All physiological metals showed high VIP scores in the soil and nettle leaves (Figure 4c).
The data established that miRNA5078 is present in leaves (Figure 1c).
This chlorophyll destruction caused by PQ was higher in K-sufficient than K-deficient leaves (Figure 7).
These results can be confirmed by the increase in the number of glandular hairs in basil leaves (Figure 6).
Carob leaves (Figure 1) were collected from carob trees at the campus of the Royal Scientific Society, Amman, Jordan.
Three days after FA application their activities were similar to those as observed in untreated leaves (Figure 7B, C).
These locations share a similar pattern of Zn accumulation in the soil and nettle leaves (Figure 3).
When the youngest leaf was immature, starch accumulated in the bundle sheath cells of older leaves (Figure 1j).
However, neither macrohairs nor microhairs could be observed on both sides of NIL glr1 leaves (Figure 1f and Figure 1g).
Cd-induced chlorosis in K-deficient leaves was less pronounced than their respective control leaves (Figure 4A).
Interestingly, except for sites THM5, THM7, and THR, the hepatopancreatic and the foot Pb levels were lower than in the nettle leaves (Figure 4).
