Sickbay Vital Signs Monitor Array

The bedside vital signs monitor provides real‑time EEG and waveform traces that Pulaski uses to judge the effect of induced neural stimulation; its stuttering, climbing alarms and erratic traces are the primary evidence that the procedure is both working and dangerously destabilizing Riker's brain activity.

The bedside vital signs monitor displays chaotic waveforms that initially indicate irregular neural activity; Pulaski studies these readouts to tune the stimulator and uses the display to confirm a vertex K-complex and transition into REM, making the monitor the evidentiary center of the procedure.

The Sickbay Vital Signs Monitor Array functions as the diagnostic anchor Pulaski moves away from; its readouts presumably provided the empirical correlation between memory stimulation and organism growth that triggers the affect-driven hypothesis and the decision to change stimulation patterns.

The Sickbay Vital Signs Monitor Array anchors the clinical reading that provokes Pulaski's line of thought; she moves from the monitor to Troi's side after interpreting its data, so the array functions as diagnostic stimulus and ongoing status relay while the experiment proceeds.

The bedside vital-signs monitor displays Riker's nervous-system readout and the microbial highlight; its subtle dimming is the empirical signal that the organisms' growth has slowed, guiding Pulaski's and Troi's tactical decisions and providing the immediate evidence for emotion-based treatment.

The bedside vital signs/neurological monitor displays a highlighted readout of Riker's nervous system; its subtle dimming provides the first empirical evidence that the organism's growth rate has slowed. The panel drives Pulaski's decision to alter stimulation parameters and confirms Troi's empathic read.

The bedside vital signs monitor array provides real-time HR, respiration, and EEG-like traces; its deteriorating readouts constrain Pulaski's choices, showing that while stimulation slows the organism, it also drives Riker's vitals toward collapse.

The bedside vital signs monitor provides erratic heart and respiration traces and numerical vitals that Pulaski reads aloud; the deteriorating readings create the time pressure and clinical justification for escalating the neural stimulation.

The bedside vital signs monitor provides the real‑time diagnostic readout that drives decision‑making: it displays shallow respiration, irregular heartbeat and the rapid deterioration that compels Pulaski to act. Its alarms and traces contextualize the risk and mark the physiological consequences of the procedure when Riker grows rigid.

The bedside vital signs monitor array broadcasts Riker's erratic respiration, pulse and blood pressure; after Pulaski injects Tricordrazine the monitor shows modest improvement, guiding the team to continue escalation rather than stand down.

The bedside vital signs monitor array provides real‑time waveforms and numeric vitals that drive Pulaski's clinical decisions: erratic respiration, irregular pulse, and near‑nil blood pressure compel immediate drug administration and later inform her risky decision to raise stimulator current.