Add to ORKGThe monograph deals with the construction of optoelectronic means of diagnosing the state of peripheral circulation. New formulas have been obtained for calculating the parameters of optical radiation depending on the thickness of the biological tissue and the constructive construction of the optical sensor. Were conducted investigations of the peripheral blood circulation of the abdominal wall using developed device and integrated evaluation of collateral circulation of lower extremities
Abstract The introduction of optical non-invasive diagnostic methods into clinical practice can sub...
Several designs of photoelectric plethysmographs utilizing fiber optics are described. One arrangeme...
An original method for diagnosing esophageal peristaltic function using an optoelectronic device tha...
In paper improve the results received for improvement of surgical treatment of patients with occlusi...
The paper evaluated the diagnostic value of laser photoplethysmography when examining patients with ...
The development of non-invasive optoelectronic technologies for human blood monitoring is one of the...
The paper evaluated the diagnostic value of laser photoplethysmography when examining patients with ...
The necessity of man–machine communication has been increasing day by day because of the great numbe...
Blood circulation function of peripheral blood vessels in skin dermis was evaluated employing an opt...
<div><p>Blood circulation function of peripheral blood vessels in skin dermis was evaluated employin...
The presented system for non-contact examination of tissue perfusion is one of the tools for complex...
We present here the improved design and development of optical sensor for non-invasive measurements ...
The introduction of optical non-invasive diagnostic methods into clinical practice can substantially...
Assessment of the parameters of skin microcirculation is an urgent and important task of modern medi...
Study of the abdominal wall blood filling in postoperative patients with different body mass using a...
Abstract The introduction of optical non-invasive diagnostic methods into clinical practice can sub...
Several designs of photoelectric plethysmographs utilizing fiber optics are described. One arrangeme...
An original method for diagnosing esophageal peristaltic function using an optoelectronic device tha...
In paper improve the results received for improvement of surgical treatment of patients with occlusi...
The paper evaluated the diagnostic value of laser photoplethysmography when examining patients with ...
The development of non-invasive optoelectronic technologies for human blood monitoring is one of the...
The paper evaluated the diagnostic value of laser photoplethysmography when examining patients with ...
The necessity of man–machine communication has been increasing day by day because of the great numbe...
Blood circulation function of peripheral blood vessels in skin dermis was evaluated employing an opt...
<div><p>Blood circulation function of peripheral blood vessels in skin dermis was evaluated employin...
The presented system for non-contact examination of tissue perfusion is one of the tools for complex...
We present here the improved design and development of optical sensor for non-invasive measurements ...
The introduction of optical non-invasive diagnostic methods into clinical practice can substantially...
Assessment of the parameters of skin microcirculation is an urgent and important task of modern medi...
Study of the abdominal wall blood filling in postoperative patients with different body mass using a...
Abstract The introduction of optical non-invasive diagnostic methods into clinical practice can sub...
Several designs of photoelectric plethysmographs utilizing fiber optics are described. One arrangeme...
An original method for diagnosing esophageal peristaltic function using an optoelectronic device tha...