Sentence examples for phase of rise from inspiring English sources

Therefore, the shape of arc current pulses was varied, especially in the phase of rise and fall (triangle, sine, rectangle).

Because TRH causes an elevation of inositol(1,4,5) trisphosphate [Ins(1,4,5 P3] within seconds, but not mseconds, further studies are required before it can be concluded unequivocally that Ins(1,4,5 P3 is the sole mediator of the rapid phase of rise in [Ca2+]i induced by TRH in GH-cells.

The majority of the calcium involved in the early phase of rise in [Ca2+]i induced by TRH is derived from intracellular sources, while essentially all of the calcium rise observed in the late phase is derived from extracellular calcium entering the cell through both voltage-dependent and voltage-independent conductances.

The results are presented for data collected during the current phase of rising solar activity (low to high solar activity) from December 2010 to April 2014.

Patients included in this study were all analyzed during the phase of rising sCr.

In subjects with high values of Vopt (125 135 rpm), the phase of rising torque should be shorter.

The phase of rising torque exerted on the crank at Pmax⁡ (around 110 120 rpm) should last around 0.125 0.150 s as this phase lasts approximately 90 100° during all-out cycling, whatever the pedalling rate [ 24, 26, 27, 34, 39].

The Ca2+ uptake speed, estimated by linear regression from the slope of the ascending phase of [Ca2+]m rise (see Materials and Methods), was unchanged in Afg3l2 −/− cells compared with syngenic controls (Fig.  2A).

Indeed, training studies have demonstrated that RTD and EMG in the early (<100 ms) and late (>100 ms) phases of rising muscle force/torque respond differently, which clearly emphasises the usefulness of the approach utilised in the current study (ie, separating into epochs).

BzATP was also able to evoke [Ca2+]i rise in SCs, and quantification of the intensity and duration of the peak phase of [Ca2+]i rise in the first 180 s after BzATP application shows that the [Ca2+]i increase is generally concentration-dependent. BzATP at 30  μM evoked a small [Ca2+]i rise, whereas 100  μM evoked a much bigger [Ca2+]i rise that lasted longer than minimolar ATP-evoked [Ca2+]i rise.

Although HT22S and R cells behaved similarly during the first phase of Ca2+ rise, which corresponds to Ca2+ passively leaking out of the ER, the second phase of cytosolic Ca2+ rise was remarkably reduced in HT22R compared with HT22S cells.