Multiple voltage-gated K' channels contribute to the repolarization phases of the cardiac action potential and are targets of several antiarrhythmic drugs. The Kvl.5 K' channel gene is expressed in the heart, and heterologous expression of this gene generates a slowly inactivating K' current. Previously, we found that glucocorticoids specifically upregulate pituitary Kvl.5 gene expression. To t...

may be described using complex shock wave analysis [ I . Fig. 1. Energy contained in rise time portion of pulse is used to reverse Recently, an appro.ximate but useful model describing this spins in ferrite transmission line. Magnetic field profile (dashed curve) phenomena was reported 121. Although some experimental in spin reversal region, as it emerges from output of line, represents • resid...

may be described using complex shock wave analysis [ I . Fig. 1. Energy contained in rise time portion of pulse is used to reverse Recently, an appro.ximate but useful model describing this spins in ferrite transmission line. Magnetic field profile (dashed curve) phenomena was reported 121. Although some experimental in spin reversal region, as it emerges from output of line, represents • resid...

Multiple voltage-gated K' channels contribute to the repolarization phases of the cardiac action potential and are targets of several antiarrhythmic drugs. The Kvl.5 K' channel gene is expressed in the heart, and heterologous expression of this gene generates a slowly inactivating K' current. Previously, we found that glucocorticoids specifically upregulate pituitary Kvl.5 gene expression. To t...

range of capacitance measurements. However, in two The nervous system has evolvedto make use of a variety different types of presynaptic terminals, it has been posof mechanisms that allow information to flow and be sible to measure the simultaneous fusion of vesicles processed among a large collection of individual cells. from a large number of release sites acting in parallel. Perhaps one of t...