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Depolarization (red) increases firing rates of pyramidal populations (p1, p2), whereas hyperpolarization (green) decreases their firing rates, relative to no stimulation control (blue).
From left to right, the number of positive signals (green) decreased obviously with the decrease of the sample concentration.
The most hydrophobic residue is green, and the amount of green decreases proportionally to the hydrophobicity, with zero hydrophobicity coded as yellow.
Summarized in Table 3 are representative targeted assay results for top-ranking IR candidate markers, with regard to their correlation to MFFM value and their fold changes in concentration from the bottom tertile to the top two-thirds of insulin sensitivity (green: decreased fold-change; red: increased fold-change).
When the CR% threshold value is increased, the areas of red, blue, and dark green decreased.
Red, increased over control; green, decreased relative to control; green and red, p < 0.05; light red, 0.05 < p < 0.1.
If our concern lies with absolute differences, the yellow pill preserves, whereas the green decreases the level of inequality.
Right: fraction of neuronal tone responses in the population that increased (light green), decreased (dark green), or did not significantly change with light.
Supplementary Figure S5a summarizes our finding that the fluorescence intensity ratio of red to green decreased dramatically and in a dose-dependent manner.
For cell cycle phenotypes, the desired response is an increase in the cell cycle arrest (red: increased cell cycle arrest. green: decreased cell cycle arrest).
Color intensity shows the level of abundance of each transcript (red, increased; green, decreased) in lymphocytes from the high-arsenic exposure compared with the low-arsenic-exposure group.
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Since I tried Ludwig back in 2017, I have been constantly using it in both editing and translation. Ever since, I suggest it to my translators at ProSciEditing.

Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com