Book,  Paragraph

  1   I,  20|       semen (or seed) is a sort of embryo; by embryo I mean the first
  2   I,  20|            is a sort of embryo; by embryo I mean the first mixture
  3   I,  21|           exist in the body of the embryo as a part of it from the
  4   I,  21|           the material body of the embryo but only to the power and
  5   I,  21|        that this gives rise to the embryo as being in the embryo,
  6   I,  21|         the embryo as being in the embryo, but only as that which
  7   I,  21|            the female produces the embryo quickly; for the young is
  8   I,  21|            as part of the material embryo, but that he only makes
  9   I,  21|         only to the quality of the embryo.~From what has been said
 10   I,  21|          begin the movement in the embryo and to define the form it
 11   I,  22|      reason the development of the embryo takes place in the female;
 12   I,  22|         exist there from which the embryo is formed in the first instance,
 13   I,  22|           no part of the resulting embryo; just so no material part
 14   I,  23|          emit semen but produce an embryo, what is called the seed.
 15   I,  23|               For as the egg is an embryo, a certain part of it giving
 16   I,  23|        male element has formed the embryo, as with those insects which
 17   I,  23|      something which will form the embryo in a longer time, as among
 18   I,  23|          while the semen forms the embryo in several days. And after
 19  II,  1 |          sticky material about the embryo. All insects produce a scolex.
 20  II,  1 |           we require exists in the embryo itself, being either a part
 21  II,  1 |      Therefore it is a part of the embryo itself which exists in the
 22  II,  1 |            already existing in the embryo while others are not; that
 23  II,  1 |        sets up the movement in the embryo and makes the parts of it
 24  II,  3 |           no part of the resulting embryo, where is the material part
 25  II,  3 |            and in the unfertilized embryo or not, and if it does whence
 26  II,  3 |          put down the unfertilized embryo as soulless or in every
 27  II,  3 |       since both the semen and the embryo of an animal have every
 28  II,  3 |         semen and the unfertilized embryo, while still separate from
 29  II,  3 |         all come into being in the embryo without existing previously
 30  II,  3 |            to form any part of the embryo that has taken shape from
 31  II,  3 |            then, in what sense the embryo and the semen have soul,
 32  II,  3 |           the female it becomes an embryo.~Liquid but corporeal substances
 33  II,  3 |    glutinous; this quality, as the embryo develops and increases in
 34  II,  4 |          imperfect, when a perfect embryo (which, however, is not
 35  II,  4 |      reasons previously stated. An embryo is then complete when it
 36  II,  4 |    viviparous, keep the developing embryo within themselves and in
 37  II,  4 |      within the work of art or the embryo that the tools or the maker
 38  II,  4 |         contributes nothing to the embryo. The chief argument for
 39  II,  4 |           vivipara alike.~When the embryo is once formed, it acts
 40  II,  4 |       needs growth. So also in the embryo all the parts exist potentially
 41  II,  4 |    anatomical drawings.)~Since the embryo is already potentially an
 42  II,  4 |       plants, and through them the embryo receives its nourishment.
 43  II,  4 |        says, that the parts of the embryo may be moulded in conformity
 44  II,  4 |         the material of the animal embryo the superfluous matter of
 45  II,  4 |    nourishment from the first.~The embryo, then, grows by means of
 46  II,  5 |       which is the material of the embryo, she needs the male besides
 47  II,  5 |           it. Now the parts of the embryo already exist potentially
 48  II,  6 |          the mother nor yet of the embryo itself, as some of the physicists
 49  II,  6 |        simultaneous with the whole embryo if considered as a part
 50  II,  6 |        eyes, appear largest in the embryo at an early stage, while
 51  II,  6 |          in the development of the embryo we find that the one cools
 52  II,  6 |   concerned, so in the case of the embryo itself does Nature form
 53  II,  6 |         the first formation of the embryo and none of them later,
 54  II,  7 |       animals, as said before, the embryo gets its growth through
 55  II,  7 |        size. Through this cord the embryo receives its nourishment
 56  II,  7 |     backwards and forwards between embryo and uterus and split up
 57  II,  7 |          the concavity towards the embryo. Between uterus and embryo
 58  II,  7 |         embryo. Between uterus and embryo are the chorion and the
 59  II,  7 |          and the membranes. As the embryo grows and approaches perfection
 60  II,  7 |      sanguineous nutriment for the embryo into this part of the uterus
 61  II,  7 |       inflammation. So long as the embryo is comparatively small,
 62  II,  7 |            along a canal; and each embryo is enclosed in its membranes
 63  II,  7 |         nor is it possible for the embryo to take nourishment by means
 64  II,  7 |      formation of the parts in the embryo, for then are produced women
 65  II,  8 |    complete the development of the embryo, for a female mule has been
 66  II,  8 |             the result is that the embryo itself arising from these
 67  II,  8 |          but must also nourish the embryo till birth, and this is
 68  II,  8 |          process of nourishing the embryo and bringing it to birth.~
 69  II,  8 |          of horse and ass when the embryo is diseased in the uterus.
 70 III,  1 |          uterus itself. For as the embryo of the vivipara grows by
 71 III,  2 |          which surrounds the whole embryo; this latter runs round
 72 III,  2 |       Through the one of these the embryo receives the nutriment from
 73 III,  2 |          plants, and at first this embryo, whether in an egg or in
 74 III,  2 |        relation to the yolk as the embryo of the vivipara has to the
 75 III,  2 |       since the nourishment of the embryo of the ovipara is not completed
 76 III,  2 |   completed within the mother, the embryo takes part of it away from
 77 III,  2 |         like that of the mammalian embryo to the uterus. At the same
 78 III,  2 |       should be put round both the embryo itself and the whole of
 79 III,  2 |             This is so because the embryo must be in the uterus and
 80 III,  6 |             by what passage is the embryo to get from it to the mouth?
 81 III,  7 |      itself is perfect only as the embryo of a plant, but imperfect
 82 III,  9 |           since the most imperfect embryo is of such a nature; and
 83 III,  9 |           a perfect egg, the first embryo grows in size while still
 84 III,  9 |          internally viviparous the embryo becomes egg-like in a certain
 85 III,  9 |            call the abortion of an embryo at that stage an "efflux".~
 86 III,  11|            off in the air makes an embryo and puts motion into it.
 87  IV,  1 |     disputed, however, whether the embryo is male or female, as the
 88  IV,  1 |          and so also that the male embryo is in the right of the uterus,
 89  IV,  1 |          of heat and cold that one embryo becomes female and another
 90  IV,  1 |         animals already moulded in embryo, the one having all the
 91  IV,  1 |         uterus to be formed in the embryo under the influence of cold
 92  IV,  1 |         says that the parts of the embryo are "sundered", some being
 93  IV,  1 |      should come into being in the embryo on account of uniting with
 94  IV,  1 |         any material at all to the embryo, then we must make a stand
 95  IV,  1 |      possible that the body of the embryo should exist "sundered",
 96  IV,  1 |               nor yet that a whole embryo is drawn off from each parent
 97  IV,  1 |        that the one part makes the embryo female by prevailing through
 98  IV,  1 |           of the development of an embryo as male or female; this
 99  IV,  1 |            male or female, but the embryo is formed in any way you
100  IV,  1 |     contributes no material to the embryo, there can be nothing in
101  IV,  1 |          from the right? For if an embryo have come from the left
102  IV,  1 |         been said before, a female embryo has been observed in the
103  IV,  1 |        clearer for what reason one embryo becomes female and another
104  IV,  1 |          is different, so that the embryo changes into this state.
105  IV,  1 |           is the foundation of the embryo, is the ultimate secretion
106  IV,  1 |           up movements also in the embryo and to concoct thoroughly
107  IV,  3 |          will make the form of the embryo in the likeness of itself. (
108  IV,  3 |          prevail, it will make the embryo male and not female, like
109  IV,  3 |             if it prevail not, the embryo is deficient in that faculty
110  IV,  3 |           movements which form the embryo change into those nearly
111  IV,  3 |          not in another, makes the embryo in formation to be multiform,
112  IV,  4 |           so that the parts of the embryo grow together and get confused
113  IV,  4 |           by the female and in the embryo as it is forming. Hence
114  IV,  4 | contributes to the material of the embryo by itself becoming a part
115  IV,  4 |            whole; it is because an embryo is not formed out of any
116  IV,  4 |      naturally just enough for one embryo alone to be formed from
117  IV,  4 |       reason exists already in the embryo, whenever it aggregates
118  IV,  4 |          or limbs; or again if the embryo is cleft there may come
119  IV,  4 |       movement—taking place in the embryo, and especially because
120  IV,  4 |         the same cause as when the embryo is altogether aborted (abortion
121  IV,  4 |           movements which form the embryo being diverted and the material
122  IV,  5 |          to bring the later formed embryo to birth, while others can
123  IV,  5 |            all used up for the one embryo. For all these have large
124  IV,  5 |           bring to birth the later embryo, if the second impregnation
125  IV,  5 |           more than enough for one embryo, and this being divided
126  IV,  5 |            the other. But when the embryo has already grown to some
127  IV,  5 |            cannot bring the second embryo to perfection, but it is
128  IV,  5 |      converted to the first formed embryo because of its size, so
129  IV,  5 |          than is necessary for one embryo, only not so much so as
130  IV,  5 |            small to allow a second embryo to be brought to perfection
131  IV,  5 |         nourishment wanted for the embryo, therefore they can not
132  IV,  5 |    contrary to Nature, so that the embryo suffers, but in such animals
133  IV,  6 |    beginning of pregnancy, for the embryo is able indeed to stop the
134  IV,  7 |          same thing happens to the embryo in the womb as to meats
135  IV,  7 |      concoct them; when, then, the embryo has been formed of a liquid
136  IV,  8 |         for the development of the embryo; now the nutritious part
137  IV,  8 |          and ill-flavoured. As the embryo is perfecting, the residual
138  IV,  8 |           the part consumed by the embryo is less; it is also sweeter
139  IV,  8 |           expended on moulding the embryo but only on slightly increasing
140  IV,  8 |            a perfection even of an embryo). Therefore it comes forth
141  IV,  8 |          men. When, therefore, the embryo no longer takes up the secretion
142  IV,  8 |      reasonable view also that the embryo being larger takes more
143   V,  1 |          is necessary then for the embryo animal to sleep most of