They are the first group in the wor

They are the first group in the world to demonstrate their device working while implanted in a living animal. If all goes to plan, within a decade or two, biofuel cells may be used to power a range of medical implants, from sensors and drug delivery devices to entire artificial organs. All you'll need to do to power them up is eat a candy bar, or drink a coke.
Biofuel cells could kick-start a revolution in artificial organs and prosthetics that would transform tens of thousands of lives every year.
A new range of artificial, electrically-powered organs are now under development, including hearts, kidneys, and bladder sphincter, and work has begun on fully-functioning artificial limbs such as hands, fingers, and even eyes. But they all have one Achilles heel: they need electricity to run.
Batteries are good enough for implants that don't need much power, but they run out fast, and when it comes to implants, that is more than just an inconvenience, it is a fundamental limitation.
Even devices that do not use much power, such as pacemakers, have a fixed lifespan because they rely on batteries.
They usually need their power packs replaced 5 years after implantation. One study in the US found that one in five 70 year-olds implanted with a pacemaker, survived for another 20 years - meaning this group needed around 3 additional operations after the initial implant, just to replace the battery.
Each operation is accompanied by the risk of the complications of surgery, not something anybody should have to face if it is avoidable.
Other devices such as artificial kidneys, limbs or eyes, would have such high energy demands that users would have to change their power source every few weeks to keep them working. It is simply impractical to use batteries in these devices.
That is where biofuel cells come in. Dr Cosnier and his team are one of a growing number of researchers around the world developing the technology in an attempt to side-step this inherent limitation.

ผลลัพธ์ (อังกฤษ) 2:

They are the first group in the world to demonstrate their device working while implanted in a living animal. If all goes to plan, within a decade or two, biofuel cells may be used to power a range of medical implants, from sensors and drug delivery devices to entire artificial organs. You'll Need to do to all Power them up is a Candy Bar Eat, Drink or a Coke.
Biofuel cells could Kick-Start a Revolution in Prosthetics and Artificial organs that would transform TENS of thousands of Lives every year.
A New Range of. artificial, electrically-powered organs are now under development, including hearts, kidneys, and bladder sphincter, and work has begun on fully-functioning artificial limbs such as hands, fingers, and even eyes. But they all have one Achilles Heel: they Electricity Need to Run.
Batteries are good Enough for implants that do not much Need Power, but they Run out fast, and when it comes to implants, that is more than just an inconvenience, it. Limitation is a fundamental.
Even Devices that do not use much Power, such as pacemakers, because they have a fixed lifespan Batteries rely on.
they usually Need Power packs replaced 5 years after their implantation. One Study in the US Found that one in Five 70 year-olds implanted with a Pacemaker, survived for another 20 years - meaning this Group Needed Around 3 additional Operations after the Initial Implant, just to replace the Battery.
Each Operation is accompanied by the. risk of the complications of Surgery, not Something Anybody should have to Face if it is avoidable.
Other Devices such as Artificial kidneys, limbs or eyes, would have such High Energy demands that Users would have to Change their Power source every few weeks to Keep. them working. It is simply impractical to use these Devices Batteries in.
That is where biofuel cells Come in. Dr Cosnier and his Team are one of a Growing Number of researchers Around the World in an attempt to developing the Technology Side-Step this inherent Limitation.

ผลลัพธ์ (อังกฤษ) 3:

They are the first group in the world to demonstrate their device working while implanted in a living animal. If all goes. To plan within a, decade, or two biofuel cells may be used to power a range of medical implants from sensors, and drug delivery. Devices to entire artificial organs. All you 'll need to do to power them up is eat a, candy bar or drink a coke.Biofuel cells could kick-start a revolution in artificial organs and prosthetics that would transform tens of thousands. Of lives every year.A new range, of artificial electrically-powered organs are now under development including hearts, kidneys and bladder,,, Sphincter and work, has begun on fully-functioning artificial limbs such, as hands fingers and even, eyes. But they all. Have one Achilles heel: they need electricity to run.Batteries are good enough for implants that don 't need, much power but they run out fast and when, it comes, to implants. That is more than just, an inconvenience it is a fundamental limitation.Even devices that do not use much power such as, pacemakers have a, fixed lifespan because they rely on batteries.They usually need their power packs replaced 5 years after implantation. One study in the US found that one in five 70 year-olds. Implanted with a pacemaker survived for, another 20 years - meaning this group needed around 3 additional operations after. The initial implant just to, replace the battery.Each operation is accompanied by the risk of the complications of surgery not something, anybody should have to face if. It is avoidable.Other devices such as artificial kidneys limbs eyes would, or, have such high energy demands that users would have to change. Their power source every few weeks to keep them working. It is simply impractical to use batteries in these devices.That is where biofuel cells come in. Dr Cosnier and his team are one of a growing number of researchers around the world. Developing the technology in an attempt to side-step this inherent limitation.