Among the vermicompost treatments, maximum decrease was recorded in 6 t/ha (28.67 ± 2.9) followed by 4 t/ha (21.47 ± 2.1) when compared with the control (Fig. 4b).
This reduction varied from 3 to 41%%, and the maximum decrease was observed during winter and spring compared to the baseline predictions (where mineral and organic fertilisers were considered).
The maximum decrease was observed on day 1 (44% change, with statistically significant differences compared to baseline (*p < 0.05)), followed by a slight rebound on day 3 (33.6% change, *p < 0.05).
However, income from financial subsidies at four of the hospitals fell, and the maximum decrease was 60.62 %.
The same profile was observed for ESR, but with a small time delay in response, the maximum decrease being observed at week one.
The maximum decrease was calculated by comparison of the level of blood counts before therapy (baseline) with the lowest level within 12 weeks.
As a whole, maximum decrease was observed in K, which was in roots (75%), while significant enhancement was found in N in leaves (120%) as compared to their related controls.
There was an association between the maximum CA 19-9 decreand and pain and physical well-being, respectively, but the maximum decrease was not prognostic for these domains: These group differences in pain and physical well-being were present already before the maximum decrease.
With the load decreasing from 100%to50%0%, the inlet and outlet fluid temperature as well as the outlet air humid ratio will all decrease, but the maximum decrement is not more than 11%.
Under these conditions, the maximum COD decrease was 62% and the color decreased to 10 times.
