纳米机器人 Nanoscale robots.

Slides:



Advertisements
Similar presentations
1 Unit 3 How do you get to school? Section A Period 1(1a-2e)
Advertisements

Warming up. Heavy! Difficult! Hard! Tired! 1. Easy! 2. Fast! 3. Free!
高考短文改错专题 张柱平. 高考短文改错专题 一. 对短文改错的要求 高考短文改错的目的在于测试考生判断发现, 纠正语篇中 语言使用错误的能力, 以及考察考生在语篇中综合运用英 语知识的能力. 二. 高考短文改错的命题特点 高考短文改错题的形式有说明文. 短文故事. 书信等, 具有很 强的实用性.
高考英语阅读分析 —— 七选五. 题型解读: 试题模式: 给出一篇缺少 5 个句子的文章, 对应有七个选项,要求同学们根据文章结构、 内容,选出正确的句子,填入相应的空白处。 考查重点: 主要考查考生对文章的整体内容 和结构以及上下文逻辑意义的理解和掌握。 (考试说明) 选项特点: 主旨概括句(文章整体内容)
高考英语短文改错 试题解析 内蒙古师范大学外国语学院 方芳 2011 年 3 月. 一、短文改错设疑方式 此 题要求改正所给短文中的错误。对标有 题号的每一行做出判断: 1) 如无错误,在该行右边横线上画一个 ( );如有错误(每行只有一个错误), 则按下列情况改正:
英语中考复习探讨 如何写好书面表达 宁波滨海学校 李爱娣. 近三年中考试题分析 评分标准 试卷评分与练习 (2009 年书面表达为例 ) 影响给分的因素: 存在问题 书面表达高分技巧 建议.
升中導航— 面試技巧工作坊 學校社工:江曉彤姑娘.
Unit 7 Will people have robots? Think about our future … future world school life daily life science city…
key vocabulary 1 live to be 200 years 2 in the future 3 make predictions 4 have robot in your home 5 five years from now 6 study at home on computer 7.
Healthy Breakfast 第四組 電子一甲(電資一) 指導老師:高美玉 組長:B 侯昌毅
Shanghai University of Traditional Chinese medicine
增译法 作为翻译的一个普遍准则,译者不应当对原文的内容随意增减。不过,在实际翻译过程中,要准确地传达原文的信息,译者难免要对译文做一些增添或删减, 译者往往需要把原文中隐含的一些东西增补清楚,以便于读者理解。 例如: Success is often just an idea away. 原译:成功往往只是一个念头的距离。
专题八 书面表达.
高中英文第一冊 第七單元 重補修用.
French cusine "Foie Gras“ means "Fat Liver "
后置定语 形容词是表示人或事物的性质、特征或属性的一类词。它在句中可以充当定语,对名词起修饰、描绘作用,还可以充当表语、宾语补足语等。形容词作定语修饰名词时,一般放在被修饰的名词之前,称作前置定语。但有时也可放在被修饰的名词之后,称作后置定语。
漫谈生命与信息 李 衍 达
真题重现:广东高考中的不定式。 1 (2008年高考题)For example, the proverb,“ plucking up a crop _________(help) it grow ,” is based on the following story… 2 (2007年高考题)While.
Chapter’s major concepts
SHARE with YOU Why am I here? (堅持……) What did I do?
摘要的开头: The passage mainly tells us sth.
P42) be dying to do渴望做某事 L2) hear from sb 收到某人来信
Unit 9 What does he look like?
The keys to Unit 2 Section A 趣味英语
Unit 7 Protect the Earth (Story time) 觅渡教育集团 王 珏 标题 课时 教师姓名 日期 1.
Unit 4 I used to be afraid of the dark.
one Counting units 2 ones 3 ones.
What water is more suitable for nurturing the goldfish
Module 5 Shopping 第2课时.
禱告聚會 Prayer Meeting 週三 Wed 7:00 pm
Special English for Industrial Robot
Our tasks Ⅰ. 知识目标: (1).学习并掌握下列词汇:
Friendship Bouquet 友谊之花 Music: Nightengale Serenade
Unit 5 Why do you like pandas?
但是如果你把它发给最少两个朋友。。。你将会有3年的好运气!!!
人生對的地方 Suitable Place of life
Oxford English Module 3 Out and about 8 Visiting museums.
中国农村沼气政策与发展战略 李景明 中国北京 农业部科技发展中心能源生态处处长 中国沼气学会秘书长.
海豹寄給人類的一封信 自動播放.
Laba porridge 腊八粥是一种在腊八节用由多种食材熬制的粥。最早的腊八粥是红小豆来煮,后经演变,加之地方特色,逐渐丰富多彩起来。 Laba rice porridge is one kind of porridge with a variety of ingredients in.
Try to write He Mengling Daqu Middle School.
第十五课:在医院看病.
My Internet Friend 名詞子句寫作.
SectionA(Grammar Focus-4c)
A SMALL TRUTH TO MAKE LIFE 100%
Good Karma 善因緣 This is a nice reading, but short. Enjoy! This is what The Dalai Lama has to say for All it takes is a few seconds to read and think.
Good Karma 善業 原稿:牛Sir 配楽:懺悔經 捕頭恭製 按鍵換頁.
BORROWING SUBTRACTION WITHIN 20
虚 拟 仪 器 virtual instrument
关联词 Writing.
成才之路 · 英语 人教版 · 必修1 路漫漫其修远兮 吾将上下而求索.
成才之路 · 英语 人教版 · 必修1 路漫漫其修远兮 吾将上下而求索.
第十六课复习.
谚语 Proverbs.
中考英语阅读理解 完成句子命题与备考 宝鸡市教育局教研室 任军利
Philosophy of Life.
U2 Growing pains Reading Ⅱ.
高考应试作文写作训练 5. 正反观点对比.
Good Karma 善因緣 This is a nice reading, but short. Enjoy! This is what The Dalai Lama has to say for All it takes is a few seconds to read and think.
冀教版 九年级  Look into Science!.
key vocabulary 1 live to be 200 years 2 in the future
高中书面表达训练.
Good Karma 善因緣 This is a nice reading, but short. Enjoy! This is what The Dalai Lama has to say for All it takes is a few seconds to read and think.
动词不定式(6).
怎樣把同一評估 給與在不同班級的學生 How to administer the Same assessment to students from Different classes and groups.
Adjectives- are words that describe or modify another person or thing in the sentence. Examples are : one, beautiful, small, circle, old, red, American,
健康按摩法 請開音樂.
Principle and application of optical information technology
獻上自己來榮耀神 Offering Ourselves To Glorify God
重 生 Born Again.
Presentation transcript:

纳米机器人 Nanoscale robots

Introduction The Nobel Prize winner in the 6os Feyneman prophecy: if we tiny scale of objects arranged to some control of words, we can make the object have a lot of unusual characteristics, you will see the properties of materials have a wealth of change. What he said is the material of the nanometer material now. 诺贝尔奖获得者Feyneman在六十年代曾经预言:如果我们对物体微小规模上的排列加以某种控制的话,我们就能使物体得到大量的异乎寻常的特性,就会看到材料的性能产生丰富的变化。他所说的材料就是现在的纳米材料。    

Nano materials Nano material is refers to the grain size for the nanometer level (10-9 meters) of super fine material. Its particles size than atom clusters, usually less than the particles, generally for 100 ~ 102 nm. It includes approximately equal volume fraction of two parts: one is the diameter of several dozens of nanometer particle or two is the interface between particles. The former has the long process of crystal shape structure, the latter is neither long program and no short program the chaos of the structure. 纳米材料是指晶粒尺寸为纳米级(10-9米)的超细材料。它的微粒尺寸大于原子簇,小于通常的微粒,一般为100~102nm。它包括体积分数近似相等的两个部分:一是直径为几个或几十个纳米的粒子二是粒子间的界面。前者具有长程序的晶状结构,后者是既没有长程序也没有短程序的无序结构。    

纳米机器人:特色 组成纳米级原件的元素主要有碳、氢、氧、硫,其中碳元素最总要。这是因为由碳原子组成的金刚石和纳米碳管强度高,为化学惰性,不会引起免疫反应和过敏休克反应,所以应用性强。 不过,纳米医学的独到之处在于它的精确性。随着纳米技术的进步,医疗纳米机器人将装备通信和导航系统。同时人体也会置入通信和导航系统。这样医生可以在分子水平上精确控制进入人体的纳米机器人。每种医疗纳米机器人表面装有特定的抗体,能与人体特定的细胞抗原结合,从而保证医疗纳米机器人准确到达要修复的组织和器官中。人体内的纳米机器人通过其表面抗体与细胞表面抗体的专一性,准确识别并作用于专一部位,从而完成医疗任务。

医疗工作原理 医疗纳米机器人被注入人体后,开始在人体内循环。然而,处于循环状态的医疗纳米机器人在靶域之外,完全不具有活性。当纳米机器人进入靶域后,靶域细胞表面抗体会被医疗纳米机器人检测到。此刻,医疗纳米机器人转入活性状态。当然,纳米机器人要得到监管医生的声音指令后才最终转入治疗状态。由于人体内已经置入了导航系统,所以整个治疗过程完全处于监管医生控制之下。然后纳米机器人还可以携带化学药物,并且准确送达靶细胞,并且,其表面传感器能检测周围药物的浓度,从而控制药物的释放剂量。

Medical nanoscale robots Medical nanoscale robots is currently in the pilot phase, big to a few millimeters long, small to a few microns in diameter; But certainly, the next few years, nanoscale robots will lead to a revolution in medicine. Many engineers, scientists and doctors think, medical nanoscale robots have unlimited potential-and one of the most likely include: treatment of atherosclerosis, anti-cancer, remove blood clot, clean the wound, help blood coagulation, dispel parasites, treat gout, crushing kidney stones, artificial insemination and the cell activation energy, make the person not only keep healthy, and prolong life. 医用纳米机器人目前还处在试验阶段,大到长几毫米,小到直径几微米;但可以肯定的是,未来几年内,纳米机器人将会带来一场医学革命。   许多工程师、科学家和医生都认为,医用纳米机器人有着无限的潜力——而其中最有可能的包括:治疗动脉粥样硬化、抗癌、去除血块、清洁伤口、帮助凝血、祛除寄生虫、治疗痛风、粉碎肾结石、人工授精以及激活细胞能量,使人不仅保持健康,而且延长寿命。

Figure described in the is a nanoscale robots is going into the red blood cells 图中描述的是一个纳米机器人正在进入红细胞

Nano spider robot In May 2010, Columbia University scientists have developed a success by the DNA molecule consists of the nano spider robot, they can follow the operation of the DNA track free to walk, mobile, steering and stop, and they will be free to the surface of an object in the 2 d walk. The nano spider robots only four nano long (a nanometer is one hundred billionth of a meter), human hair than the diameter of the one over one hundred thousand still small. Despite earlier nanoscale robots also realization walking function, but not more than 3 steps. And nano spider robot but can travel 100 nano distance, equivalent to fifty steps. Scientists through programming, let it to certain track along the sport; The development of the powerful lies in: once programming, nano spider robot can be finished the task, and don't need human intervention. They think: nano spider robot can be used for medical enterprise, to help the human recognition and kill cancer cells in order to achieve the purpose of cancer treatment, still can help people finish surgery, cleaning the arterial junk, etc. 2010年5月,美国哥伦比亚大学的科学家成功研制出一种由脱氧核糖核酸(DNA)分子构成的纳米蜘蛛机器人,它们能够跟随DNA的运行轨迹自由地行走、移动、转向以及停止,并且它们能够自由地在二维物体的表面行走。这种纳米蜘蛛机器人只有4纳米长(一纳米为一米的十亿分之一),比人类头发直径的十万分之一还小。 虽然之前的纳米机器人也实现了行走功能,但不会超过3步。而纳米蜘蛛机器人却能行进100纳米距离,相当于50步。科学家通过编程,让其能够沿着特定的轨道运动;这一进展的强大之处在于:一旦被编程,纳米蜘蛛机器人就能够自动完成任务,而不需要人为介入。他们认为:纳米蜘蛛机器人可以用于医疗事业,以帮助人类识别并杀死癌细胞以达到治疗癌症的目的,还可以帮助人们完成外科手术,清理动脉血管垃圾等。

Nano spider robot duplicate another robot, and then be dyed green, and toward the red target mobile   纳米蜘蛛机器人复制出了另一个机器人,继而被染成绿色,并朝红色目标移动

Figure is described in the nanoscale robots are looking for invasion of the virus 图中描述的是纳米机器人正在寻找入侵的病毒

Scientists to this kind of robot continue to improve, and made breakthrough progress, it can now from a variety of sources to detect disease index, for example mRNA, micro RNA (miRNA), protein and a variety of small molecules. Scientists goal is: in the future to create a lot this nanoscale robots, let they automatically and continuously patrol inside the body, look for various diseases signal. Because from a variety of sources can be directly detect disease index, so diagnosis more accurately. 科学家对这种机器人进行了不断的改进,并取得了突破性的进展,它现在可以从多种渠道来检测疾病指标,例如mRNA、微核糖核酸(miRNA)、蛋白质以及多种小分子。  科学家的目标是:在未来创造大量这种纳米机器人,让它们自动且不间断地在身体内巡逻,寻找各种疾病信号。由于可以从多种渠道直接探测疾病指标,所以诊断更为精确。

Every new technology appear, seems to contain infinite possibility Every new technology appear, seems to contain infinite possibility. It will not be long before, and only the size of molecules magic nano robots will be flowing into the human of everyday life. Famous Chinese scholars professor ZhouHaiZhong published in 1990 "on robot" in a prophecy: to 21 centuries middle period, nanoscale robots will completely change human labor and way of life. The last is worth mentioning: future scientists think that, in the 21 th century, with the computer will absolutely and clear the area from will become meaningless. On one hand, humans will have after nanometer robot technology greatly expanded biological brain; On the other hand, people will have pure the biological brain, the latter is greatly improves the function of human brain copies. There is no doubt that, after the brain function improves, we will create numerous and nano robot technology of the update fusion technology. At the appointed time, humans will enter a new world, become real "new humans". 每一种新科技的出现,似乎都包涵着无限可能。用不了多久,个头只有分子大小的神奇纳米机器人将源源不断地进入人类的日常生活。中国著名学者周海中教授在1990年发表的《论机器人》一文中就预言:到21世纪中叶,纳米机器人将彻底改变人类的劳动和生活方式。   最后值得一提的是:未来学家认为,到了21世纪下半叶,将人同计算机绝对而清楚地区分开来将变得毫无意义。一方面,人类将拥有经过纳米机器人技术大大扩展了的生物大脑;另一方面,人们将拥有纯粹的非生物大脑,后者是功能大大增强了的人类大脑的复制品。毫无疑问,有了经过功能改善的大脑,我们将创造出无数与纳米机器人技术融合的更新的技术。届时,人类将进入一个新天地,成为地道的“新人类”。

制作人:严俊 0912050208 向鸣 0912050226

THANK YOU