Studies in Skin Perfusion Dynamics
portes grátis
Studies in Skin Perfusion Dynamics
Photoplethysmography and its Applications in Medical Diagnostics
Mukunda Rao, Mandavilli; Blazek, Vladimir; Leonhardt, Steffen; Kumar V., Jagadeesh
Springer Verlag, Singapore
01/2021
238
Dura
Inglês
9789811554476
15 a 20 dias
553
Descrição não disponível.
Rhythmical phenomena in dermal perfusion in vivo - Historical re-marks and modern measuring strategies using noninvasive optoelec-tronic sensor concepts.- Influence of controlled breathing (Pranayama) on dermal perfusion.- Optical sensing strategies for skin oxygen saturation monitoring.- Low frequency blood volume rhythms in the skin perfusion obtained by optical sensing.- Synergetic interpretation of patterned vasomotion activity in micro vascular perfusion: application of objective recording of subjective responses to pain.- A self-organized rhythm in peripheral effectors: the intermediary rhythm appears as 0.15 Hz-Band activity.- Photon-tissue interaction modelled by Monte Carlo method for optimized optoelectronic sensor concepts.- Frontiers in contactless space- and time-resolved skin perfusion detec-tion using Photoplethysmography Imaging (PPGI).- Some clinical applications of functional PPGI perfusion mapping in derma-tology.- Motion artefact reduction in PPG signal.
Este título pertence ao(s) assunto(s) indicados(s). Para ver outros títulos clique no assunto desejado.
Haemodynamics;Haemoglobin Measurement;Photo Plethymo Graph;Pulse Oximetry;Venous Re-filling Time (VRT)
Rhythmical phenomena in dermal perfusion in vivo - Historical re-marks and modern measuring strategies using noninvasive optoelec-tronic sensor concepts.- Influence of controlled breathing (Pranayama) on dermal perfusion.- Optical sensing strategies for skin oxygen saturation monitoring.- Low frequency blood volume rhythms in the skin perfusion obtained by optical sensing.- Synergetic interpretation of patterned vasomotion activity in micro vascular perfusion: application of objective recording of subjective responses to pain.- A self-organized rhythm in peripheral effectors: the intermediary rhythm appears as 0.15 Hz-Band activity.- Photon-tissue interaction modelled by Monte Carlo method for optimized optoelectronic sensor concepts.- Frontiers in contactless space- and time-resolved skin perfusion detec-tion using Photoplethysmography Imaging (PPGI).- Some clinical applications of functional PPGI perfusion mapping in derma-tology.- Motion artefact reduction in PPG signal.
Este título pertence ao(s) assunto(s) indicados(s). Para ver outros títulos clique no assunto desejado.
