Isansys Named as Finalist for Gore Innovation Center Prize at the world-leading 10th IOT/WT Innovation World Cup®
Press releases • Jan 28, 2019 12:50 GMT
Can You Help Us Win The Prize ?
Can You Help Us Win The Prize ?
The Patient Status Engine is the most advanced predictive monitoring system for healthcare. By measuring and analysing valuable data it transforms vital data into clinical insight and takes all the guesswork out of patient care in hospitals and healthcare facilities around the world.
A leading clinician of a top UK children’s hospital believes wireless monitoring is changing the face of healthcare. Dr Heather Duncan, intensive care consultation and lead of the RAPID (Real-time Adaptive and Predictive Indicator of Deterioration) project at the Birmingham Women's and Children's NHS Foundation Trust says this new wireless technology is "offering so many benefits to everyone”.
Isansys Lifecare, market-leader in new generation wireless patient monitoring technology, today announces that a key method patent has been granted by the US Patent Office which will broadly protect the construction and methods used by Isansys to recycle its Lifetouch and Lifetemp wireless body-worn sensors.
Multi-million savings, improved patient outcomes and economic and social benefits achieved by investing in SBRI projects.
Meet Sam Sys, Isansys' hero. He has to go into hospital but is scared because of his previous experience. Once he is told about the new revolutionary monitoring platform which will look after him wherever he goes, he feels much more comfortable and settled. Little does he know it will turn him into a superhero...
Kilcoy Hospital in Queensland, Australia, has become the first-in-the-world to use the Patient Status Engine hospital-wide to monitor all...
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Physicians using the Isansys technology at Northwell’s Cohen Children’s Medical Centre have discovered that continuous measurement of maternal temperature during labour provides better data compared to standard obstetrical practice. They also discovered that continuous measurement of temperature during labor can detect times when significant fevers are missed by manual measurements.
This paper is part of a series of reports developed to highlight the improvements needed in patient safety and to ease the pressures and daily burdens on healthcare professionals. The report refers to NHS hospitals in the UK and although it was prepared three years ago unfortunately little has changed in that time and we suspect the same trends can be found in hospitals globally.
The Birmingham Women's and Children's NHS Foundation Trust have conducted the first wireless study in children, the Real-time Adaptive Predictive Indicator of Deterioration (RAPID) study to - assess feasibility of a wireless monitoring system in ward environment - develop and test smart alarm algorithms for the detection of deteriorations
Täglich herrscht in Krankenhäusern überall auf der Welt hoher Druck. Mehr Patienten, morbidere Patienten und weniger Fachkräfte um allen zu helfen. Wenn sich außerhalb der Intensivstationen der Zustand eines Patienten massiv verschlechtert, kommt der Ruf um Hilfe oft zu spät. An English version of this handout is available.