Book - Contributions to Embryology

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Introduction

Carnegie Institute of Washington
George L. Streeter

A historic series of papers published by the Carnegie Institution of Washington early in the 20th Century. Only the following historic papers are currently available and are gradually being republished here.


Dr. George L. Streeter was editor of this series, from 1917 to 1940 Volumes VIII to XXIX of the Contributions to Embryology of the Carnegie Institution of Washington.

In a letter to Science[1] the Carnegie Institute staff noted:

"The present staff of the department of embryology, with the approval of the president of the institution, has therefore dedicated Volume XXX, which appeared on December 31, 1942, to Dr.Streeter and has placed his portrait at the head of the volume."


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Volume IV

  • No. 10. The human magma reticule in normal and in pathological development. By Franklin P. Mall (3 plates) 5-26
  • No. 11. The structure of chromophile cells of the nervous system. By E. Y. Cowdry (1 plate) 27-43
  • No. 12. On the development of the lymphatics of the lungs in the embryo pig. By R. S. Cunningham (5 plates) 4.S-68
  • No. 13. Binucleate cells in tissue cultures. By Charles C. Macklin (4 plates, containing 70 figures) 69-106

Volume VII

Washington, 1918

The histogenesis and growth of the otic capsule and its contained periotic tissue-spaces in the human embryo

By George L. Streeter (4 text-figures and 4 plates) pp 5 - 54

Carnegie Institution No.20 Otic Capsule: Introduction | Terminology | Historical | Material and Methods | Development of cartilaginous capsule of ear | Condensation of periotic mesenchyme | Differentiation of precartilage | Differentiation of cartilage | Growth and alteration of form of cartilaginous canals | Development of the periotic reticular connective tissue | Development of the perichondrium | Development of the periotic tissue-spaces | Development of the periotic cistern of the vestibule | Development of the periotic spaces of the semicircular ducts | Development of the scala tympani and scala vestibuli | Communication with subarachnoid spaces | Summary | Bibliography | Explanation of plates

The genesis and structure of the membrana tectoria and the crista spiralis of the cochlea

By O. Van der Stricht (4 plates) 55- 86

Carnegie Institution No.21 Cochlea Structures

Study of a human spina bifida monster with encephaloceles and other abnormalities

By Theodora Wheeler (4 plates) 87-110

Carnegie Institution No.22 Human Spina Bifida

A human embryo before the appearance of the myotomes

By N. William Ingalls. (5 text-figures and 4 plates) 111-134

Carnegie Institution No.23 Early Human Embryo

Links: Internet Archive - Volume VII

Volume VIII

The developmental alterations in the vascular system of the brain of the human embryo

By George L. Streeter. (five plates and twelve text-figures)

Carnegie Institution No.24 Brain Vascular System

The mitochondrial constituents of protoplasm

by E. V. Cowdry.

Carnegie Institution No.25 Mitochondria

The development and reduction of the tail and of the caudal end of the spinal cord

By Kanae Kunitomo. (Four plates, two text-figures)

Carnegie Institution No.26 Caudal Spinal Cord

Volume X

Washington, 1921

On the differential reaction to vital dyes exhibited by the two great groups of connective-tissue cells

By Herbert McLean Evans and Katharine J. Scott. (11 plates)

Carnegie Institution No.47 Two Groups of Connective-Tissue Cells

The skull of a human fetus of 43 millimeters greatest length

By Charles C. Macklin. (5 plates containing 47 figures)

Carnegie Institution No.48 Human Fetal Skull

Links: Internet Archive - Volume X

Volume XIII

Washington, 1922

On the development of the lymphatics in the stomach of the embryo pig

  • No. 57. On the development of the lymphatics in the stomach of the embryo pig. By James R. Cash. (3 plates, 3 te.xt-figures) 1-15

On the fate of the primary lymph-sacs in the abdominal region of the pig, and the development of lymph-chamiels in the abdominal and pelvic regions

  • No. 58. On the fate of the primary lymph-sacs in the abdominal region of the pig, and the development of lymph-chamiels in the abdominal and pelvic regions. By F. L. Reichert. (5 text-figures) 17-39

Relative weight and volume of the component parts of the brain of the human embryo at different stages of development

By George B. Jenkins. (12 text-figures, 1 chart) 41-60

Carnegie Institution No.59 Human Brain Weight

Abnormalities of the mammalian embryo occurring before implantation

By George W. Corner. (2 plates, 1 figure) 61-66

Carnegie Institution No.60 Abnormalities Before Implantation

The development of the external genitalia in the human embryo

By Milo Herrick Spaulding. (4 plates, 2 text-figures) 67-88

Carnegie Institution No.61 Human External Genitalia

Further experimental studies on fetal absorption

By George B. Wislocki. (1 plate) 89-101

Carnegie Institution No.62 Fetal Absorption

  • III. The behavior of the fetal membranes and placenta of the guinea-pig toward trypan blue injected into the maternal blood-stream.
  • IV. The behavior of the placenta and fetal membranes of the rabbit toward trypan blue injected into the maternal blood-stream.

The distribution of mitochondria in the placenta

  • No. 63. The distribution of mitochondria in the placenta. By G. B. Wislocki and J. A. Key. (1 plate) 103-115

Cyclic changes in the ovaries and uterus of swine, and their relations to the mechanism of implantation

By George W. Corner. (4 plates, 2 text-figures) 117-146

Carnegie Institution No.64 Pig Implantation

XIV

Direct growth of veins by sprouting

By Florence R. Sabin (1 plate) 1-10

Carnegie Institution No.65 Vein Sprouting

Origin of the pulmonary vessels in the chick

By Charles Elbert Buell Jr. (2 plates) 11-26

Carnegie Institution No.66 Chicken Pulmonary Vessels

The circulation of the bone-marrow

By Charles A. Doan (1 plate, 3 text-figures) 27-45

Carnegie Institution No.67 Bone Marrow Circulation

Transformation of the aortic-arch system during the development of the human embryo

By E. D. Congdon (3 plates, 28 text-figures) 47-110

Carnegie Institution No.68 Aortic-Arch System

Development of the auricle in the human embryo

By George L. Streeter (6 plates, 8 text-figures) 111-138

Carnegie Institution No.69 Human Auricle

The development of the principal arterial stems in the forelimb of the pig

By H. H. Woollard (2 plates) 139-154

Carnegie Institution No.70 Pig Limb Arteries

The development of the subcutaneous vascular plexus in the head of the human embryo

By Ellen B. Finley (2 plates, 1 text-figure) 155-161

Carnegie Institution No.71 Head Vascular Plexus

XV

Description of a human embryo having twenty paired somites

By Carl L. Davis (1923) (4 leaves of plates)

Carnegie Institution No.72 Human Embryo Stage 11

XX

A well-preserved human embryo of 10 somites

By George W. Corner (1929)

Carnegie Institution No.112 Human Embryo Stage 10

XXI

A human embryo with 17 pairs of somites

By Attwell, W.J. (1930)

Carnegie Institution No.124 Human Embryo Stage 11

XXII

A human embryo with 14 pairs of somites

By Chester H. Heuser (1930)

Carnegie Institution No.131 Human Embryo Stage 11

References

  1. <pubmed>17799310</pubmed>| Science

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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)

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Cite this page: Hill, M.A. (2024, March 28) Embryology Book - Contributions to Embryology. Retrieved from https://embryology.med.unsw.edu.au/embryology/index.php/Book_-_Contributions_to_Embryology

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