Book - Normal Plates of the Development of Vertebrates 11: Difference between revisions
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The series of eggs, embryos and larvae of Necturus, from which the following descriptions and the appended illustrations were made, were collected May I5th, 1903 and kept at a water temperature of 17<sup>o</sup> — 18<sup>o</sup> C. The illustrations are copied from the original water colored pictures which were made by Mr. Leonard H. Wilder, under the direction of the senior author. It should be emphasized that the ages, measurements and illustrations are all made from the living objects. | The series of eggs, embryos and larvae of Necturus, from which the following descriptions and the appended illustrations were made, were collected May I5th, 1903 and kept at a water temperature of 17<sup>o</sup> — 18<sup>o</sup> C. The illustrations are copied from the original water colored pictures which were made by Mr. Leonard H. Wilder, under the direction of the senior author. It should be emphasized that the ages, measurements and illustrations are all made from the living objects. | ||
'''Note''' - Magnifications refer to original print versions. | |||
===Plate 1=== | ===Plate 1=== | ||
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===Plate 2=== | ===Plate 2=== | ||
{| | {| | ||
| Fig. 13 | | Fig. 13. (X 10.) | ||
Top view of egg 13 days 3 hrs. old. Small circular blastopore. Embryonic anläge triangulär in outline ; lateral boundaries indistinct. First appearance of neural groove. Roof of segmentation cavity thinner, making its boundaries distinct. | Top view of egg 13 days 3 hrs. old. Small circular blastopore. Embryonic anläge triangulär in outline ; lateral boundaries indistinct. First appearance of neural groove. Roof of segmentation cavity thinner, making its boundaries distinct. | ||
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===Plate 3=== | ===Plate 3=== | ||
{| | {| | ||
| Fig. 25. (X 5 | | Fig. 25. (X 5.) | ||
Side view of embryo 23 days 10 hrs. old, length 9 mm, 20 — 22 pairs of myotomes. General outline | Side view of embryo 23 days 10 hrs. old, length 9 mm, 20 — 22 pairs of myotomes. General outline | ||
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Fig. 26. (X 5 | Fig. 26. (X 5.) | ||
Side view of embryo 24 days 22 hrs. old, length 10 mm, 23 — 24 pairs of myotomes. General | Side view of embryo 24 days 22 hrs. old, length 10 mm, 23 — 24 pairs of myotomes. General | ||
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not indicated in figure. | not indicated in figure. | ||
Fig. 28. (X | Fig. 28. (X 5.) | ||
Side view of embryo 30 days 8 hrs. old, length 13 mm, 30 — 31 myotomes. The trunk of the embryo | Side view of embryo 30 days 8 hrs. old, length 13 mm, 30 — 31 myotomes. The trunk of the embryo | ||
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pigment is present in the trunk region although but little has reached the outer portion of the dermis. | pigment is present in the trunk region although but little has reached the outer portion of the dermis. | ||
Fig. 29. (X 5) | Fig. 29. (X 5.) | ||
Side view of embryo 36 days 16 hrs. old, length 16 mm, 36-38 myotomes. In general outline the | Side view of embryo 36 days 16 hrs. old, length 16 mm, 36-38 myotomes. In general outline the | ||
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Fig. 30. (X 5 | Fig. 30. (X 5.) | ||
Side view of einhryo 40 days 20 hrs. old, length 18 mm, 44—46 myotomes. The outline of the | Side view of einhryo 40 days 20 hrs. old, length 18 mm, 44—46 myotomes. The outline of the | ||
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Side view of larva 70 days 4 hrs. old, length 28 mm. The general outline of the body is slenderer than at any time preceding. The rapid absorption of the yolk has brought its ventral surface nearly to the level of the ventral surfaces of the head and tail. The gill bars curve dorsally and possess fi;om ten to twelve pairs of lateral filaments. The tail is somewhat constricted at the level of the posterior limbs. The limbs and digits are better developed and are now used in locomotion. Pigmentation is denser than in 25 mm larva, but same general arrangement of bands prevails. | Side view of larva 70 days 4 hrs. old, length 28 mm. The general outline of the body is slenderer than at any time preceding. The rapid absorption of the yolk has brought its ventral surface nearly to the level of the ventral surfaces of the head and tail. The gill bars curve dorsally and possess fi;om ten to twelve pairs of lateral filaments. The tail is somewhat constricted at the level of the posterior limbs. The limbs and digits are better developed and are now used in locomotion. Pigmentation is denser than in 25 mm larva, but same general arrangement of bands prevails. | ||
Fig. 34. (X | Fig. 34. (X 5.) | ||
Side view of larva 97 days old, length 34 mm. In general outline the larva begins to resemble the adult. The yolk is well absorbed. The tail is very broad and now used as a powerful caudal fin in swimming. The gill bars project dorsally and have a large number of filaments. The legs project far below the ventral surface of the body. In color the same general pattern prevails as in the 28 mm larva. There are some minor changes, the Hght band is broader and better defined, and extensions of pigment over the yolk have been so uneven that a number of irregulär oval areas are left unpigmented, causing a mottled appearance in this region. | Side view of larva 97 days old, length 34 mm. In general outline the larva begins to resemble the adult. The yolk is well absorbed. The tail is very broad and now used as a powerful caudal fin in swimming. The gill bars project dorsally and have a large number of filaments. The legs project far below the ventral surface of the body. In color the same general pattern prevails as in the 28 mm larva. There are some minor changes, the Hght band is broader and better defined, and extensions of pigment over the yolk have been so uneven that a number of irregulär oval areas are left unpigmented, causing a mottled appearance in this region. | ||
Fig. 35. (X 5 | Fig. 35. (X 5.) | ||
Side view of larva 126 days old, length 39 mm. The young Nedurus now conforms in outline to the adult. In color hovvever it is decidedly different. | Side view of larva 126 days old, length 39 mm. The young Nedurus now conforms in outline to the adult. In color hovvever it is decidedly different. |
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Normentafeln zur Entwicklungsgeschichte der Wirbeltiere by Franz Keibel
Normal Plates of the Development of the Salamander Embryo
This is the 1910 Volume 11 of the series that is specific for salamander development.
- Links: Franz Keibel | Embryology History
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Pages where the terms "Historic" (textbooks, papers, people, recommendations) appear on this site, and sections within pages where this disclaimer appears, indicate that the content and scientific understanding are specific to the time of publication. This means that while some scientific descriptions are still accurate, the terminology and interpretation of the developmental mechanisms reflect the understanding at the time of original publication and those of the preceding periods, these terms, interpretations and recommendations may not reflect our current scientific understanding. (More? Embryology History | Historic Embryology Papers) |
Dr. Bles - Glasgow , Dr. Boeke- Helder, Holland, Prof. Dr. Brächet -Brüssel, Prof. Dr. B. Dean -Columbia University, New York, U. S. A., Dr. H. FUCHS-Strassburg, Dr. GLAESNER-Strassburg, Prof. Dr. O. GROSSER-Prag, Prof. Dr. B. HENNEBERG-Giessen, Prof. Dr. HuBRECHT-Utrecht, Prof. J. GRAHAM KERR-Glasgow, Prof. Dr. KoPSCHBerlin, Dr.THH.O KRUMBACH-Breslau, Prof. Dr. LUBOSCH-Jena, Prof. Dr. P. MARTIN-Giessen, Dr. NiERSTRASZ-Utrecht, Prof. Dr. C. S. MiNOT-Boston, U. S. A., Prof. Dr. NICOLAS-Paris, Prof. Dr. PETER-Greifswald, Prof. ReighardAnn Arbor, U. S. A., Dr. SAKURAi-Fukuoka, Japan, Dr. SCAMMON- Harvard Medical School, Boston, U. S. A., Prof. Dr. Semon- Prinz- Lud wigshöhe bei München, Prof. Dr. SOBOrrA- Würzburg, Prof. Dr. SOULIE -Toulouse, Prof. Dr. TANDLER-Wien, Dr. TAYLOR-Philadelphia, U. S. A., Prof. Dr. TOURNEUX, Toulouse, Dr. VOELKER-Prag, Prof. Whitman- Chicago, U. S. A.
HERAUSGEGEBEN VON
Prof. Dr. F. KEIBEL, LL. D. (Harvard),
FREIBURG I. BR.
ELFTES HEFT.
NORMAL PLATES OF THE DEVELOPMENT OF NECTÜRÜS MACULOSUS.
BY
ALBERT C. EYCLESHYMER and JAMES M. WILSON.
ST. LOUIS UNIVERSITY, ST. LOUIS MO., U. S. A.
WITH 3 PLATES.
JENA,
VERLAG VON GUSTAV FISCHER.
1910.
Alle Rechte vorbehalten.
Preface
The preparation of the normal tables and plates on Nedurus was begun several years ago by Professor C. O. Whitman but on account of unavoidable circumstances the work was delayed. It was later taken up by Professor Eycleshymer upon the suggestion of both Professor Whitman and Professor Keibel. While Professor Whitman has not directly participated in the later work, he has furnished the senior author with material and Information without which it would have been impossible to complete the work. In the completion of the work the senior author has been fortunate in having the able Cooperation of Professor James M. Wilson.
Table of Contents
- Description of illustrations
- Introduction to tables
- Tables
- Some variations in external structures
- Cleavage
- Gastrulation
- Closure of neural folds
- Appearance of optic vesicles
- Neuromeres (?)
- Somites
- Lateral curvature of body
- External gills
- Limbs
- Pigmentation 29
- Variations in internal structures
- Notochord
- Eye
- Ear
- Nose
- Epiphysis
- Paraphysis
- Hypophysis
- Liver
- Pancreas
- Spleen
- Thymus
- Trachea — lungs
- Bibliography
- Introduction
- A. Alphabetical arrangement of titles according to authors
- B. Alphabetical arrangement of authors under topics
- Plates.
Description of lllustrations
The series of eggs, embryos and larvae of Necturus, from which the following descriptions and the appended illustrations were made, were collected May I5th, 1903 and kept at a water temperature of 17o — 18o C. The illustrations are copied from the original water colored pictures which were made by Mr. Leonard H. Wilder, under the direction of the senior author. It should be emphasized that the ages, measurements and illustrations are all made from the living objects.
Note - Magnifications refer to original print versions.
Plate 1
Plate 2
Plate 3
Historic Disclaimer - information about historic embryology pages |
---|
Pages where the terms "Historic" (textbooks, papers, people, recommendations) appear on this site, and sections within pages where this disclaimer appears, indicate that the content and scientific understanding are specific to the time of publication. This means that while some scientific descriptions are still accurate, the terminology and interpretation of the developmental mechanisms reflect the understanding at the time of original publication and those of the preceding periods, these terms, interpretations and recommendations may not reflect our current scientific understanding. (More? Embryology History | Historic Embryology Papers) |
Embryologists: William Hunter | Wilhelm Roux | Caspar Wolff | Wilhelm His | Oscar Hertwig | Julius Kollmann | Hans Spemann | Francis Balfour | Charles Minot | Ambrosius Hubrecht | Charles Bardeen | Franz Keibel | Franklin Mall | Florence Sabin | George Streeter | George Corner | James Hill | Jan Florian | Thomas Bryce | Thomas Morgan | Ernest Frazer | Francisco Orts-Llorca | José Doménech Mateu | Frederic Lewis | Arthur Meyer | Robert Meyer | Erich Blechschmidt | Klaus Hinrichsen | Hideo Nishimura | Arthur Hertig | John Rock | Viktor Hamburger | Mary Lyon | Nicole Le Douarin | Robert Winston | Fabiola Müller | Ronan O'Rahilly | Robert Edwards | John Gurdon | Shinya Yamanaka | Embryology History | Category:People | ||
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Reference
Franz Keibel, Normentafeln zur Entwicklungsgeschichte der Wirbelthiere (Normal plates of the development of vertebrates) Volume Hft.1 (1910) Jena, G. Fischer, Germany.
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Cite this page: Hill, M.A. (2024, April 20) Embryology Book - Normal Plates of the Development of Vertebrates 11. Retrieved from https://embryology.med.unsw.edu.au/embryology/index.php/Book_-_Normal_Plates_of_the_Development_of_Vertebrates_11
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