此前的研究只是证明了“生物逻辑门”是可以建造出来的。
Previous research only proved biological logic gates could be made.
较之前人的尝试，此“生物逻辑门”的优势在于，它更加接近于电路逻辑门的运算方式。
The advantage of the biological logic gates over previous attempts is that they behave more like their electronic counterparts.
我们现在意识到，除了生物逻辑之外，没有任何一种逻辑能够让我们组装出一台能够思想的设备，甚至不可能组装出一套可运行的大型系统。
We now see that no logic except bio-logic can assemble a thinking device, or even a workable system of any magnitude.
请计划一个可以改变我们自然生物钟的每日时间表，要涉及逻辑、理性和思想。
Please plan a daily schedule that can alter our natural chronobiological rhythms which engages with logic, reason and ideas.
理解神经网络的第一步是从对抽象生物神经开始，并把重点放在阈值逻辑单元（TLU）这一特征上。
The first step toward understanding neural nets is to abstract from the biological neuron, and to focus on its character as a threshold logic unit (TLU).
当和人打交道的时候，请记住和你打交道的不是一个逻辑生物，而是一个情感生物。
When dealing with people, remember you are not dealing with creatures of logic, but creatures of emotion.
人类能够从生物学中提取自然的逻辑并用以制造出一些有用的东西，这个发现真令人惊奇。
It is an astounding discovery that one can extract the logic of Bios out of biology and have something useful.
根据第一种解释，我们认为人类是有理性、有逻辑的生物，我们会仔细权衡现在与将来来做出花钱的决定。
In the first set of answers humans are seen as rational, logical creatures who make decisions about money by carefully weighing up the present against the future.
人并不是一种逻辑的生物，而是一种情感动物，我们的思想逻辑如同一叶独木舟，在深邃、黑暗的充满的情感之海里漂泊。
Man is not a logical biological, but a kind of emotion in animals, we thought logic as a canoe, in the deep, dark and full of emotional sea drift.
当和人打交道的时候，请记住和你打交道的不是一个逻辑生物，而是一个情感生物。
When dealing with people remember you are not dealing with creatures of logic but creatures of emotion.
尽管仍然有很长的一段路要走，研究小组提出，这些生物“逻辑门”有一天能在微观生物电脑中构建建筑模组。
Although still a long way off, the team suggests these biological logic gates could one day form the building blocks in microscopic biological computers.
尽管仍然有很长的一段路要走，研究小组提出，这些生物“逻辑门”有一天能在微观生物计算机中构建建筑模块。
Although still a long way off, the team suggests these biological logic gates could one day form the building blocks in microscopic biological computers.
因此，它们具有打造下一代高密度、非易失存储芯片和模仿生物神经节的逻辑电路的潜力。
As a result, they could potentially underpin a new generation of high density, non-volatile memory chips and logic circuits that mimic biological synapses.
《普通高中生物课程标准(实验)》“遗传与进化”模块的内容体系，就是按逻辑规则构建的。
The content system of hereditary and evolution module in The Biology Curriculum Standards in General Senior Middle Schools (experimental edition) is constructed according to logical regulations.
通过介绍辽宁省朝阳市古生物化石博物馆的方案，论述博物馆设计中对主题、内涵认识的建筑设计表达方式及设计中的平面逻辑组织方式。
The account of the design for Chaoyang Ancient Extinct Life Fossils Museum expounds the way to ex-press the motif and connotation and to organize logic plan in architectural design.
从数学角度对铅球出手前的运动过程进行生物力学分析，并对一般抛射运动规律进行数学逻辑分析。
From the Angle of mathematics the paper analyzes the moving process of shot according to the principles of biological mechanics.
例如，他把逻辑学创建成一门形式科学、为生物学奠定两千年都没有超越的基础。
For instance, he founded logic as a formal science and created foundations to biology that were not superseded for two millennia.
采用文献资料法、逻辑分析法，对运动生物力学、研究方法及测量手段进行回顾总结。
This article carries on the review to sport biomechanics, the research approaches and the survey methods using documentation and logic analysis.
计算机病毒的传播行为与生物病毒极其相似：它们可能从开始感染时就是致命的，可以被某些特定的事件所引发(逻辑炸弹)。
Computer viruses act like biologics in the way they can be set off: they can be virulent from the outset of the infection or they can be activated by a specific event (logic bomb).
逻辑上说，当地球的气候发生变化，它上面的生物也与之变化。
Logically, it follows that if Earth's climate changes, so do its life forms.
然而生物信息技术具有跨学科的特点，其中复杂的数学计算、逻辑推导、数据可视化往往令生物学家望而却步。
But the interdisciplinary characteristic of Bioinformatics technology, such as complicated mathematics counting, logic analysis, visual data, Often makes biologists hang back.
估计和评价植被蒸散耗水时，用叶面积指数或叶生长量指标可能比密度更符合生物学逻辑。
The LAI and leaves biomass may be better indicators than density for estimating and evaluating water consumption of vegetation, since it is more biological based.
估计和评价植被蒸散耗水时，用叶面积指数或叶生长量指标可能比密度更符合生物学逻辑。
The LAI and leaves biomass may be better indicators than density for estimating and evaluating water consumption of vegetation, since it is more biological based.
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