babi

marginal probability distribution边缘概率分布双语对照词典结果：marginal probability distribution[数][统计] 边际概率分布; 以上结果来自金山词霸

小孩学步的阶段

probability ：发生的概率 　　发生的次数/总次数 　　0：不发生 1：必发生 odds ：发生比 　　发生的概率 / 不发生的概率 　　 　　0：不发生， ：必发生 logits : 发生比的log值 　　其实就是整个 有理数 了 　　 　　 ：不发生， ：必发生 感觉就是用各种范围来表示概率 Softmax：直接将 logits 搞为 probability Softmax 和 Corssentropy 详解 参考： https://blog.csdn.net/nbxzkok/article/details/84838984

probability sample[英]u02ccpru0254bu0259u02c8biliti u02c8sɑ:mpl任选样品，概率样本

Babix婴幼儿鼻塞精油用法用量是怎么样，下面就来跟大家介绍一下Babix婴幼儿鼻塞精油的说明书。宝宝的感冒问题是常见问题，如何面对和处理宝宝的感冒问题呢？用物理疗法来治疗宝宝的鼻塞也不错的方法哦 Babix宝宝防感冒精油 3个月以上宝宝适用，也适用于成人。和著名的Babix缓解鼻塞精油一个品牌。【成分】：百里香，天然植物精华等。 天然的植物精油成分，在宝宝有轻微咳嗽、鼻塞等感冒症状时用来泡澡，第二天即能有效减轻感冒症状。平时用来预防感冒和咳嗽也非常好。最好是在一间小房间给宝宝泡澡，含有精油成分的水蒸气就似雾化吸入。非常有益于宝宝呼吸道的健康。有宝宝的家庭是必备的。Babix宝宝防感冒精油用法用量 【成分】：百里香，天然植物精华等。 天然的植物精油成分，在宝宝有轻微咳嗽、鼻塞等感冒症状时用来泡澡，第二天即能有效减轻感冒症状。平时用来预防感冒和咳嗽也非常好。最好是在一间小房间给宝宝泡澡，含有精油成分的水蒸气就似雾化吸入。非常有益于宝宝呼吸道的健康。有宝宝的家庭是必备的。 【规格】5ml 45元,10ml 65元,20ml 125元 Barix 是针对感冒引起的呼吸道系统充血症状的安全产品。有效地缓解儿童因充血引起的上呼吸系统堵塞问题，适用于宝宝因感冒引起的鼻塞，呼吸困难等，3个月以上婴 儿，儿童及成人都可以使用。一般的滴鼻剂都是通过大量医用无菌水冲洗鼻腔的原理，对小宝宝来说，这种过程非常难受而且不安全。这款滴鼻剂，则是通过100%纯天然有机桉树油和云杉精油挥发的原理，不滴在宝贝鼻腔，而是滴在衣服、枕头上，非常安全舒适，宝贝可以安睡整晚。【使用方式】每天3至4次，每次2到3滴，针对婴儿，不能直接使用在身体皮肤上，最好滴到宝宝可以嗅到的东西上，毛巾，衣服或者枕套上，情况严重的话，建议每3到4小时使用一次能够有效的缓解宝宝鼻塞呼吸困难。无任何副作用。德国网站上还看到德国妈妈的另一种使用方式：烧一大碗或者一锅热水，里面滴3，4滴babix-inhalat，放在孩子屋里，有利于孩子呼吸，顺便解决空气干燥的问题 Babix-Inhalat N 是纯天然精油，本身已经很安全，而且不直接接触皮肤和鼻腔使用，更避免了宝宝不配合的麻烦，大家也不用担心滴到衣物上会留下痕迹，到目前为止还没有妈妈反应会留痕喔 Babix防感冒精油使用说明 Babix鼻塞油是针对感冒引起的呼吸道系统充血症状的安全产品,有效缓解因感冒引起的鼻塞、呼吸困难等上呼吸系统堵塞症状。本品通过100%纯天然有机桉树油和云杉精油挥发的原理，不用直接滴在鼻腔，而只需滴在衣服、枕头上，安全舒适。Babix-Inhalat N宝宝感冒鼻塞纯天然护理液 [使用方法] 1、初生婴儿—2岁儿童：一日3-5次，每次1-3滴，滴在衣服上; 2、2—5岁儿童：一日3-5次，每次3滴，滴在衣服上; 3、6—11岁儿童：一日3-4次，每次4滴，滴在一杯热水中，闻它散出的味道; 4、12岁—成人：一日3-4次，每次7滴，滴在一杯热水中，闻它散出的味道; 宝宝的鼻塞会让宝宝睡不好，精神不佳。面对宝宝的鼻塞问题真的会让家长很头疼，上面介绍的德国的知名产品Babix鼻塞油能很好的缓解的宝宝鼻子不通气的问题。希望用物理疗法来缓解宝宝鼻塞问题的家长，可以试试这款产品哦。

同意楼上liuzzz6的意思，估计在5%范围内的把握度。

probability表示的主要是带有数据的可能性，主要在一些数学文献上出现。 odds就显得口语许多了，只是问可能或是不可能，哪个可能性大一些。 个人理解。

Backyard Babies全介绍（人工翻译）：Backyard Babies是一支1987年成立于瑞典南部小城奈舍的硬摇滚、朋克乐队，目前乐队总部设在斯德哥尔摩。尽管完全用英语进行演唱，但他们的音乐受传统的斯堪的纳维亚金属风格影响较大，这种风格也影响了瑞典众多的金属乐团并一直延续至今。不仅仅在国内，Backyard Babies对所有英国Sleaze Rock风格的乐队都产生了巨大的影响。他们的单曲 "Minus Celsius" 出现在风靡全球的音乐游戏《吉他英雄III》的演奏单中。乐队历史在1987年, The Babies的(他们的歌迷对他们的称呼)主唱加贝斯手Tobbe,吉他手Dregen,Johan Blomqvist和鼓手Peder Carlsson，形成了最初的乐队雏形。那时他们乐队的名字还叫做“Tyrant”。和所有初出茅庐的乐队一样，他们举办了一些列小型演唱会，并录制了乐队的一些早期的单曲Demo。两年后，Tobbe的位置被Nicke Borg所取代。不久后，Johan替代了原鼓手成为新鼓手。他们随后改为为“Backyard Babies”。并在瑞典国内举办了巡回演出，这为他们迅速囤积了大片歌迷，还未发一张正式专辑，Backyard Babies却已经闻名全国。在乐队早期，他们共录制了四张Demo，分别是《Tyrant》（1989），《Backyard Babies》（1990），《Bite & Chew》（1991）和《Diesel and Power》（1992）。在1994年，他们终于录制了自己首张录音室专辑《Diesel & Power》，由Megarock Records出版发行。从他们首张专辑中，可以明显地听出早期的Backyard Babies很大程度上受到美国布鲁斯摇滚的影响，但又带有朋克的旋律和速度。在那一年，他们还发行了单曲碟《Electric Suzy》，而B-Side居然是翻唱了芬兰著名乐队Hanoi Rocks的“Taxi Driver”。而更令人感到不可思议的是,就在新专辑发行不久后，吉他手Dregen在演出期间居然离开乐队火速组建了一支Garage乐队The Hellacopters。Dregen居然也和他们在一起发行了两张专辑《Supershitty to the Max!》和《Payin" the Dues》后才不得不离开这支他组建的乐队。The Hellacopters也成为了瑞典最著名的Garage乐队之一，共发行了六张录音室专辑，于今年解散。当然，这都是后话了。1. Made Me Madman2. U.F.O. Romeo3. Highlights4. Get Dead5. Look at You6. Let"s Go to Hell7. Spotlight the Sun8. 8-Balled9. Ghetto You10. Subculture Hero11. Bombed (Out of My Mind)12. Hey, I"m Sorry13. Robber of Life

probability interpretation英 [u02ccpru0254bu0259u02c8biliti u02ccu026antu0259:priu02c8teiu0283u0259n] 美 [u02ccprɑbu0259u02c8bu026alu026ati u026anu02cctu025apru026au02c8teu0283u0259n] 概率诠释，几率诠释双语例句 Globalism concept and physical connotations of probability interpretation in quantum mechanics 量子力学的整体性概念和概率诠释的物理内涵

理论的话，我学校用的是MachineLearningaprobabilisticperspective作者是KevinMurphy实际操作的话，就有好多了RCookbook等等。

当然这是因为强调了in this way，实际上相当于省去了only---逻辑上的

可以，任何一个名词都可以做主语

我认为probalility的可能性有90%，possibility有70%。 所以台海开战有possibility,但是没有probability。

possibility和probability的区别为：指代不同、用法不同、侧重点不同一、指代不同1、possibility：可能，可能性。2、probability：可能性，或然性。二、用法不同1、possibility：possibility后不能接动词不定式，可接“of sth/ v -ing”结构或that同位语从句。2、probability：用作名词 (n.)The probability that it will rain today is high.今天下雨的可能性很大。衡量某一事件发生的可能性的指标；表示有利情况与可能发生的全部情况之比的数字。三、侧重点不同1、possibility：有发生的可能性。2、probability：不具有发生的可能性。

possibility和probability的区别：意思不同、用法不同、侧重点不同一、意思不同1.possibility意思：n. 可能; 可能性; 可选择的方法; 机会; 契机;2.probability意思：n. 可能性; 或然性; 很可能发生的事; 概率; 几率; 或然率;二、用法不同1.possibility用法：表示人或事物的名称。例句：I see great possibilities in the scheme.我看这计划很可能成功。2.probability用法：可以做主语、宾语、同位语、表语 、定语、状语、补语。例句：The probability that it will rain today is high.今天下雨的可能性很大。三、侧重点不同1.possibility侧重点：possibility表示事件发生的概率，是有发生的可能性存在。2.probability侧重点：possibility仅仅是感官上认为的可能，不具有发生的可能性存在。

probability 是不可数的，指可能性，或然率的意思。 possibility （可数），指可能的结果。 例句：There seemed to be a high probability of success. 成功的几率似乎很高。 扩展资料 　　Currently, I"m learning the Probability course. 　　目前我正在修概率论课程。 　　One of the first principles of probability theory is called the multiplication rule. 　　概率论的基本原理之一叫做乘法法则。 　　If something is probable, you mean that you can trust it, so probability means trustworthiness. 　　如果有什么是很可能的，你的"意思是你可以信赖它，所以可能性意味着可信赖度。 　　According to the experts, the side of the risk depends on both its probability and seriousness. 　　根据专家的说法，风险取决于它的可能性和严重性。

首先没有likelihook只有likelihood然后介绍您看个电影，叫什么幸福来敲门吧，Will Smith演的，里面就有解释possiblily 和 probably的区别，possibly的可能性没有probably的可能性强，您问的是三个名词而不是副词，但是相信同词根用法应该还是相同的。从百度词典找了几个例句，这样应该好理解点1.There is every likelihood that she"ll come. Do you think there is any likelihood of his agreeing to it? 2.There is a good possibility of rain tonight. 3.The probability of making a mistake increases when you are tired.那么我认为他们的可能性程递减，likelihood>probability>possibility,至于用法我觉得likelihood的使用会比较少不过程度比较深而且偏主观，prossibility偏客观，probability也是主观。这只是我的分析，理解和认识，希望有点帮助，大家互相探讨呵呵

我感觉是没有的～不过probability更学术一些，比如我经常就得用到probability。

《Elementary Probability Theory》（K. L. Chung）电子书网盘下载免费在线阅读链接: https://pan.baidu.com/s/15KBjae0HmICXKShxkDDHYg 提取码: cksr书名：Elementary Probability Theory作者：K. L. Chung豆瓣评分：8.2出版社：Springer出版年份：2010-12-4页数：402

Today the garden cultivates about 400 protected species of the genus Babiana , Cyclamen, Gladiolus, cacti. The species was for many years considered a member of the South African genus " Babiana " but recognized as a distinct genus in 2003. Sometimes the seed has a fine depcate coat pke " Gladiolus " and in other cases it is black and with a hard coat as " Babiana ". The rat"s tail babiana ( " Babiana ringens " ) is a species of plant that produces a strong stalk within the inflorescence that serves as a perch for the malachite sunbird as it visits the flower. The rat"s tail babiana ( " Babiana ringens " ) is a species of plant that produces a strong stalk within the inflorescence that serves as a perch for the malachite sunbird as it visits the flower. Also grown here are the spiky blazing star ( " Tritonia crocata " ), the ruffley gladiolus, the star-shaped harlequin ( " sparaxis " ), watsonia ( " Watsonia pyamidata " ), the purple baboon flower ( " Babiana stricta " ), the towering Adam"s rib ( " Cha *** anthe floribunda " ) and the lovely blooming shamrock ( " oxaps " ).

She still grieved for Ned, she would always grieve for Ned, but to have her babies taken as well.意思是：她仍然为奈德伤心，她将永远为奈德伤心，但她还有孩子要照看。。to have sb taken 是动词不定式的被动语态的一种表达

电影中的真实人物：Geeta Phogat、Babita Kumari和Vivan Bhatena姐妹生于哈里亚纳的一个摔跤世家。女性在哈里亚纳历来被视为二等公民，“荣誉谋杀”和选择性堕胎尤其普遍。为了能让Geeta Phogat姐妹能够追求自己摔跤的职业生涯，其父亲承受了巨大的压力，一度受到村里人的排挤，因为摔跤历来以男性为主，女子摔跤被认为与当地民俗风尚相悖。不少村民也一直警告他们，摔跤会练出畸形的“摔跤耳”，日后很难嫁个好人家。Geeta Phogat是第一位赢得英联邦运动会的印度摔跤选手(2010，55公斤级)，也是第一位取得夏季奥林匹克运动会参赛资格的女性摔跤选手(2012)。Babita Kumari在2014格拉斯哥英联邦运动会55公斤级女子自由式摔跤获得金牌，两次获得英联邦摔跤锦标赛金牌(2009 51公斤级2011 48公斤级)。Vinesh Phogat (Geeta 和Babita的堂妹)：2013年，年仅19岁的Vinesh在新德里摔跤亚洲锦标赛上以3:0战胜对手斩获一枚女子51公斤级自由式摔跤的铜牌;在2014年，格拉斯哥英联邦运动会48公斤级女子自由式摔跤获得金牌。

单词拼错了哦~~~~possible, probable的区别 这两个词的反义词是impossible, improbable 1）possible作“或许”解，有“也许如此，也许不如此”之意。强调客观上有可能性，但常常带有“实际可能性很小”的暗示。 2）probable用来指有根据，合情理，值得相信的事物，带有“大概，很可能”的意味。语气比possible要重，是most likely之意。 It"s possible, though not probable. That he will accept the terms.他也可能接受这些条件，但希望不大。 (2) be possible, be probable常用形式主语it，构成句型为： It is possible/probable + that …（从句） It is possible /probable+ for sb. to do sth. 例如： 他有可能做这件事。 [√] It is possible for him to do this. [√] It is possible that he will do this. [×] He is possible to do this.

概率:[gàilǜ]1.probability其它相关解释:例句与用法:1.达成和平协定的概率是零。Theprobabilityofapeaceagreementbeingreachediszero.2.估计基于概率的一种估计Anestimatebasedonprobabilities.

绝对是值得依赖的婴童服装品牌，我从2010年宝宝出世到现在，已经是用了4年贺曼的衣物了，不知算不算“骨灰级”的粉丝了，因为宝宝一年一个身高，所以衣服基本上也是年年换新的，HallmarkBabies的官网刚上新的羽绒服，我就已经是购到家了。贺曼的羽绒服质量可以说是非常的好，“货真价实”的90%白鸭绒料。特别是今年，更增加了90%白鹅绒羽绒服，我今年买的那一套也是白鹅绒的呢，更加轻和暖。至于尺码，80是指身高，49是指胸围，大约是1-2岁的宝宝适用。你可以到官方网站看看，列得很详细：http://www.hallmarkbabies.florich.com/sc/product/product_knowledge/size_chart/index.php

Hallmark Babies 贺曼原始于美国，现在总公司在香港。是一个发展最迅速及最有名的婴童服(0- 8岁) 品牌，在香港、澳门、中国内地、马来西亚、菲律宾、越南、欧洲等地设立了超过245个销售网点。

babies,我们老师这么教的，错了别找我，找我老师

意思是你是宝贝。U=you，Babi=baby。

该梗常用于自己误操作导致结果严重或者在游戏中残血被追时使用。源于游戏博主@无赖—电音吃鸡，他的吃鸡视频都用自己的电音配BGM，其中这段电音火出了圈“完了，完了，芭比Q啦！完了，完了被很多网友拿来做“人间惨案”类视频的BGM

源于offgun合作的第一部电视“puppy honey”,puppy音似papi(i)，翻译成中文“爸比”off为钟朋·阿卢迪吉朋，1991年1月20日出生于泰国毕业于泰国艺术大学。2014年，他曾出演电视剧《单身公寓》，饰演410房间的爱情专家Peen一角，因为经常流鼻血而被叫做鼻血小哥。随后，他还相继出演了《丑小鸭之缺憾女孩》、《单身公寓2》、《一年生》等影视作品。gun是泰星巴特潘·忽栓，1993年10月4日出生于泰国，2015年出演电影《蓝色时分》，随后相继出演了《密爱七重奏》、《超凡少年》、《Our Skyy》等影视作品。

BABI的mm好k

I"m Folle De Toi - In Grid URL http://blog.intz.cn/UploadFiles/2006-11/1111903866.mp3

也看过他们的演出，很精彩，叫浪潮乐队

LZ你的意思是用中文标出英语，那很困难，没分就拉倒吧

检查Babinski征方法，正确的是？ A.沿足底外侧向前B.沿足底内侧向前C.沿足底中央向前再向内侧D.划足底前三分之E.沿足底外侧缘向前至小趾根部再转向内侧正确答案：E

BABINSKI征又称巴宾斯基征,为我们医生临床神经反射检查中的一项,属于病理反射.检查方法:患者仰卧,下肢伸直,医生持踝部,用叩诊锤一端由后向前划足底外侧至小趾掌关节处再转向趾侧,正常表现为足跖向跖面屈曲.(即BABINSKI征阴性)阳性反应为拇趾背伸，其余四趾呈扇形展开．为锥体束病损时，大脑失去了对脑干的脊髓的抑制功能，而释放出的踝和趾背伸的反射作用．谢谢！

【答案】：ABabinski征典型表现为拇趾背屈，其他各趾向外呈扇形展开。

【答案】：1．被检查者仰卧，下肢伸直。(1分)2．检查者手持被检查者踝部，用叩诊锤柄部末端的钝尖在足底外侧从后向前快速划至小趾根部，再转向趾侧。(3分)3．正常出现足趾向跖面屈曲，如出现趾背屈，其余四趾呈扇形分开，称巴宾斯基征阳性。(1分)

【答案】：（总分18分）(1)巴宾斯基(Babinski)征（6分）①检查方法正确：用竹签沿患者足底外侧缘，由后向前至小趾跟部并转向内侧。（4分）②考生口述阳性反射特征。（2分）阳性反应为足母趾背伸，余趾呈扇形展开。(2)奥本海姆(Oppenheim)征（5分）①检查方法正确：检查者用拇指及示指沿被检者胫骨前缘用力由上向下滑压。（4分）②考生口述阳性反射特征。（1分）阳性反应为足趾背伸，余趾呈扇形展开。(3)戈登(Gordon)征（5分）①检查方法正确：检查时用手以一定力量捏压被检者腓肠肌中部。（4分）②考生口述阳性反射特征。（1分）阳性反应为足趾背伸，余趾呈扇形展开。(4)提问（3个，由考官任选2个）（2分）①一侧锥体束征阳性考虑什么？两侧锥体束征阳性考虑什么？（1分）答：一侧锥体束征阳性考虑锥体束受损或更高位中枢病变，两侧锥体束阳性考虑下位运动神经传导通路病变致双侧都失去高位中枢的抑制而出现，注意1岁内小儿可以锥体束征阳性。②正常人能否出现Babinski征(+)?（1分）答：一岁半以内婴幼儿因锥体束发育尚未完善，可以出现Babinski征(+)，成年人若出现则为病理反射。③当一侧肢体锥体束征(+)时，还需做什么体征检查？（1分）答：一侧肢体锥体束征(+)时，建议完善相关的神经系统检查，如深浅反射。

【答案】：分析（1）考生站位、告知被检查者体位和姿势正确（1分）考生站于被检查者右侧，被检者仰卧位，双上肢自然伸直置于躯干两旁，双下肢自然伸直，嘱被检者放松。（2）检查方法正确，动作规范（3分）考生左手扶持被检者踝关节处（1分），右手用钝针或木签等钝性器具沿足底外侧缘由后向前划至小趾近根部转向拇趾侧（2分）。阳性反应为拇趾背伸，其余四趾呈扇形张开。

1.刺激部位正常的足底反射出现趾的屈曲，与刺激足底外侧比较，内侧刺激时明显。而病理性的趾现象却与之相反，刺激足底外侧部时明显，尤其是足底的最外侧部，即刺激足底外侧缘最易引出。2.刺激方法最好用钝尖物用力划足的外侧缘，比如曲别针、棉签等。但有时刺激后，下肢各部分均动，不易判明足趾动作的方向，不易判定是反射运动还是随意运动。正常情况下，当足底被刺激时不出现趾的伸展，但随意运动时就可以出现，此时可将刺激强度减弱。3.足的姿势检查Babinski征时，应避免足及小腿呈收缩状态，且要解除患者精神紧张，使肌肉松弛。例如患者可在下肢轻度屈曲、外旋、足外侧缘贴近床面情况下进行检查。4.足的温度这是引出Babinski征的一个重要条件，寒冷环境下不易引出Babinski征。因此可疑锥体束受累时，应在温暖环境下进行检查。值得注意的是，如脚温过热，可能引出假性Babinski征。

MichalineBabichMichalineBabich是一名演员，代表作品有《性爱3人谈》。外文名：MichalineBabich职业：演员代表作品：性爱3人谈合作人物：TroyBeyer

Gee

初音的？

Kimya Dawson的little monster babies

歌曲名:Babies歌手:Bill Cosby专辑:The Best Of Bill CosbyBabiesWell it happened years agowhen you lived on Stanhope RoadWe listened to your sisterwhen you came from school"Cos she was two years olderand she had boys in her roomI listened outside, I heard herAlrightWell that was all right for a whilebut soon I wanted moreI wanted to see as well as hear and so II hid inside her wardrobeAnd she came home round fourand she was with some kid called DavidFrom the garage up the roadI listened outside, I heard herAlrightOh, I wanna take you homeI wanna give you childrenYou might be my girlfriendYeah yeah yeah yeah yeah yeah yeah yeahWhen I saw you next dayI really couldn"t tell"Cos you might go and tell your motherAnd so you went with NeveOh yeah, and Neve was coming onAnd I thought I heard you laughingwhen his mum and dad were goneI listened outside, I heard youAlrightOh, I wanna take you homeI wanna give you childrenYou might be my girlfriendYeah yeah yeah yeah yeah yeah yeah yeahOh yeahOh well, I guessit couldn"t last too longI came home one dayand all her things were goneI fell asleep insideI never heard her comeOh, and I opened up the wardrobeand I had to get it onYeahOh listenWe were on the bed when you came homeI heard you stop outside the doorI know you won"t believe it"s trueI only went with her "cos she looks like youMy god!Oh, I wanna take you homeI wanna give you childrenYou might be my girlfriendYeah yeah yeah yeah yeah yeah yeah yeahOhYeah yeah yeah yeah yeah yeah yeah yeahYeah yeah yeah yeah yeah yeah yeah yeahYeah yeah yeah yeah yeah yeah yeah yeahYeah yeah yeah yeah yeah yeah yeah yeahYeahYeah yeah yeah yeah yeah yeah yeah yeahYeahYeah yeah yeah yeah yeah yeah yeah yeahOh yeahhttp://music.baidu.com/song/8268777

So what if I could make for you a designer baby? What if you as a parent-to-be and I as a scientist decided to go down that road together?What if we didn"t? What if we thought, "That"s a bad idea," but many of our family, friends and coworkers did make that decision? Let"s fast-forward just 15 years from now. Let"s pretend it"s the year 2030, and you"re a parent. You have your daughter, Marianne, next to you, and in 2030, she is what we call a natural because she has no genetic modifications. And because you and your partner consciously made that decision, many in your social circle, they kind of look down on you. They think you"re, like, a Luddite or a technophobe. Marianne"s best friend Jenna, who lives right next door, is a very different story. She was born a genetically modified designer baby with numerous upgrades. Yeah. Upgrades. And these enhancements were introduced using a new genetic modification technology that goes by the funny name CRISPR, you know, like something"s crisp, this is CRISPR. The scientist that Jenna"s parents hired to do this for several million dollars introduced CRISPR into a whole panel of human embryos. And then they used genetic testing, and they predicted that that little tiny embryo, Jenna"s embryo, would be the best of the bunch. And now, Jenna is an actual, real person. She"s sitting on the carpet in your living room playing with your daughter Marianne. And your families have known each other for years now, and it"s become very clear to you that Jenna is extraordinary. She"s incredibly intelligent. If you"re honest with yourself, she"s smarter than you, and she"s five years old. She"s beautiful, tall, athletic, and the list goes on and on. And in fact, there"s a whole new generation of these GM kids like Jenna. And so far it looks like they"re healthier than their parents" generation, than your generation. And they have lower health care costs. They"re immune to a host of health conditions, including HIV/AIDS and genetic diseases. It all sounds so great, but you can"t help but have this sort of unsettling feeling, a gut feeling, that there"s something just not quite right about Jenna, and you"ve had the same feeling about other GM kids that you"ve met. You were also reading in the newspaper earlier this week that a study of these children who were born as designer babies indicates they may have some issues, like increased aggressiveness and narcissism. But more immediately on your mind is some news that you just got from Jenna"s family. She"s so smart, she"s now going to be going to a special school, a different school than your daughter Marianne, and this is kind of throwing your family into a disarray. Marianne"s been crying, and last night when you took her to bed to kiss her goodnight, she said, "Daddy, will Jenna even be my friend anymore?" So now, as I"ve been telling you this imagined 2030 story, I have a feeling that I may have put some of you into this sci-fi frame of reference. Right? You think you"re reading a sci-fi book. Or maybe, like, in Halloween mode of thinking. But this is really a possible reality for us, just 15 years from now. I"m a stem cell and genetics researcher and I can see this new CRISPR technology and its potential impact. And we may find ourselves in that reality, and a lot will depend on what we decide to do today. And if you"re still kind of thinking in sci-fi mode, consider that the world of science had a huge shock earlier this year, and the public largely doesn"t even know about it. Researchers in China just a few months ago reported the creation of genetically modified human embryos. This was the first time in history. And they did it using this new CRISPR technology. It didn"t work perfectly, but I still think they sort of cracked the door ajar on a Pandora"s box here. And I think some people are going to run with this technology and try to make designer babies. Now, before I go on, some of you may hold up your hands and say, "Stop, Paul, wait a minute. Wouldn"t that be illegal? You can"t just go off and create a designer baby." And in fact, to some extent, you"re right. In some countries, you couldn"t do that. But in many other countries, including my country, the US, there"s actually no law on this, so in theory, you could do it. And there was another development this year that resonates in this area, and that happened not so far from here over in the UK. And the UK traditionally has been the strictest country when it comes to human genetic modification. It was illegal there, but just a few months ago, they carved out an exception to that rule. They passed a new law allowing the creation of genetically modified humans with the noble goal of trying to prevent a rare kind of genetic disease. But still I think in combination these events are pushing us further towards an acceptance of human genetic modification. So I"ve been talking about this CRISPR technology. What actually is CRISPR? So if you think about the GMOs that we"re all more familiar with, like GMO tomatoes and wheat and things like that, this technology is similar to the technologies that were used to make those, but it"s dramatically better, cheaper and faster. So what is it? It"s actually like a genetic Swiss army knife. We can pretend this is a Swiss army knife with different tools in it, and one of the tools is kind of like a magnifying glass or a GPS for our DNA, so it can home in on a certain spot. And the next tool is like scissors that can cut the DNA right in that spot. And finally we have a pen where we can literally rewrite the genetic code in that location. It"s really that simple. And this technology, which came on the scene just three years ago, has taken science by storm. It"s evolving so fast, and it"s so freaking exciting to scientists, and I admit I"m fascinated by it and we use it in my own lab, that I think someone is going to go that extra step and continue the GM human embryo work and maybe make designer babies. This is so ubiquitous now. It just came on the scene three years ago. Thousands of labs literally have this in hand today, and they"re doing important research. Most of them are not interested in designer babies. They"re studying human disease and other important elements of science. So there"s a lot of good research going on with CRISPR. And the fact that we can now do genetic modifications that used to take years and cost millions of dollars in a few weeks for a couple thousand bucks, to me as a scientist that"s fantastic, but again, at the same time, it opens the door to people going too far. And I think for some people the focus is not going to be so much on science. That"s not what"s going to be driving them. It"s going to be ideology or the chase for a profit. And they"re going to go for designer babies. So why should we be concerned about this? We know from Darwin, if we go back two centuries, that evolution and genetics profoundly have impacted humanity, who we are today. And some think there"s like a social Darwinism at work in our world, and maybe even a eugenics as well. Imagine those trends, those forces, with a booster rocket of this CRISPR technology that is so powerful and so ubiquitous. And in fact, we can just go back one century to the last century to see the power that eugenics can have. So my father, Peter Knoepfler, was actually born right here in Vienna. He was Viennese, and he was born here in 1929. And when my grandparents had little baby Peter, the world was very different. Right? It was a different Vienna. The United States was different. The world was different. There was a eugenics rising, and my grandparents realized, pretty quickly I think, that they were on the wrong side of the eugenics equation. And so despite this being their home and their whole extended family"s home, and this area being their family"s home for generations, they decided because of eugenics that they had to leave. And they survived, but they were heartbroken, and I"m not sure my dad ever really got over leaving Vienna. He left when he was just eight years old in 1938. So today, I see a new eugenics kind of bubbling to the surface. It"s supposed to be a kinder, gentler, positive eugenics, different than all that past stuff. But I think even though it"s focused on trying to improve people, it could have negative consequences, and it really worries me that some of the top proponents of this new eugenics, they think CRISPR is the ticket to make it happen. So I have to admit, you know, eugenics, we talk about making better people. It"s a tough question. What is better when we"re talking about a human being? But I admit I think maybe a lot of us could agree that human beings, maybe we could use a little betterment. Look at our politicians here, you know, back in the US -- God forbid we go there right now. Maybe even if we just look in the mirror, there might be ways we think we could be better. I might wish, honestly, that I had more hair here, instead of baldness. Some people might wish they were taller, have a different weight, a different face. If we could do those things, we could make those things happen, or we could make them happen in our children, it would be very seductive. And yet coming with it would be these risks. I talked about eugenics, but there would be risks to individuals as well. So if we forget about enhancing people and we just try to make them healthier using genetic modification, this technology is so new and so powerful, that by accident we could make them sicker. That easily could happen. And there"s another risk, and that is that all of the legitimate, important genetic modification research going on just in the lab -- again, no interest in designer babies -- a few people going the designer baby route, things go badly, that entire field could be damaged. I also think it"s not that unlikely that governments might start taking an interest in genetic modification. So for example our imagined GM Jenna child who is healthier, if there"s a generation that looks like they have lower health care costs, it"s possible that governments may start trying to compel their citizens to go the GM route. Look at China"s one-child policy. It"s thought that that prevented the birth of 400 million human beings. So it"s not beyond the realm of possible that genetic modification could be something that governments push. And if designer babies become popular, in our digital age -- viral videos, social media -- what if designer babies are thought to be fashionable, and they kind of become the new glitterati, the new Kardashians or something? (Laughter) You know, are those trends that we really could control? I"m not convinced that we could. So again, today it"s Halloween and when we talk about genetic modification, there"s one Halloween-associated character that is talked about or invoked more than anything else, and that is Frankenstein. Mostly that"s been Frankenfoods and all this other stuff. But if we think about this now and we think about it in the human context on a day like Halloween, if parents can in essence costume their children genetically, are we going to be talking about Frankenstein 2.0 kind of situation? I don"t think so. I don"t think it"s going to get to that extreme. But when we are going about hacking the human code, I think all bets are off in terms of what might come of that. There would still be dangers. And we can look in the past to other elements of transformative science and see how they can basically go out of control and permeate society. So I"ll just give you one example, and that is in vitro fertilization. Almost exactly 40 years ago, test tube baby number one Louise Brown was born, and that"s a great thing, and I think since then five million IVF babies have been born, bringing immeasurable happiness. A lot of parents now can love those kids. But if you think about, it in four decades, five million babies being born from a new technology is pretty remarkable, and the same kind of thing could happen with human genetic modification and designer babies. So depending on the decisions we make in the next few months, the next year or so, if designer baby number one is born, within a few decades, there could well be millions of genetically modified humans. And there"s a difference there too, because if we, you in the audience, or I, if we decide to have a designer baby, then their children will also be genetically modified, and so on, because it"s heritable. So that"s a big difference. So with all of this in mind, what should we do? There"s actually going to be a meeting a month from tomorrow in Washington, D.C. by the US National Academy of Sciences to tackle that exact question. What is the right path forward with human genetic modification? I believe at this time we need a moratorium. We have to ban this. We should not allow creating genetically modified people, because it"s just too dangerous and too unpredictable. But there"s a lot of people -- (Applause) Thanks. (Applause) And let me say, just as a scientist, it"s a little bit scary for me to say that in public, because science generally doesn"t like self-regulation and things like that. So I think we need to put a hold on this, but there are many people who not only disagree with me, they feel the exact opposite. They"re like, step on the gas, full speed ahead, let"s make designer babies. And so in the meeting in December and other meetings that are likely to follow in the next few months, it"s very possible there may be no moratorium. And I think part of the problem that we have is that all of this trend, this revolution in genetic modification applying to h

你拥有这样的球员再看看一位我希望我当我还是一个小伙子你的脸就是喜气洋洋你的微笑让我吹嘘，我的脉搏任何方式四风的吹他们将送我回家给你帆船否则我要飞与力量的彩虹黄金的梦想将在那里等待你的眼睛你知道我会做任何你想要的最嘿我，我想给你你需要的一切我看到它到达你我不相信很多东西但在你我她的信念是惊人的的痛苦，她去通过载于为您的希望你的整个世界的变化花了几年前似乎比蓝色多云在很多方面宝宝的控制当你有没有订定天穷人没有时间思考他们忙着寻找办法你知道我会做任何你想要的最嘿我，我想给你你需要的一切我会看到它得到你我不相信很多东西但在你我知道我会做任何你想要的最每一天，我，尝试给你你需要的一切我们会一直在那里你我不相信很多东西但你但在你我

B 本题考察被动语态排除C和D ，动词短语变被动语态，只需将主要动词变被动，其他成分放于后面即可。本题意为“这里新生儿是被照顾的” ，故用被动，选B.

你在这里问不到结果的，DR是欧美乐团，你在这里折腾什么呢？？难道是韩国乐团我一直不知道？？

accidental babies Well I held you like a lover Happy hands and your elbow in the appropriate place 恩。我就这样握着你，把你当做爱人。快乐的手势，你的手臂摆着幸福的姿势。 And we ignored our others, happy plans For that delicate look upon your face 我们忽视其它的一切，只留幸福计划。瞬间你的脸，闪现脆弱深情。 Our bodies moved and hardened Hurting parts of your garden With no room for a pardon In a place where no one knows what we have done 我们的身体沸腾过，却渐渐僵硬。 你的隐秘花园，疼痛的那部分。没给宽容留一个角落 是一个没有任何人知道我们曾经做过什么的地带。 Do you come Together ever with him? 你和他一起会高潮么？ And is he dark enough? Enough to see your light? 他能开启你（身体和灵魂）的光么，能映照出来你的美好么 And do you brush your teeth before you kiss? Do you miss my smell? 你和他接吻之前也认真仔细刷过牙么？ 做的时候，有没有想念我的味道呢？ And is he bold enough to take you on? Do you feel like you belong? And does he drive you wild? Or just mildly free? What about me? 他够不够大，能让你亢奋？ 做的时候，你有没有归属感？有没有觉得自己拥有了什么？ 他能让你变得狂放不羁么？ 还是仅仅是你的一个小小的释放？ 那我呢？？？？ Well you held me like a lover Sweaty hands And my foot in the appropriate place 随便吧，你也假装把我当成爱人。 出汗的双手 我的脚也放到了那个地方。 And we use cushions to cover Happy glands In the mild issue of our disgrace 我们用垫子套盖过了跑马腺体？ 我们耻辱的感情中温和的一记。 （happy glands，意为跑马腺体。 跑马=遗精 跑马=自慰 跑马腺体就是指OOXX的器官。） Our minds pressed and guarded While our flesh disregarded The lack of space for the light-hearted In the boom that beats our drum 我们的内心压抑，却自我防卫， 虽然我们仿佛对肉欲给予毫不在乎。 我们心中隆隆的紧张声中，无忧无虑没有一席之地。 Well I know I make you cry And I know sometimes you wanna die But do you really feel alive without me? If so, be free If not, leave him for me Before one of us has accidental babies For we are in love 恩，我知道我让你伤心了。 我也知道有时候你恨不得想了结生命。 但是，你没有我的时候，真的能感受到鲜活的生命么？ 如果能，那你走好了。 如果不能，就为了我，离开他吧。 在我们谁谁谁之间，不小心有了小BABY，之前。一切还来得及。 因为我们深爱。

歌曲名称：Accidental Babies歌曲原唱：Damien Rice所属专辑：9歌曲语言：英语发行时间：2006-11-03歌曲时长：6分33歌词：well i held you like a loverhappy hands and your elbow in the appropriate placeand we ignored our others, happy plansfor that delicate look upon your faceour bodies moved and hardenedhurting parts of your gardenwith no room for a pardonin a place where no one knows what we have donedo you cometogether ever with him?and is he dark enough?enough to see your light?and do you brush your teeth before you kiss?do you miss my smell?and is he bold enough to take you on?do you feel like you belong?and does he drive you wild?or just mildly free?what about me?well you held me like a lover sweaty handsand my foot in the appropriate placeand we use cushions to coverhappy glands in the mild issue of our disgraceour minds pressed and guardedwhile our flesh disregardedthe lack of space for the light-heartedin the boom that beats our drumwell i know i make you cryand i know sometimes you wanna diebut do you really feel alive without me?if so, be freeif not, leave him for mebefore one of us has accidental babiesfor we are in lovedo you cometogether ever with him?is he dark enough?enough to see your light?do you brush your teeth before you kiss?do you miss my smell?and is he bold enough to take you on?do you feel like you belong?and does he drive you wild?or just mildly free?what about me?what about me?

两者的区别可以从词根和例句解释:ability=能力absorbability=吸收能力，吸收功能例句:Thistypeofspongehasveryhighabsorbability.这种类型的海绵具有很高的吸水功能。absorption=吸收Strongabsorptionisonecharacteristicofthistypeofsponge.强烈吸收是这种类型海绵的一个特点。希望帮到了你。

两者的区别可以从词根和例句解释： ability = 能力 absorbability = 吸收能力,吸收功能 例句： This type of sponge has very high absorbability. 这种类型的海绵具有很高的吸水功能. absorption = 吸收 Strong absorption is one characteristic of this type of sponge. 强烈吸收是这种类型海绵的一个特点. 希望帮到了你.

但从构词法来看，前者更注重吸收的的能力，程度后者只是注重于吸收这一动作或者过程

probability plots概率图;机率图

意思是预测一个单一数据的后级概率。重点词汇：predict 英[prɪˈdɪkt] 美[prɪˈdɪkt] vt. 预言，预测; 预示，预告; vi. 预言，预示：预言某事，预言; [例句]The latest opinion polls are predicting a very close contest.最近的民意测验预测竞争将会非常激烈。posterior 英[pɒˈstɪəriə(r)] 美[pɑ:ˈstɪriə] adj. 后面的; （时间上） 较晚的; 在后的; 尾部的; n. 身体后部，臀部; [例句]The posterior borders of the left ventricle and inferior vena cava are well seen.左心室和下腔静脉的后界看得很清楚。probabilities n. 可能性，可能发生的事( probability的名词复数 ); <数>概率; [例句]The probabilities of crime or victimization are higher with some situations than with others.在有些情况下，犯罪或受害的几率要相对更高。single 英[ˈsɪŋgl] 美[ˈsɪŋɡəl] adj. 单一的; （打斗、比赛等） 一对一的; 惟一的; 适于一人的; n. 单程票; （旅馆等的） 单人房间; [复数] （高尔夫球一对一的） 二人对抗赛; [常用复数][美国、加拿大英语]未婚（或单身）男子（或女子）; vt. 挑选; [例句]Every single house in town had been damaged.镇上每栋房子都遭到了破坏。

(1)有明显的末梢运动神经受累时，趾的背屈功能严重受累，即使有锥体束受损，足趾也不能背屈。这种情况下，当刺激足底未引出 Babinski征时，不能说Babinski征阴性，最好注明Babinski征不清。(2)足有明显感觉障碍，尤其是痛觉丧失时，也可能引不出Babinski征，也以注明Babinski征不清为宜。(3)手足徐动、舞蹈病时，因不随意运动，趾常呈背屈状，尤其常见髃趾背屈，有时稍给刺激，拇趾即呈背屈状。原则上在有舞蹈病，手足徐动时，见到的拇趾背屈，不能一概认定为Babinski征。如上述，Babinski征是通过刺激足底皮肤引出的。但是，有时其诱发范围可扩及至足背、小腿，不仅是浅感觉刺激，应用深感觉刺激也可引出足趾背屈现象，虽然刺激方法不同，但其临床意义是一致的。临床上常用的有chaddock，其方法是由外踝下方向前划至足背外侧。Oppenheim征：由上至下划胫骨前侧面皮肤或用拇指和食指沿胫骨前缘由上向下滑。Schaeffer征：用手挤压跟腱。Gordon征：用力挤捏腓肠肌。Gonda征：紧压足外侧两趾向下，数秒钟后突然放松。以上各征的表现及病理意义均与Babinski征相同，应当指出的是应认真、反复检查有无Babinski征，熟练引出Babinski征的检查手技远比以上各征重要。除检查时可引出Babinski征外，有时患者的某些动作也可见到足趾背屈，很多情况下其临床意义和Babinski是一致的。如患者在主动活动下肢时，可出现趾背屈现象，意味着有锥体束受累。患者做膝踵试验时，当一侧足跟放在膝关节上，或沿胫骨棱下滑的过程中，开始出现拇趾背屈，有时膝踵试验结束，这种背屈仍持续存在，甚至同时有2～5趾一并出现背屈。另外，在下肢不全瘫，检查肌力过程中，让患者下肢尽量屈曲，这时如出现拇趾背屈，也可以认为与 Babinski征有同样临床意义。有人认为这是检查有无轻度锥体束受累的很好的指标之一。因为即使有些患者引不出Babinski征，但当做下肢主动运动时有时就可能见到拇趾背屈。

BABINSKI征又称巴宾斯基征,为我们医生临床神经反射检查中的一项,属于病理反射.检查方法:患者仰卧,下肢伸直,医生持踝部,用叩诊锤一端由后向前划足底外侧至小趾掌关节处再转向趾侧,正常表现为足跖向跖面屈曲.(即BABINSKI征阴性)阳性反应为拇趾背伸，其余四趾呈扇形展开．为锥体束病损时，大脑失去了对脑干的脊髓的抑制功能，而释放出的踝和趾背伸的反射作用．谢谢！

babinski征是指锥体束病损时大脑失去了对脑干和脊髓的抑制作用而出现的异常反射；用于临床上的神经系统检查，属于锥体束病理反射。

BABINSKI征又称巴宾斯基征,为我们医生临床神经反射检查中的一项,属于病理反射.检查方法:患者仰卧,下肢伸直,医生持踝部,用叩诊锤一端由后向前划足底外侧至小趾掌关节处再转向趾侧,正常表现为足跖向跖面屈曲.(即BABINSKI征阴性)阳性反应为拇趾背伸，其余四趾呈扇形展开．为锥体束病损时，大脑失去了对脑干的脊髓的抑制功能，而释放出的踝和趾背伸的反射作用．谢谢！

babinski征是指锥体束病损时大脑失去了对脑干和脊髓的抑制作用而出现的异常反射；用于临床上的神经系统检查，属于锥体束病理反射。巴彬斯基（Babinski）征：病人仰卧，下肢伸直，检查者左手握踝上部固定小腿，右手持钝尖的金属棒自足底外侧向足趾部按划，足拇趾背伸，其它足趾外展者为阳性反应； 一般正常人的反应是足趾内收、跖屈；没有巴彬斯基阴性这回事。

BABINSKI征又称巴宾斯基征,为我们医生临床神经反射检查中的一项,属于病理反射.检查方法:患者仰卧,下肢伸直,医生持踝部,用叩诊锤一端由后向前划足底外侧至小趾掌关节处再转向趾侧,正常表现为足跖向跖面屈曲.(即BABINSKI征阴性)阳性反应为拇趾背伸，其余四趾呈扇形展开.为锥体束病损时，大脑失去了对脑干的脊髓的抑制功能，而释放出的踝和趾背伸的反射作用.谢谢!

这是西医检查下肢，神经系统的几个指征，排除脑膜炎等病

受检者仰卧，下肢伸直，检查者站于右侧，左手托起踝部，右手持钝竹签划足底外侧，从足跟至第五跖趾关节处转向拇指方向。

吧宾斯gi…………噢喷汗木…………戈登…………查得克…………霍夫们…………夏非…………攻哒…………

Babinski"s test Babinski"s test 巴彬斯奇氏征；巴彬斯奇氏试验; 如果您有什么疑问和不解之处,欢迎追问我! 如果您认可我的答案,请采纳. 您的采纳,是我答题的动力,O(∩_∩)O谢谢

巴宾斯基属于病理反射体征，阴性表示无问题。

医生临床神经反射检查中的一项,.属于锥体束病理反射.锥体束病理反射指锥体束病损时大脑失去了对脑干和脊髓的抑制作用而出现的异常反射.1岁半前儿童可出现，余为异常。Babinski征 为锥体束病损时，大脑失去了对脑干的脊髓的抑制功能，而释放出的踝和趾背伸的反射作用．①检查方法：被检查者仰卧、下肢伸直，医生手持被检者踝部，用钝头竹签划足底外侧，由后向前至小趾跟部并转向内侧，阳性反应为拇趾背伸，余趾呈扇形展开。1岁半以内的婴幼儿由于神经系统发育未完善，也可出现这种反射，不属于病理性。②阳性反射特征：阳性反应为足母趾背伸，余趾呈扇形展开。Oppenheim征①检查方法：检查者用拇指及示指沿被检者胫骨前缘用力由上向下滑压。②阳性反射特征：阳性反应为足母趾背伸，余趾呈扇形展开。Gordon征①检查方法：检查时用手以一定力量捏压被检者腓肠肌中部。②阳性反射特征：阳性反应为足母趾背伸，余趾呈扇形展开。一侧阳性考虑锥体束受损或更高位中枢病变。双侧阳性为下运动神经传导通路病变致双侧都失去高位中枢的抑制而出现,注意1岁内小儿可以锥体束征阳性。当一侧肢体锥体束征（+）时，还需检查对侧锥体束征,还有其它体征检查如运动和感觉等检查,定性定位评估病变位置。Babinski征是当刺激足底外侧缘时，出现拇趾背屈现象，被认为是锥体束征之一。正常成人当刺激足底外侧缘时，可见到髋关节、膝关节、踝关节轻度屈曲，足趾蹠曲，也可能不出现上述关节屈曲。正常情况下的蹠曲极为迅速，而病理情况下的背曲却稍缓慢。典型的Babinski征是第2～5趾扇形散开，拇趾呈背屈。但临床工作中，有很多情况下难以判断是生理性或病理性。若拇趾迅速背屈，且范围不大时，应反复多次检查。反复刺激足底，有时见各趾均屈曲，有时见多个趾伸展，如果所有各趾均呈伸展位，也应考虑是病理性的。从这一点看Babinski征的检出绝不是刺激一次足底就能判定有或无的问题，当判断不清时，应反复多次检查。当刺激足底皮肤时，有时可见几个足趾呈扇形展开，且呈外展位，此时不要立即判断为病理性。

(1)Babinski征是经典的病理反射，提示锥体束受损。取下肢伸直位，轻划足底外侧向前至小趾根部足掌时转向内侧，阳性为指背屈伴其他足趾扇型分开。(2)常见的病理反射Babinski征最重要，其余为Chaddock征、Oppenheim征和Gordon征。指背屈伴其他足趾扇型分开。(2)常见的病理反射Babinski征最重要，其余为Chaddock征、Oppenheim征和Gordon征。

babinski征是指锥体束病损时大脑失去了对脑干和脊髓的抑制作用而出现的异常反射；用于临床上的神经系统检查，属于锥体束病理反射。巴彬斯基（Babinski）征：病人仰卧，下肢伸直，检查者左手握踝上部固定小腿，右手持钝尖的金属棒自足底外侧向足趾部按划，足拇趾背伸，其它足趾外展者为阳性反应； 一般正常人的反应是足趾内收、跖屈；没有巴彬斯基阴性这回事。

O mio babbino caro,---------阿我亲爱的爸爸，mi piace bello, bello;------我爱那美丽少年。vo"andare in Porta Rossa----我想到露萨港去，a comperar l"anello!--------买一个结婚戒指。 Si, si, ci voglio andare!---是的，是的，我无论如何要去， e se l"amassi indarno,------假如您不答应，andrei sul Ponte Vecchio,---我就到维奇欧桥上，ma per buttarmi in Arno!----投身到阿诺河里。Mi struggo e mi tormento!---我多痛苦，我多悲伤。O Dio, vorrei morir!--------啊! 天哪! 我宁愿死去! Babbo, pieta,pieta!---------爸爸，我恳求你! Babbo, pieta,pieta!---------爸爸，我恳求你!

同一栋肯定不是你说的这个呀，而具体是什么我也不是很清楚。

是这首吗？Big big world-Emilia 大世界(艾蜜丽娅) I"m a big big girl ! 我是个大女孩， In a big big world ! 在这个大千世界里。 It"s not a big big thing if you leave me.即使你离开我，也没有什么大不了的 But I do do feel.但我真的真的感觉到. That I do do will miss you much.我将会非常非常想念你！ Miss you much ! 非常想念你了！ I can see the first leaf falling.我看见第一片叶子落下。 It"s all yellow and nice.是那样金黄而美好。 It"s so very cold outside.外面是那么的冷。 Like the way I"m feeling inside.如同我内心的感受。 I"m a big big girl ! 我是个大女孩， In a big big world ! 在这个大千世界里！ It"s not a big big thing if you leave me.即使你离开我，也没有什么大不了的。 But I do do feel.但我真的真的感到。 That I do do will miss you much.我将会非常非常想念你！ Miss you much ! 非常想念你了！ Outside it"s now raining.现在外面正在下雨。 And tears are falling from my eyes.而眼泪正从我眼中滑落。 Why did it have to happen ? 这一切为何要发生？ Why did it all have to end ? 这一切又为何要结束？ I"m a big big girl ! 我是个大女孩！ In a big big world ! 在这个大千世界里！ It"s not a big big thing if you leave me.即使你离开我，也没有什么大不了的。 But I do do feel.但我真的真的感到。 That I do do will miss you much.我将会非常非常想念你！ Miss you much ! 非常想念你了！ I have your arms around me warm like fire.你的手臂环绕着我，温暖如火。 But when I open my eyes.但当我睁开眼睛是。 You"re gone ! 你却已经离开！ I"m a big big girl !我是个大女孩！ In a big big world ! 在这个大千世界里！ It"s not a big big thing if you leave me.即使你离开我，也没有什么大不了的。 But I do do feel.但我真的真的感到。 That I do do will miss you much.我将会非常非常想念你！ Miss you much ! 非常想念你了！ I"m a big big girl ! 我是个大女孩！ In a big big world ! 在这个大千世界里！ It"s not a big big thing if you leave me.即使你离开我，也没有什么大不了的。 But I do feel that will miss you much ! 但我真的真的感觉到，我会非常非常想念你的。 Miss you much ! 非常想念你了！

babiboy是创立于美国的花花公子品牌。花花公子集团公司旗下的针对2.3线城市的一个休闲品牌，风格简约、自由，深受广大消费者的喜爱。babiboy是由美籍华人创办的，充分的把中国人和美国人的不同性格完美的融合，加入到创意设计中。品牌的大众化，被越来越多的人喜爱。不仅是很多美国人喜爱这个品牌，也深受很多中国人的喜爱。babiboy品牌的设计比较符合大众的审美水平，能被大众所接受。而且在制作工艺上，都严守把关，质量上肯定是没问题。设计师团队一直致力于面料的高端舒适、版型的合体度、款式的时尚度等方面，不断的努力后设计并制作了被消费者所喜爱的服装品牌，并不断得到发展。扩展资料一个调皮的兔头加上PLAYBOY，这个几乎可以在任何消费产品上见到的标志，是1953年由美国人希夫纳创出的。PLAYBOY商标是“休闲品位”的综合商标，也就是要“最愉快，最有价值的生活”的意思，其精神，即是要使生活除了忙碌的工作之外，还要有休闲及生活情趣，从而也能更好的工作。追随PLAYBOY，使你更具品位，更有情趣，使人生更有价值。因此以PLAYBOY服装为中心，再加上PLAYBOY独特创意的日常生活用品，就是“休闲品位”、“休闲情调”的体现。很自然，她以便装、运动装为主，均采用柔软轻便的质料、处于世界领先潮流的设计，从而使形成了潇洒豪迈之气质。运动装更是充满活力和动感的服装系列。参考资料来源：花花公子-品牌故事

嘿嘿 没人回答你 把分给我吧~~我帮你查!

有没有试听地址呢？

不

Babiesrus是美国儿童用品商店。在美国，玩具反斗城旗下就拥有toysrus、kidsrus、babiesrus、imaginarium四个连锁店品牌，年销售额200多亿美元。其中的babiesrus是美国著名的玩具商反斗城开设的玩具网站“宝贝反斗城”，采用“电子商务+目录销售+连锁店”相结合的形式来销售育儿用品。中国各地也有它们的连锁店。

正确的歌词为“キミに会えて良かった”出自歌曲《1年2ヶ月20日 》。歌名：《1年2ヶ月20日 》歌手：BRIGHT所属专辑：BRIGHT作曲 : Yuuki Odagiri作词 : BRIGHT/Yuuki Odagiri歌词：春夏秋冬 季节巡り来る春夏秋冬 四季流转何故 何故 恋には终わりがあるの为何 为何 爱情会有尽头“1年2ヶ月と20日”一年两个月又20天本当にあっという间だった时间转瞬即逝キミに会えて良かった遇见你 真好好きになって良かった喜欢上你 真好优しくしないで请不要再温柔「サヨナラ」ちゃんと言えなくなっちゃうから否则我无法好好地说“再见”ゴメンなんて谢らないで请不要再说抱歉的话语だから ねぇ 早く…所以 拜托了 快点结束吧泣いちゃう前に在我泪水落下之前ひとりが寂しいのは独自一人会感到寂寞当たり前なんだけど虽然如此理所当然ふたりが寂しいのは两人一起却还是寂寞ごめん 初めてなんだ抱歉 这还是第一次「键はポストに入れとくよ」“钥匙我放在邮箱里了”こぼれちゃいそうな思い出と仿佛要喷涌而出的回忆繋いでた手 离せない紧紧相牵的手 不想分开そんな弱い人は谁…那个如此软弱的人是谁……“1年2ヶ月と20日”一年两个月又20天本当にあっという间だった时间转瞬即逝キミに会えて良かった遇见你 真好好きになって良かった能喜欢上你 真好优しくしないで不要那么温柔「サヨナラ」ちゃんと言えなくなっちゃうから否则我无法好好地说出“再见”ゴメンなんて谢らないで请不要再说抱歉的话だから ねぇ 早く…所以 拜托了 快点结束吧泣いちゃう前に在我泪水落下来之前気付けばね 何だって注意到时 无论什么东西ふたり分选んでる都会下意识地选两份すぐ手にとってみるけど虽然会马上拿起来看「そっか もういらないんだ」“对啊 已经不需要了”おかしいでしょ?おかしいけど很奇怪吧 虽然很奇怪嘘のひとつでもつかなくちゃ如果不能再有谎言繋いでた手 离せない紧紧相牵的手 不想分开「私はもう大丈夫」“我已经没事了”“1年2ヶ月と20日”一年两个月又20天キミは忆えていますか?你还记得吗？初めて出逢った日を初次相遇的那天気持ちを伝えた日を心意相通的那天だけど今日の日は「サヨナラ」但是今天却是说“再见”的日子何が足りなかったのかな?到底是哪里还不够呢？ゴメンなんて谢らないで不要说抱歉的话语その声に私… 恋したんじゃない那个声音对我来说 并非是我爱恋的声音本当は离れたくないよ其实我并不想分开的本当は大丈夫じゃないよ其实我不是真的没事了「嘘だよ」って「バカだな」って“骗你的”或者“你真笨呢”笑ってほしいよ其实我是想笑着这么说的でもキミの心に私はいない但是你的心里已经没有我了最後にせめて say goodbye至少最后 让我说一句再见吧じゃなきゃきっと 私きっと不这样的话一定 我一定キミを引き止めちゃうから会忍不住想挽留你的“1年2ヶ月と20日”一年两个月又20天本当にあっという间だった时间转瞬即逝キミに会えて良かった遇见你 真好好きになって良かった能喜欢上你 真好优しくしないで不要那么温柔「サヨナラ」ちゃんと言えなくなっちゃうから否则我无法好好地说出“再见”ゴメンなんて谢らないで请不要再说抱歉的话だから ねぇ 早く…所以 拜托了 快点结束吧泣いちゃう前に在我泪水落下之前春夏秋冬 季节巡り来る春夏秋冬 四季流转何故 何故 恋には终わりがあるの为何 为何 爱情会有尽头