Treating athlete's foot?
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Sounds a bit to kiss? But it is not heading the party! According to recently published a research paper in nature: dense installation of IBM on microprocessor transistors same applies against foot fungus.
This study by medical researchers and materials scientist at IBM collaboration, IBM scientists have been focused on building a specific type of polymer, they will be added to the polymer Silicon microprocessors to closer the Photolithography to etch lines so that IBM will be able to install more transistors on a chip. However, the study and ultimately to medical research directions also stem from the 2006 IBM chemist Jim Hedrick in Australia lecture polymer Assembly.
After the speech, from the Singapore Institute of Bioengineering and nanotechnology to Hedrick Yi Yan Yang said: "you should come and work with me, these devices are a waste of your time. "So the Hedrick some information available to the other, three weeks later, great achievements.
Last year, IBM and Singapore Institute of Bioengineering and nanotechnology is the development of new polymer in the fight against antibiotic-resistant MRSA Superbug, MRSA can take nearly 20,000 American lives a year.
Nature published mention of this antibacterial agent and it works a lot like a. Polymer meticulously architecture allows the chemicals attached to the cell walls of fungi, fundamentally destroyed the cell membrane. In tests, scientists have discovered their antifungal chemicals to kill fungal diseases, and would relieve the eye fungus infection in laboratory mice. Scientists believe that chemicals in local infections such as athlete's foot treatment will have better performance because you can increase the dosage.
Specifically, IBM made a really cute video to illustrate this idea, these materials are known as "Ninja polymers".
This is a very important piece of research. Because fungal cells and human cells is very similar to and application of antifungal agents must be perfect appropriateness, otherwise it will damage to healthy cells. After years of grinding, IBM chip polymer precision have reached close to the atomic level. "In chip making, if you cannot achieve perfection will lose. Similarly, the medicine production can not tolerate the slightest blemish. ”
Chips star fungal killer. "Turns out this incredibly important study found on modern semiconductor technology, Nano-medicine on the same matter. ”
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治脚气？请认准IBM - IBM - IT资讯
治脚气？请认准IBM
听上去有点扯对啵？但真不是标题党！《自然》近日发布的研究论文显示：IBM用在微处理器上的密集安装晶体管技术同样适用于对抗足部真菌。
这项研究由医学研究人员和IBM的材料科学家合作展开，IBM的科学家一直着力构建一种特殊的高分子聚合物，他们将这种聚合物中加入硅微处理器以使光刻蚀刻线更紧密，这样IBM就能在芯片上安装更多晶体管。不过，该研究最终走向医学研究方向还是源于2006年IBM的化学家Jim Hedrick在澳大利亚聚合物大会上发表演讲。
演讲结束后，来自新加坡生物工程与纳米技术学院的Yi Yan Yang向Hedrick说到：“你应该来和我一起工作，这些用在电子设备上是在浪费你的时间。”于是，Hedrick提供给对方一些资料，三周后，了不起的成果诞生了。
去年，IBM与新加坡生物工程与纳米技术学院称正在开发新的聚合物以对抗耐抗生素的MRSA超级病菌，MRSA每年能夺走近2万美国人的生命。
《自然》刊文中提到的这种抗菌药剂与之工作原理相似。聚合物经过精心架构使得化学制品能够依附于真菌的细胞壁，从根本上破坏掉细胞膜。在测试中科学家发现，他们的抗真菌的化学物质能够杀灭真菌病，并能减轻实验室小鼠的眼部真菌感染。科学家们相信该药剂在诸如脚气等局部感染的治疗上会有更优表现，因为可以加大剂量。
IBM还特别制作了一个很可爱的视频来说明这一想法，把这些材料称为“忍者聚合物”。
这是一项很重要的研究。因为真菌细胞与人体细胞非常近似，抗真菌剂必须完美妥帖施用，否则会伤及人体健康细胞。经过多年的打磨，IBM的芯片聚合物的精密度已经达到接近原子的水平。“在芯片制作中，如果不能达到完美就必败无疑。同样地，医药制作也容不得半点瑕疵。”
芯片的明星真菌的克星。“结果证明此研究发现对现代半导体技术难以置信地重要，在纳米医学上同样举足轻重。”
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