Thus it is clear that it is reasonable to suppose that generation comes from this. For the catamenia are semen not in a pure state but in need of working up, as in the formation of fruits the nutriment is present, when it is not yet sifted14 thoroughly15, but needs working up to purify it. Thus the catamenia cause generation mixture with the semen, as this impure16 nutriment in plants is nutritious17 when mixed with pure nutriment.
And a sign that the female does not emit semen is the fact that the pleasure of intercourse18 is caused by touch in the same region of the female as of the male; and yet is it not from thence that this flow proceeds. Further, it is not all females that have it at all, but only the sanguinea, and not all even of these, but only those whose uterus is not near the hypozoma and which do not lay eggs; it is not found in the animals which have no blood but only the analogous fluid (for what is blood in the former is represented by another fluid in the latter). The reason why neither the latter nor those sanguinea mentioned (i.e. those whose uterus is low and which do not lay eggs) have this effluxion is the dryness of their bodies; this allows but little matter to be secreted19, only enough for generation but not enough to be discharged from the body. All animals that are viviparous without producing eggs first (such are man and all quadrupeds which bend their hind-legs outwards20, for all these are viviparous without producing eggs)— all these have the catamenia, unless they are defective21 in development as the mule22, only the efflux is not abundant as in women. Details of the facts in each animal have been given in the Enquiries concerning animals.
The catamenia are more abundant in women than in the other animals, and men emit the most semen in proportion to their size. The reason is that the composition of their bodies is liquid and hot compared to others, for more matter must be secreted in such a case. Further, man has no such parts in his body as those to which the superfluous23 matter is diverted in the other animals; for he has no great quantity of hair in proportion to his body, nor outgrowths of bones, horns, and teeth.
There is evidence that the semen is in the catamenia, for, as said before, this secretion appears in the male at the same time of life as the catamenia in the female; this indicates that the parts destined24 to receive each of these secretions25 are differentiated26 at the same time in both sexes; and as the neighboring parts in both become swollen27 the hair of puberty springs forth28 in both alike. As the parts in question are on the point of differentiating29 they are distended30 by the spiritus; this is clearer in males in the testes, but appears also about the breasts; in females it is more marked in the breasts, for it is when they have risen two fingers’ breadth that the catamenia generally begin.
Now, in all living things in which the male and female are not separated the semen (or seed) is a sort of embryo31; by embryo I mean the first mixture of male and female; hence, from one semen comes one bodys — for example, one stalk of wheat from one grain, as one animal from one egg (for twin eggs are really two eggs). But in whatever kinds the sexes are distinguished32, in these many animals may come from one emission of semen, showing that the semen differs in its nature in plants and animals. A proof of this is that animals which can bear more than one young one at a time do so in consequence of only one coition. Whereby, too, it is plain that the semen does not come from the whole of the body; for neither would the different parts of the semen already be separated as soon as discharged from the same part, nor could they be separated in the uterus if they had once entered it all together; but what does happen is just what one would expect, since what the male contributes to generation is the form and the efficient cause, while the female contributes the material. In fact, as in the coagulation33 of milk, the milk being the material, the fig-juice or rennet is that which contains the curdling34 principle, so acts the secretion of the male, being divided into parts in the female. Why it is sometimes divided into more or fewer parts, and sometimes not divided at all, will be the subject of another discussion. But because it does not differ in kind at any rate this does not matter, but what does matter is only that each part should correspond to the material, being neither too little to concoct it and fix it into form, nor too much so as to dry it up; it then generates a number of offspring. But from this first formative semen, if it remains35 one, and is not divided, only one young one comes into being.
That, then, the female does not contribute semen to generation, but does contribute something, and that this is the matter of the catamenia, or that which is analogous to it in bloodless animals, is clear from what has been said, and also from a general and abstract survey of the question. For there must needs be that which generates and that from which it generates; even if these be one, still they must be distinct in form and their essence must be different; and in those animals that have these powers separate in two sexes the body and nature of the active and the passive sex must also differ. If, then, the male stands for the effective and active, and the female, considered as female, for the passive, it follows that what the female would contribute to the semen of the male would not be semen but material for the semen to work upon. This is just what we find to be the case, for the catamenia have in their nature an affinity36 to the primitive37 matter.
点击收听单词发音
1 seminal | |
adj.影响深远的;种子的 | |
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2 emission | |
n.发出物,散发物;发出,散发 | |
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3 conspicuously | |
ad.明显地,惹人注目地 | |
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4 secretion | |
n.分泌 | |
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5 concoct | |
v.调合,制造 | |
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6 intestine | |
adj.内部的;国内的;n.肠 | |
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7 incapable | |
adj.无能力的,不能做某事的 | |
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8 concocting | |
v.将(尤指通常不相配合的)成分混合成某物( concoct的现在分词 );调制;编造;捏造 | |
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9 analogous | |
adj.相似的;类似的 | |
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10 bowels | |
n.肠,内脏,内部;肠( bowel的名词复数 );内部,最深处 | |
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11 insufficient | |
adj.(for,of)不足的,不够的 | |
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12 concoction | |
n.调配(物);谎言 | |
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13 morbid | |
adj.病的;致病的;病态的;可怕的 | |
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14 sifted | |
v.筛( sift的过去式和过去分词 );筛滤;细查;详审 | |
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15 thoroughly | |
adv.完全地,彻底地,十足地 | |
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16 impure | |
adj.不纯净的,不洁的;不道德的,下流的 | |
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17 nutritious | |
adj.有营养的,营养价值高的 | |
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18 intercourse | |
n.性交;交流,交往,交际 | |
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19 secreted | |
v.(尤指动物或植物器官)分泌( secrete的过去式和过去分词 );隐匿,隐藏 | |
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20 outwards | |
adj.外面的,公开的,向外的;adv.向外;n.外形 | |
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21 defective | |
adj.有毛病的,有问题的,有瑕疵的 | |
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22 mule | |
n.骡子,杂种,执拗的人 | |
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23 superfluous | |
adj.过多的,过剩的,多余的 | |
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24 destined | |
adj.命中注定的;(for)以…为目的地的 | |
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25 secretions | |
n.分泌(物)( secretion的名词复数 ) | |
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26 differentiated | |
区分,区别,辨别( differentiate的过去式和过去分词 ); 区别对待; 表明…间的差别,构成…间差别的特征 | |
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27 swollen | |
adj.肿大的,水涨的;v.使变大,肿胀 | |
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28 forth | |
adv.向前;向外,往外 | |
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29 differentiating | |
[计] 微分的 | |
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30 distended | |
v.(使)膨胀,肿胀( distend的过去式和过去分词 ) | |
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31 embryo | |
n.胚胎,萌芽的事物 | |
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32 distinguished | |
adj.卓越的,杰出的,著名的 | |
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33 coagulation | |
n.凝固;凝结物 | |
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34 curdling | |
n.凝化v.(使)凝结( curdle的现在分词 ) | |
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35 remains | |
n.剩余物,残留物;遗体,遗迹 | |
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36 affinity | |
n.亲和力,密切关系 | |
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37 primitive | |
adj.原始的;简单的;n.原(始)人,原始事物 | |
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