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Perfusion - Hemodynamic Monitor


Venous blood oxygenation is an indication of organ tissue perfusion as well as changes in cardiac output. It is a very important parameter in guiding the management of patients with heart failure, sepsis, traumatic brain injuries and in general surgeries. However, measuring venous blood oxygenation, particularly in challenging environments or in critically ill patients, presents several challenges.

  • 1. Technical and Equipment Issues
  • 2. Invasive Procedure Risks:.
  • 3. Environmental and Situational Constraints:
  • 4. Accurate Monitoring and Interpretation:
  • 5. Variable Patient Factors:
  • 6. Training and Expertise:
  • 7. Resource Limitations:



Strategies to Address Challenges:


• Enhanced Training: Providing thorough training for medical personnel on the use and maintenance of invasive oximetry equipment can improve accuracy and reduce complications.
• Portable Solutions: Utilizing portable and non-invasive, robust oximetry devices designed for field use can help address equipment and environmental challenges.
• Improved Protocols: Developing and adhering to strict protocols for the insertion, maintenance, and monitoring of invasive oximetry can minimize risks and improve outcomes.
• Support Systems: Implementing support systems for remote monitoring and data interpretation can help manage the complexities of invasive venous oximetry in challenging environments.

Technological Innovation:


Invasive right heart catheter (RHC) is the current gold standard procedure and device for central venous blood sampling and measurement. The downside of RHC is that it is invasive, time consuming, and may lead to potential complications including pneumothorax, arrhythmias, and infection. PerfusionM from Mespere includes a Venous Oximetry System, for non- invasive measurement of venous blood oxygenation. The unique approach focuses not only on the arterial side but the venous return back to the heart.
It is based upon near infrared spectroscopy, totally non-invasive, easy and quick to use, with much lower cost compared to RHC. This device may potentially bring multiple benefits to the clinics including improving patient outcome, earlier screening for timely intervention, and reducing cost.
With our technology, clinicians can achieve a complete non invasive hemodynamic profile in a matter minutes. We offer the world's most comprehensive non invasive hemodynamic monitoring solution which includes:
  • * Central Venous Pressure (CVP)
  • * Venous Oximetry (SjvO2)
  • * Jugular Vein Distention (JVD)
  • * Cardiac Output (CO)
  • * Arterial Oximetry (SpO2)
  • * Cerebral and Tissue Oxygenation (StO2).





SENSOR APPLICATION & OVERVIEW


NeurOs Cerebral Oximetry
• Regional Tissue Oxygen Saturation (StO2)
• Blood Volume Index (BVI)
Central Venous Pressure
Central Venous Pressure (CVP) VO100 Venous Oximetry
• Jugular Venous Oximetry (SjvO2)
• Blood Volume Index (BVI)
• Jugular Vein Distention Index (JVD index)
VenArt Cardiac Output
• Jugular Venous Oximetry (SjvO2)
• Arterial Oximetry (SpO2)
• Blood Volume Index (BVI)
• Cardiac Output (CO) and Index (CI)
• Stroke Volume (SV) and Stroke Volume Variation (SVV)

KEY CLINICAL APPLICATIONS


Operating Room
• Neuro protection
• Cerebral Hypoxia
• Traumatic Brain Injury
• Tissue Perfusion
Emergency Room
• Fluid Resuscitation
Intensive Care
• ECMO
• Mechanical Ventilation
• Tissue Perfusion
• Traumatic Brain Injury