MGH/MF Waveform Database 1.0.0

File: <base>/mgh018.hea (2,008 bytes)
mgh018 8 360/0.476 1501200 11:52:29 25/06/1991
mgh018.dat 212 250(-320)/mV 12 0 -341 36607 0 ECG lead I
mgh018.dat 212 250(-100)/mV 12 0 -14 16813 0 ECG lead II
mgh018.dat 212 250(0)/mV 12 0 -43 58543 0 ECG lead V
mgh018.dat 212 7.22(-1172)/mmHg 12 0 -13 62841 0 ART
mgh018.dat 212 27(-1575)/mmHg 12 0 -1022 4616 0 PAP
mgh018.dat 212 1000 12 0 -1029 31810 0 OFF
mgh018.dat 212 1000 12 0 -37 48171 0 Resp. Imp.
mgh018.dat 212 1000 12 0 943 9658 0 CO2
#<age>: 67 <sex>: M <diagnoses>: Repair of duodenal ulcer
# PERTINENT HISTORY:
#   COPD
# GENERAL COMMENTS:
#   Bedmaking
# ELECTROCARDIOGRAPHIC DATA:
# UNDERLYING RHYTHM:
#   Normal sinus rhythm @ 98 bpm
# RHYTHM DISTURBANCES:
#   Multifocal atrial ectopy
#   Junctional escape beats
#   Multifocal ventricular ectopy
#   Ventricular bigeminy/couplets
# ECG INTERPRETATION:
#   Nonspecific ST segment and T wave abnormalities
#   Anteroseptal infarct of indeterminate age
# COMMENTS:
#   This tracing illustrates the electrocardiographic changes commonly observed during insertion of a pulmonary arterial catheter.
#   As the catheter moves through the right ventricle, multifocal ventricular ectopy appears, occasionally in a bigeminal pattern or in pairs.
#   Premature atrial contractions and a junctional escape beat are evident as the catheter traverses the pulmonary artery.
# HEMODYNAMIC DATA:
#   ART: 160/64
#   PAP: 41/24   	PCW: 15 (@ 38 min, 42 min, 43 min, 51 min)
#   RAP: 16
# WAVEFORM PATTERNS:
#   This tracing illustrates the hemodynamic patterns observed during insertion of a pulmonary arterial catheter.
#   As the catheter is advanced through the right atrium, right ventricle and pulmonary artery into the pulmonary capillary wedge position, distinctive hemodynamic patterns are evident.
# TECHNICAL COMMENTS:
#   Insertion of pulmonary arterial catheter @ 0-10 min
#   CVP damped @ 52 min - 55 min
# RESPIRATORY DATA:
# RATE:   13/22 bpm
# MODE OF VENTILATION:
#   Intermittent mandatory ventilation
# CO2 RECORDING:
#   On @ 11 min