Many patients undergoing long time surgery will manifest increased level of blood lactate. Hyperlactacidemia can cause disturbance of internal environment, then leading to increased complications and longer ICU stay, even death. For postoperative patients, we must ensure adequate perfusion in order to minimize the length of hyperglycemia and improve patients' outcomes. With regard to lactate, it provides information about prefusion, but not timely enough for its delay on reflecting hypoperfusion. And it's not real-time and non-invasive. Peripheral perfusion index (PPI) is an indicator reflecting hypoperfusion in critical patients. It is measured using pulse co-oximetry technology which is characterized by being real-time and noninvasive. PPI is defined as "the ratio of pulsatile blood flow to the non-pulsatile blood flow", mirroring the strength of blood flow and quality of perfusion at sensor site, reflecting perfusion state of the body part . In contrast to lactate value, it's real-time and easy to monitor.
Study Type
OBSERVATIONAL
Enrollment
235
Peripheral Perfusion index is the ratio between pulsatile blood flow to non pulsatile blood flow or static blood in the peripheral tissue
Blood lactate (product of metabolism) level is maintained by a cycle of continuous production and metabolism allowing it to be kept within normal values
Cairo university
Cairo, Egypt
Peripheral perfusion index
at end of surgery as early predictor of postoperative complications .
Time frame: up to 48 hours
serum lactate level
at end of surgery as early predictor of postoperative complications .
Time frame: up do 48 hours
serum lactate level
at end of surgery as early predictor of postoperative complications .
Time frame: UP TO 30 day
Peripheral perfusion index
at end of surgery as predictor seversity of postoperative complications .
Time frame: UP TO 30 DAY
Postoperative complications
the Clavien-Dindo classification system Grade I complications Grade II complications Grade III complications Grade IV complications
Time frame: up to 30 day
hemodynamic change
mean arterial blood pressure
Time frame: up do 48 hours
heart rate
hemodynamic change
Time frame: up do 48 hours
This platform is for informational purposes only and does not constitute medical advice. Always consult a qualified healthcare professional.