The endosteal diameter, which represents the diameter of the bone marrow cavity, was increased up to 23% in Enpp1−/− mice (Fig. 2D).
The diameter of the circle represents tree diameter at breast height, the circle background colour represents the thinning treatment, and the border colour represents mean density calculated from all veneer procured from each tree.
In order to quantify the biomass production of single branches, the branch diameter at origin (bd origin) and the fresh biomass was recorded for branches with a diameter of approximately 3 cm upwards (3 cm represents the diameter at which a branch would be pruned (Springmann et al. 2011)).
MYO for each vessel was compared as the percentage change from the initial diameter at 20 mmHg as calculated using the following equation: ((Dx - D20)/(D20)) × 100, where Dx represents the diameter at a specific transmural pressure and D20 is the luminal diameter at 20 mmHg.
where C represents the diameter of fungal growth on untreated PDA, T represents the diameter of fungi on treated PDA, and I is the inhibitory rate.
The in vitro inhibiting effects of the test compounds on the fungi were calculated by the formula: I = [ C-T / C-0.4)] × 100, where C represents the diameter of fungal growth on untreated PDA, T represents the diameter of fungi on treated PDA, and I is the inhibitory rate.
Where C represents the diameter of fungi growth on untreated PDA, and T represents the diameter of fungi on treated PDA while I mean the inhibition rate.
The inhibition rate of the title compounds on the fungi was calculated by the following formula: I = [(C − T /(C − 5)] × 100, where I is the inhibition rate, C represents the diameter (mm) of fungal growth on untreated PDA, and T represents the diameter (mm) of fungi on treated PDA.
The symbol d represents the diameter of the wire, and n represents the pass number.
This represents a diameter of about 615 km at 400 km altitude.
