Oriel Medical Devices Ltd, an associate company of Eurolec Instrumentation Ltd has recently had their NEW "Cool Brain" instrument positively evaluated by the Neuroscience Dept at Trinity College Dublin under the guidance of Prof. Shane O'Mara. The "Cool Brain" is designed to improve the prognosis in the event of e.g. stroke, heart attack, brain trauma, birthing difficulties & some chemotherapy patients using induced hypothermia.The full academic report is available in the prestigious Open Access Journal of Science & Technology http://www.agialpress.com/journals/oajost/2015/101095/ On-going R&D will refine the instrument's design & improve its performance for use with different interchangeable attachment options.
Cool Head: the brain cooler!
Oriel Medical Devices Ltd has designed and developed an instrument which is truly portable and utilises a closed loop system which accurately regulates the temperature of coolant for patients who suffer from medical conditions such as:
This product also overcomes the disadvantages of the hospital based systems which may be invasive; require trained medical staff and access to mains power
The system permits the heating as well as the cooling of the liquid in the closed loop. This can be important when using different attachments for different applications.
To improve patient prognosis following medical conditions such as heart attacks, strokes, head trauma, birth defects, etc… there is a significant consensus amongst the medical profession that early intervention to cool the brain is greatly beneficial.
Induced hypothermia is commonly used to cool the patients body temperature in order to achieve the improvements in prognosis.
In addition, it is known that for patient's undergoing treatments for cancers, cooling the head may ease the discomfort and assist in the retention of hair. However, present methods are generally invasive and involve whole body cooling. Cooling methods are generally restricted to a hospital environment and have potential risks to other body organs. Furthermore, many of the techniques used involve liquid coolant being introduced through nasal passages.
It has also been suggested that the system may be adapted to provide the more efficient and reliable transport of body organs for transplant purposes. The organs may be transported within the desired temperature range and then warmed to the appropriate temperature prior to transplant
The video shows the "patient" with the headset fitted & held in position with a chin strap to ensure good thermal contact on the patient's head.
Main features include:
Instrument to control & display the temperature of the liquid which circulates in a closed loop system.
Connecting hose & head piece with additional « nape of neck » & « collar » attachments for enhanced cooling/heating.
Cooling: liquid temperature cools from ambient to subzero °C.
Heating: optional liquid heating.
Temperature controller: P.I.D control provides accurate temperature regulation of the circulating liquid and can display either as °C or °F
Patient temperature: a separate display permits the continuous monitoring of the patient's aural membrane temperature.
Power: operates from
Rechargeable batteries for approx. 60mins
12V paramedic vehicle.
Mains power 110/220V with suitable adaptor.
Nasal cannula: this option permits the introduction of chilled or heated air via the nostrils.
This versatile instrument with cooling/heating utilises « snap fit » connectors which facilitates interchangeable and easily detachable pads which can be applied to different body parts (extending the closed loop) to: