Muscles show a continuous slight activity even when at rest; this keeps them taut; this action, called tonic activity, is brought about by discharges in the motor nerve to the muscle.
The remaining analogues did not show any activity at the same enzyme concentration, except Z-Gly-OGb, for which there was slight activity.
Functional status Frecuency Percentage Alive, functional degree I. Without activity limitation 661 47,9 % Alive, functional degree II Slight activity limitation 326 23,6 % Alive, functional degree III Marked activity limitation 219 15,9 % Alive, functional degree IV Symptons, pain at rest 175 12,7 % Table 62 (abstract A1016).
One explanation for the comparatively modest decrease in CtpSE277R activity as a function of enzyme concentration is that CtpSE277R produces CTP, which at high CtpS concentrations can accumulate and competitively inhibit CtpS activity, resulting in a slight activity decrease.
Although the egg cytosol had only slight bacteriolytic activity at low temperature (4°C), the lytic activity increased markedly as temperature rose, with the optimum temperature being 25°C.
However, when the recombinant family 18 chitinase was mixed with a low concentration of protease, the lytic activity increased markedly, although the protease alone had only slight mucolytic activity at this low concentration.
Titration of hippuristanol revealed that the ATPase activity of eIF4AIIIIP/T was resistant to hippuristanol at concentrations up to 75 µM with a slight inhibition of activity at 100 µM (Fig. 3C).
The yeast-expressed Nb-9-LO Nb-9-LO Nb-9-LO Xpenzymee optimum at 35°C withasinoleic acid as substemperature pH optimum of 6.0 with atreproducible slight reduction in activity at pH 7.5, which is near neutrality and similar to that of other 9-LOX enzymes (Additional file 1: Figure S1A and S1B).
In contrast, the HA leaves showed a slight decrease in peroxidase activity at all of the time points tested.
In this experiment, native LDL had a slight effect on POX activity at higher concentrations, presumably due to partial oxidation of LDL during in vitro experiments.
