue, and 60 (25%) showed the highest transcript accumulation in seed tissue (some genes showed equal transcript accumulation levels in more than two tissues).

Approximately 45 of these 133 (33.8%) GmWRKYs showed the highest transcript accumulation level in root tissue, 20 (15.0%) showed the highest transcript accumulation in flower tissue, 13 (9.8%) showed the highest transcript accumulation level in nodule tissue, and surprisingly, only one showed the highest transcript accumulation level in seed tissue.

The highest transcript accumulation (7.2-fold) was observed for the OsTFIIS gene with the higher doses.

Although PtTPS17 and PtTPS19/20 were expressed in all tested poplar tissues, the highest transcript accumulation was found in roots.

Of the Populus 72 CCCH genes we examined, 34 showed the highest transcript accumulations in roots, 24 in young leaves, 12 in female catkins, 21 in male catkins and 22 in differentiating xylems.

The results from the expression analysis of DREB2 (member of drought responsive element binding subfamily A-2 transcription factor family) and COR15 (cold-regulated 15-A) genes show higher transcript accumulation on an- t1 background under both control and stress conditions.

For the cry1A.105 transcript analysis, AG8041 and AG9045 varieties showed a higher transcript accumulation (1.67- and 1.19-fold change, respectively), while the DKB350 variety showed a lower transcript accumulation (0.87-fold change).

For the accumulation of cry2Ab2 transcripts, compared to the DKB240 variety, AG8041 and DKB350 varieties showed higher transcript accumulation levels (1.52- and 1.24-fold change, respectively), while the AG9045 showed a behaviour similar to the reference (0.99-fold change).

In this case, necrotic F1 plants showed higher transcript accumulation levels of defense-related genes and increased resistance against plant pathogens compared to their parental ecotypes.