The phrase "active yellow" is correct and usable in written English.
It can be used to describe a shade of yellow that is bright, vibrant, or attention-grabbing, often in contexts related to design, art, or branding.
Example: "The logo features an active yellow that stands out against the dark background, making it eye-catching."
Alternatives: "vivid yellow" or "bright yellow".
Four activity states are represented: Not tested (void cell), inactive (red), slightly active (yellow) and active (green).
The industry, with roughly 20,000 active yellow taxi drivers, needs about 3,000 more drivers to remain a healthy part of the city's transportation system.
Macadenanthin A (1) was obtained as optically active yellow powder (([alpha]_{{text{D}}}^{{21}}) –1.9, c 0.12, MeOH).
Macadenanthin C (3) was obtained as optically active yellow powder (([alpha]_{{text{D}}}^{{21}}) –3.3, c 0.12, MeOH) and the molecular formula was deduced to be C25H26O7 based on its HREIMS (m/z 438.1675 [M]+), suggesting 13° of unsaturation.
Transcriptionally active YELLOW chromatin is specifically marked with H3K36me3, a mark of transcriptional elongation typically present on genes with a broad expression pattern over many developmental stages and tissues, so-called "house-keeping" genes.
Overall, the evolution of the active Yellow River delta is highly correlated to riverine water and sediment discharge.
The presently active Yellow River (Huanghe) delta lobe has been formed since 1976 when the river was artificially diverted.
We identified inverse erosion-accretion trends in the subaqueous region: net accretion of 0.15 m/yr in the active Yellow River mouth (AYRM) and severe erosion of -0.1 m/yr in the Gudong littoral zone (GDLZ).
Here we examined the stepwise morphological evolution of the active Yellow River delta lobe including both the subaerial and the subaqueous components, and illustrated the critical roles of riverine discharge and sediment grain size in dominating the deltaic evolution.
(I L ) For quantification of the distances of immunogold labeled SVs to the AZ, the area of each presynaptic terminal was delineated (blue) and the distance of each gold particle within a terminal to the center of the active zone (yellow lines) was measured for VACHT (I ) and VGLUT1 (J ).
The RNAP β and β′ subunits are transparent to reveal the RNAP active site Mg2+ (yellow sphere) and the nucleic acids held inside the RNAP active site channel.
