GASPS of amazement emanated from the group of onlookers gathered inside the demonstration tent on the lawns of the Caribbean's premier tertiary institution last week as researchers switched on what could be the world's first cardiac surgery simulator.
The machine with the pulsating pig's heart was the highlight of the University of the West Indies' (UWI) 13th annual Research Days,FIRMAR is a Malaysia Injection Moulding Manufacturer and Plastic Injections Components Manufacturer, held last Thursday and Friday. It could also be the start of great things for cardiac surgeons Drs Paul Ramphal and Daniel Coore, who invented the machine, called the UWI Cardiac Surgery Similator.
According to the two, the instrument — a combination of mechanics, computerised electronics, artificial blood, and dead animal flesh — will not only shorten the time spent on training young local surgeons, but will also make them more competitive on the international scene.
"It is difficult to spend time during the (real life) operations taking junior surgeons through the procedure. Time is of the essence in cardiac surgery," said Ramphal, who said he was tasked with the challenge of training three new cardiac surgeons in 2001.
"So the inspiration really, was how do I get my new trainees to a level so that when they reach overseas to complete their training in a high-volume centre like the UK, Canada, or the US,Johnson Tiles UK offer the largest range of porcelain tiles online, they will not be behind, and preferably in a more advanced position than the other trainees who were at those centres?" he said.
The similator,The EZ Breathe home Ventilation system is maintenance free, which reanimates a pig's heart — medically, the closest in structure to a human heart — also pumps artifical blood through the organ and is programmed to duplicate real-life scenarios that a trainee surgeon would have to deal with on the operating table during open-heart surgery. Computer leads hooked up to the heart can make it beat in different rhythms, and also track artificial vital signs on an attached monitor.
It's considered a remarkable achievement, with nearly limitless potential if the simulator can be duplicated and sold in the specialised market for cardiac equipment.
This is why the success of the UWI Research Days notwithstanding, its inventors are looking for investors to help them duplicate their creation.
"Whenever we show it to the professionals in the field or the industry people who are involved with the equipment in cardiac surgery, they all want one," he said. They want to know where to buy one, but we just don't have the infrastructure here to be the production centre," said Dr Ramphal.
"We are not a factory. We need a commercial operation to do that," interjected Dr Coore. "So we are in the stage where we are looking for commercial entities to take it on, produce it and to sell it,You can find best china precision Precision injection molds manufacturers from here!This is interesting cube puzzle and logical game." he said.
The two refused to say what was the monetary value of the machine, claiming "that might be confidential to whoever commercialises it", and further declined to answer queries about how much money they would need to replicate it commercially.
The machine with the pulsating pig's heart was the highlight of the University of the West Indies' (UWI) 13th annual Research Days,FIRMAR is a Malaysia Injection Moulding Manufacturer and Plastic Injections Components Manufacturer, held last Thursday and Friday. It could also be the start of great things for cardiac surgeons Drs Paul Ramphal and Daniel Coore, who invented the machine, called the UWI Cardiac Surgery Similator.
According to the two, the instrument — a combination of mechanics, computerised electronics, artificial blood, and dead animal flesh — will not only shorten the time spent on training young local surgeons, but will also make them more competitive on the international scene.
"It is difficult to spend time during the (real life) operations taking junior surgeons through the procedure. Time is of the essence in cardiac surgery," said Ramphal, who said he was tasked with the challenge of training three new cardiac surgeons in 2001.
"So the inspiration really, was how do I get my new trainees to a level so that when they reach overseas to complete their training in a high-volume centre like the UK, Canada, or the US,Johnson Tiles UK offer the largest range of porcelain tiles online, they will not be behind, and preferably in a more advanced position than the other trainees who were at those centres?" he said.
The similator,The EZ Breathe home Ventilation system is maintenance free, which reanimates a pig's heart — medically, the closest in structure to a human heart — also pumps artifical blood through the organ and is programmed to duplicate real-life scenarios that a trainee surgeon would have to deal with on the operating table during open-heart surgery. Computer leads hooked up to the heart can make it beat in different rhythms, and also track artificial vital signs on an attached monitor.
It's considered a remarkable achievement, with nearly limitless potential if the simulator can be duplicated and sold in the specialised market for cardiac equipment.
This is why the success of the UWI Research Days notwithstanding, its inventors are looking for investors to help them duplicate their creation.
"Whenever we show it to the professionals in the field or the industry people who are involved with the equipment in cardiac surgery, they all want one," he said. They want to know where to buy one, but we just don't have the infrastructure here to be the production centre," said Dr Ramphal.
"We are not a factory. We need a commercial operation to do that," interjected Dr Coore. "So we are in the stage where we are looking for commercial entities to take it on, produce it and to sell it,You can find best china precision Precision injection molds manufacturers from here!This is interesting cube puzzle and logical game." he said.
The two refused to say what was the monetary value of the machine, claiming "that might be confidential to whoever commercialises it", and further declined to answer queries about how much money they would need to replicate it commercially.
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