Amino acids are the building blocks of proteins.
氨基酸是蛋白质的组成部分。
Over time, the protein in the eggshell breaks down into its constituent amino acids.
随着时间的推移,蛋壳中的蛋白质分解成其构成成分氨基酸。
What they'll look for specifically in the soil is amino acids.
他们尤其想在土壤中找到的是氨基酸。
If amino acids are found, it would be especially interesting if they show a prevalence of one type of handedness, either left, like amino acids on Earth, or right.
如果发现了氨基酸，并且它们普遍表现出同一种偏向性——要么像地球上的氨基酸一样是左旋的，要么是右旋的，那将会格外有趣。
One reason the M.O.A., the organic analyzer is so impressive is that it tests not just for the presence of amino acids but also for the handedness of amino acids.
M.O.A 这种有机分析器令人印象深刻的原因之一是：它不仅检验了氨基酸是否存在，而且还测试出了氨基酸的旋向性。
Other physical processes in space, processes that don't involve living organisms, can create amino acids.
在宇宙中其他的一些物理过程，那些不牵涉到生物体的过程，是可以创造出氨基酸的。
In fact, there are twenty standard amino acids involved in making proteins and lots more that aren't.
事实上，有20种标准氨基酸参与了蛋白质的合成，还有很多不是。
A prevalence of left-handed amino acids would indicate they were biological in origin.
如果左旋氨基酸占大多数的话，就说明这些氨基酸从根源上来说是具有生物性的。
Glucogenic amino acids can also be converted into glucose, through gluconeogenesis.
生糖氨基酸也可以通过糖异生作用转化为葡萄糖。
The free amino acids in the cystic fluid of Cysticercus cellulosae were studied.
研究了猪囊虫囊液中的游离氨基酸。
The Saussurea involucrata chemical composition was: alkaloid, flavanone, sterol, volatile oil, 16 kind of amino acids, Saussurea involucrata lactone and so on.
雪莲化学成分为：生物碱、黄酮、甾醇、挥发油、16种氨基酸、雪莲内酯等。
During digestion, protein breaks down into amino acids, the building blocks of cells.
在消化过程中，蛋白质被分解成氨基酸——构成细胞的原料。
The astonishing results were the formation of a modest variety of biologically relevant amino acids.
令人惊讶的结果是形成了一些与生物相关的氨基酸。
There are few, if any, minerals, vitamins, amino acids and essential fats that are not used in creating energy.
如果说有的话，也只有很少的矿物质、维生素、氨基酸和必须脂肪是不用于提供能量的。
Proteins, vitamins and amino acids may all play a part in the health benefits of eating fish.
蛋白质，维生素和氨基酸在吃鱼对健康的好处中发挥一部分作用。
It came from outer space. It being the stuff of life-amino acids, sugars and other organic molecules.
这块陨石从外太空而来。它包含着氨基酸、糖类和其他有机物等构成生命的物质。
A protein made up of just 100 amino acids could take on an endless number (billions upon billions) of shapes.
一个仅由100个氨基酸组成的蛋白质可以呈现无数(数十亿以上)个形状。
It was an unbelievable collection of organic compounds and amino acids.
那是对有机化合物和氨基酸的不可思议的收藏。
Hydrolysis, in this instance, breaks larger soy protein molecules into their constituent amino acids, such as glutamic acid.
在这里，水解作用把大豆蛋白大分子碎解为几种基本的氨基酸，比如谷氨酸。
Bread is high in carbohydrates and bacon is full of protein, which breaks down into amino acids. Your body needs these amino acids, so eating them will make you feel good.
面包含高碳水化合物，熏肉含高蛋白，它(指熏肉)能分解为氨基酸您的身体需要这些氨基酸，所以吃这些会使你感觉良好。
Milk contains tryptophan, the amino acids that have a sedative effect and calcium that helps the brain use tryptophan.
牛奶中含有色氨酸，具有镇静效果的氨基酸，以及可以有助于大脑利用色氨酸的钙。
This indicates some process involving liquid water favours the creation of left-handed amino acids.
这显示由液态水所参与的某些未知过程倾向于产生左型氨基酸。
Since tryptophan is the weaker of the amino acids, generally only a small amount makes it into the brain when other amino acids are present.
因为色氨酸属于较弱的氨基酸，如果存在其他氨基酸，通常只有小部分色氨酸能到达大脑。
Tryptophan has to fight with other amino acids to cross the blood-brain barrier and get into the brain.
色氨酸必须打败其他的氨基酸，才能通过血管-大脑的障碍物，到达大脑。
The mistake previous researchers made, therefore, was thinking of the methylated amino acids of meteorites as ingredients of life.
所以，此前的研究者错误的认为陨星中的甲基化氨基酸就是生命的成分。
Its spelling is essentially a syllabic string of abbreviations for amino acids.
它的拼写实质上是各种氨基酸的缩写所构成的一个音节串。
Basic organic (life) chemicals such as amino acids have been detected in nebulae and meteorites (see meteors).
构成生命组织的基本化学物如氨基酸，在星云和陨石中也被发现。
And normal ribosomes can't read mirror RNA or string together mirror amino acids.
正常的核糖体也无法阅读镜像RNA并串联镜像氨基酸。
But this isn't true in real biological sequences, especially amino acids in proteins.
但在真正的生物学序列中并不是这样，尤其是在蛋白质的氨基酸中。
But this isn't true in real biological sequences, especially amino acids in proteins.
但在真正的生物学序列中并不是这样，尤其是在蛋白质的氨基酸中。
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