Methods of the invention involve establishing a cutoff level for a protein marker to provide a predetermined sensitivity for an assay, in which the cutoff level is indicative of the absence of cancer.

This is made when the level of an AGC control unit input signal received by the unit has been below a first threshold level or above a second threshold level during a detection interval.

When the level of the audio signal increases past a threshold level, and the voltage level of the battery falls below a threshold voltage, an attenuation is determined and applied to the audio signal.

The first updated threshold level is reported to the first OS.

The method, as described herein, includes setting a bit in a status register after the power supply level reaches a threshold level, and monitoring a state of the bit to determine if the power supply level has dropped below the threshold level.

In a first embodiment, the method identifies a maximum monitored level of actual utilization and calculates a threshold level of utilization as a function of the maximum monitored level of utilization.

The presence of a turbid contaminant is indicated when the detected level of scattered radiant energy differs from a threshold level.

DELF B-1: At this level, the language user becomes independent.

DELF B-1: At this level, the language user becomes independent.

The threshold accelerator operation amount is determined according to the traveling mode.

The switching circuitry opens when the amount of RF energy reaches a threshold level.

Current magnitude in the first cable is compared to a threshold level.

The first updated threshold level are set based on the parameter.

Set the Average Threshold level to about three quarters of the way between the Maximum and Minimum Threshold levels.

The fixed voltage level corresponds to a threshold level above which the diode -laser would provide laser-output.