The threat of returning to a pre-antibiotic era is genuine and probably most vividly illustrated by the rise of multidrug-resistant and extensively drug-resistant tuberculosis.
回到前抗生素时代的威胁是真实的，而耐多药和广泛耐药结核病的增多则是最生动的实例。
Running as admin is a bad thing, as most of us know. Aaron Margosis has blogged extensively on this issue, and I won't rehash it here.
大多数人都知道，作为admin运行不是一件好事，Aaron Margosis对于这个问题在写了好几篇blog，我不想在这里从头开始讨论这个问题。
Ceramicss are not typically formed from the melt. This is because most ceramics will crack extensively (i. e. form a powder) upon cooling from the liquid state.
陶瓷一般不是由熔化形成的。因为大多数陶瓷在从液态冷却时将会完全破碎(即形成粉末)。
Promoting sale by SP is a good tool which most extensively used for reclaiming market, promoting sale in present treasure-house of marketing.
SP促销是现代市场营销宝库中使用最为广泛的一种拓展市场，促进销售的利器。
It is extensively used as a second language and as an official language in many other countries, and is the most widely taught and understood language in the world.
英语被其他许多国家作为第二语言或官方语言之一广泛使用，是世界上教授最广泛、知道的人最多的语言。
Z is presently the most fashionable formal specification. But as a whole, the theory and technology of Z specification isn't extensively applied in industry field.
是目前最为流行的一种形式规格说明语言，但就总体而言，Z规格说明的理论和技术尚未达到可以在工业界广泛应用的程度。
Ceramics are not typically formed from the melt. This is because most ceramics will crack extensively (i. e. form a powder) upon cooling from the liquid state.
陶瓷一般不是由熔化形成的。因为大多数陶瓷在从液态冷却时将会完全破碎(即形成粉末)。
I have received a tremendous amount of invaluable advice and have spoken extensively with the most senior public health officials in this country.
我收到了大量的宝贵意见，并广泛与口语的最高级公共卫生官员在这个国家。
Solid-state lasers on crystals and glass are used most extensively in science and technology, because of their compact form, durability and a number of unique radiation parameters.
在水晶和玻璃上的固态的激光被在科学技术方面最广泛地使用，因为他们的小型形式，耐久性和许多独特的辐射参数。
Solid-state lasers on crystals and glass are used most extensively in science and technology, because of their compact form, durability and a number of unique radiation parameters.
在水晶和玻璃上的固态的激光被在科学技术方面最广泛地使用，因为他们的小型形式，耐久性和许多独特的辐射参数。
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