Copyright HEMO SAPIENS^®

From the hardware viewpoint, this System is available as the Modular HOTMAN® BAS System.

The normal hemodynamic and oxygen transport values in this System are based upon published data in Hurst JW: The Heart, McGraw Hill, 1966:93, postoperative normal values published at Shoemaker WC et al: Therapy of Critically Ill Postoperative Patients on Outcome Prediction and Postoperative Clinical Trials; The Surgical Clinics of North America, August 1985, Critical Care:811, normal TEB values published at Sramek BB: Systemic Hemodynamics and Hemodynamic Management, 3rd Edition, 2002.

Normal values of bloof flow-related parameters change as a function of age, at the age of 55.

The adult Patient Interfaces are described here.

The HOTMAN® BAS System can be software-set either in All Noninvasive Measurement Mode, or in Invasive Data Available Mode.
In the All Noninvasive Measurement Mode the System utilizes normal mean values of CVP = 4 torr and PAOP = 7 torr in calculations of LSWI and SSVRI.
When Invasive Data Available Mode is selected, values of invasively-measured parameters (Hgb, CVP, PAOP, SvO2) can be entered via the keyboard and used for more accurate calculation of LSWI and SSVRI and for the calculation of the Oxygen Consumption Index (VO2I).

In addition, the HOTMAN® BAS System can be set to view the patient through two different therapeutic goals:

Normal Therapeutic Goal is used for supine resting adults,

Postoperative Therapeutic Goal is used for surgical patients 1-36 hours postoperatively after a major surgery.

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The HOTMAN® BAS System offers several data information pages:

• The Monitoring Screen

• The Hemodynamic Management Screen

• The Hemodynamic Modeling Screen

• The Digital Data Screen (as described in the clinical study)

• The Trending Screen

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