Sentence examples for upper component of the from inspiring English sources

Fig. 9 Experimental REMPI spectrum of ND 3 molecules exiting the decelerator, probing exclusively the low-field seeking upper component of the inversion doublet for each rotational state.

The upper component of the angle may be affected by mandibular incisor proclination during class III decompensation, which will, to some extent, lead to concomitant proclination of the lower lip and thereby reduction of the mentolabial angle.

(1), (2) into Eq. (11) and taking Σ(r) as the Pöschl Teller-like Pöschl Teller-likeation obtained for the upotentialonenthef thequationspinobtained (r), becomes lefor {frac{{{thet{d}}^{2} }}{{{text{d}}r^{2} }} - } right.left.

At E14, intense receptor immunostaining was detected in the proliferative zone of the upper component of the rhombic lip (Fig. 3).

In turn, the most obvious effect of DBB under the conditions studied is a reduction in the levels of the upper component of the H-Ras doublet, putatively the non-palmitoylated form, causing its disappearance from the detergent fraction.

A Triton X-114 partition assay showed that treatment of AU5-H-Ras transfected cells with PAO reduced the amount of H-Ras protein in the detergent phase in a concentration-dependent manner, mostly at the expense of the upper component of the AU5-H-Ras doublet, with a concomitant increase in the protein recovered in the aqueous fraction (Fig. 5B).

These results show that upper components of the landscape structure (e.g. climate and topography) determine the spatial distribution of hantavirus reservoirs independently of the floristic composition of the vegetation patches.

Under these conditions, treatment of AU5-H-Ras-transfected cells with DBB reduced the levels of the upper component of AU5-H-Ras doublet (Fig. 7D) and led to the virtual disappearance of this band from the detergent phase in the Triton X-114 partition assay (Fig. 7E).

The specimens underwent cyclic loading by means of a monobeveled steel chisel that was attached to the upper movable component of the machine.

The brackets were subjected to a compressive loading in the occlusogingival direction at a crosshead speed of 0.5 mm/min via monobeveled chisel attached to the upper movable component of the testing machine.

Points on the plot are colored according to the biological nature of each variable; variables shown on the right contributed positively to the first component (C1), while those on the left contributed negatively to this component; variables in the upper part of the cloud contributed positively to the second component (C2), while those at the bottom contributed negatively to it.