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Growing Human Kidneys

04.10.2015

Japanese scientists have made great strides in creating an artificial kidney. This will help save many people who lack donor organs.

Kidney disease requiring a transplant is common throughout the world. In the UK alone, more than 6000 people are currently waiting for a kidney transplant, but due to a lack of donors, less than 3000 such operations are performed annually. Worldwide, more than 350 people die every year without waiting for the donor kidney they need. A new technique, created by experts from Tokyo Medical University, can help those in need.

Experiments to create an artificial organ were carried out on rats and pigs using their own stem cells. At the first stage, the grown kidney took root well, but it was difficult to conduct fluid. Then the scientists revised their approach: at the same time as the kidney, they began to grow the ureter and bladder. Thus, the entire main complex of the urinary system was simultaneously transplanted into the animals.

It became possible to declare the success of the experiment eight weeks after the operation: the organs took root and continued to perform their functions perfectly. This allows you to start working on the creation of an artificial kidney for humans.

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Upgraded 32nm processor from Intel 27.02.2013

At Mobile World Congress, Intel unveiled a redesigned 32nm smartphone processor to showcase its efforts as a mobile processor supplier. The company also hosted a discussion on a 22nm Merrifield mobile processor that will be released later this year.

Since its appearance at the Mobile World Congress (MWC) a year ago, Intel has made progress: after all, then there was not a single smartphone model based on the Atom processor. But the computer giant is still playing catch-up in a segment dominated by ARM-based SoCs from Qualcomm, Nvidia and more. Intel's now shipping Clover Trail+ delivers three times the graphics performance of the existing Atom-based Medfield smartphone platform by using Imagination Technologies' dual-core SGX 544MP2 graphics, the company said. The dual-core, dual-threaded Atom processor is clocked up to 2GHz and can decode 1080p video at 30fps. Clover Trail+ powers Lenovo's IdeaPhone K900 smartphone, which will soon be available outside of China, an Intel spokesperson said.

Ten phone models based on Intel's Medfield platform are now sold in 20 countries, primarily in emerging markets. In addition, Intel will reveal information about Acer, Asus and OEMs in India and Africa using the Lexington platform for entry-level smartphones. Later this year, Intel will introduce the new Atom core, which should be the first mobile solution to support out-of-order execution of instructions (out-of-order execution) to improve performance. The core will appear among other 22nm SoCs, including Merrifield for smartphones and a quad-core Bay Trail processor for tablets.

Late last year, Intel released a 1,8GHz dual-stream version of the Clover Trail for tablets and showed off prototype products from eight of the largest OEMs that predominantly use Windows 8. Intel is accelerating its work on Android solutions for Atom, both for tablets, as well as for smartphones.

The x86 wireless technology giant, formerly part of Infineon, will begin shipping its first multi-mode LTE voice and data processors by June, an Intel spokesperson said. So far, it only supplies single-mode data devices.

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