Physiological insights based on fetal tcPo2 monitoring

Physiological insights based on fetal tcPO2 monitoring.

of W i t h the help of the tcPo2 technique, it is possible to monitor continuously fetal Po2 which was previously only possible with intermittent sampl ing according to the technique of Sa l ing . Results from continuous recordings biochemical blood gas parameters in subjects after birth have shown how quickly levels can change and that even very frequent blood sampl ing cannot ensure that a sh...

The effect of fenoterol on maternal and fetal tcPO2 and heart rate.

A Network Based Fetal ECG Monitoring Algorithm

Now telemedicine is producing a great impact for health care of the patients, especially who are located in the remote nonclinical environments. This paper presents a research work that concerns to implement simple customized and portable emergency medical care information for Fetal Electro Electrocardiography (FECG) monitoring system. The research work is included both the hardware and softwar...

Physiological monitoring

The development of modern medicine has been characterised by the increasing application of scientific methods in the clinical setting. Following the defeat of most infectious disease by antibiotics, and the improvement in public health associated with improved housing, nutrition and education, the major challenges of modern medicine are now those associated with iatrogenic illness, chronic dege...

Physiological insights into Shechita.

The Government recently announced that it intends to reject a recommendation by the Farm Animal Welfare Council that all animals should be stunned before slaughter (see VR, April 10, p 446). In this Viewpoint article, Dr Stuart Rosen discusses physiological aspects of Shechita, the Jewish method of religious animal slaughter. He outlines the religious context and describes the act of Shechita. ...