Book - A Laboratory Text-Book of Embryology Figures (1903)

From Embryology
Revision as of 09:49, 23 June 2016 by Z8600021 (talk | contribs)
(diff) ← Older revision | Latest revision (diff) | Newer revision → (diff)
Embryology - 25 Apr 2024    Facebook link Pinterest link Twitter link  Expand to Translate  
Google Translate - select your language from the list shown below (this will open a new external page)

العربية | català | 中文 | 中國傳統的 | français | Deutsche | עִברִית | हिंदी | bahasa Indonesia | italiano | 日本語 | 한국어 | မြန်မာ | Pilipino | Polskie | português | ਪੰਜਾਬੀ ਦੇ | Română | русский | Español | Swahili | Svensk | ไทย | Türkçe | اردو | ייִדיש | Tiếng Việt    These external translations are automated and may not be accurate. (More? About Translations)

Minot CS. A Laboratory Text-Book Of Embryology. (1903) Philadelphia:P. Blakiston's Son & Co.

A Laboratory Text-Book of Embryology: 1. General Conceptions | 2. Early Development of Mammals | 3. Human Embryo | 4. Pig Embryos | 5. Chick Embryos | 6. Blastodermic Vesicle and Ovum Segmentation | 7. Uterus and the Foetal Appendages in Man | 8. Methods | Figures | Second edition | Category:Charles Minot
Online Editor  
Mark Hill.jpg
This historic 1903 embryology textbook by Minot describes human development.


This textbook was republished in a second edition 1917: Minot CS. A Laboratory Text-Book Of Embryology. (1917) Philadelphia:P. Blakiston's Son & Co.


See also his earlier 1897 textbook; Minot CS. Human Embryology. (1897) London: The Macmillan Company.

Minot Links: Harvard Collection | 1889 Uterus And Embryo - Rabbit | 1905 Harvard Embryological Collection |1897 Human Embryology | 1903 A Laboratory Text-Book of Embryology | 1905 Normal Plates of Rabbit Embryo Development | Category:Charles Minot


See also: Historic Embryology Textbooks

History Links: Historic Embryology Papers | Historic Embryology Textbooks | Embryologists | Historic Vignette | Historic Periods | Historic Terminology | Human Embryo Collections | Carnegie Contributions | 17-18th C Anatomies | Embryology Models | Category:Historic Embryology
Historic Papers: 1800's | 1900's | 1910's | 1920's | 1930's | 1940's | 1950's | 1960's | 1970's | 1980's
Historic Disclaimer - information about historic embryology pages 
Mark Hill.jpg
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)

List of Illustrations

Minot1903 titlepage.jpg


Chapter II. The Early Development of Mammals

Chapter II. The Early Development Of Mammals: 1. Human Spermatozoa | 2. Human Ovum | 3. Worm Ovum | 4. Rabbit Ovum 17 Hours | 5. Mouse Ovum early Pro-nuclei | 6. Mouse Ovum Spindle | 7. Mouse Ovum late Pro-nuclei | 8. Rabbit Ovum 24 Hours | 9. Snail Ovum First Cleavage | Chapter 2 Figures | Figures


  • 1. Human Spermatozoa, {after Retzius)

    1. Human Spermatozoa, {after Retzius)

  • 2. Full-grown Human Ovum before Maturation, (after W. Nagel)

    2. Full-grown Human Ovum before Maturation, (after W. Nagel)

  • 3. Ovum of a Worm (Sagitta) with Two Pro-nuclei. Around Each Pro-nucleus is shown the Aster (after O. Hertwig)

    3. Ovum of a Worm (Sagitta) with Two Pro-nuclei. Around Each Pro-nucleus is shown the Aster (after O. Hertwig)

  • 4. Ovum of a Rabbit, Seventeen Hours after Coitus, with the Pro-nuclei about to Conjugate {after Rein)

    4. Ovum of a Rabbit, Seventeen Hours after Coitus, with the Pro-nuclei about to Conjugate {after Rein)

  • 5. Ovum of White Mouse. Beginning of the Conjugation of the Pro-nuclei (after Sobotta)

    5. Ovum of White Mouse. Beginning of the Conjugation of the Pro-nuclei (after Sobotta)

  • 6. Ovum of White Mouse. Conjugation of the Pro-nuclei, and Formation of the Segmentation Spindle (after Sobotta)

    6. Ovum of White Mouse. Conjugation of the Pro-nuclei, and Formation of the Segmentation Spindle (after Sobotta)

  • 7. Ovum of White Mouse. First Segmentation Spindle with the Chromosomes of the Pro-nuclei still forming Two Distinct Groups (after Sobotta)

    7. Ovum of White Mouse. First Segmentation Spindle with the Chromosomes of the Pro-nuclei still forming Two Distinct Groups (after Sobotta)

  • 8. Ovum of a Rabbit of Twenty-four Hours {after Caste), 55

    8. Ovum of a Rabbit of Twenty-four Hours {after Caste), 55

  • 9. Ovum of a Snail (Limax campestris) during the First Cleavage. The Envelopes of the Ovum are not Drawn in (after E. L. Mark)

    9. Ovum of a Snail (Limax campestris) during the First Cleavage. The Envelopes of the Ovum are not Drawn in (after E. L. Mark)

  • Minot1897 fig010.jpg

    10. Ovum of White Mouse. First Segmentation Spindle with Equatorial Plate of Chromosomes (after Sobotta)

  • Minot1897 fig011.jpg

    11. Ovum of White Mouse. First Segmentation Spindle {after Sobotta)

  • Minot1897 fig012.jpg

    12. Ova of White Mouse with Two Segmentation Spheres or Cells (after Sobotta)

  • Minot1897 fig013.jpg

    13. Ovum of a Bat (Vespertilio murina) with Four Segmentation Spheres (after van Beneden and Julin)

  • Minot1897 fig014.jpg

    14. Ovum of a Virginian Opossum, with Four Segments (after Emit Selenka)

  • Minot1897 fig015.jpg

    15. Rabbit's Ovum of about Seventy Hours (after E. van Beneden)

  • Minot1897 fig016.jpg

    16. Young Blastodermic Vesicle of a Mole (after lt~. heafe)

  • Minot1897 fig017.jpg

    17. Sections through the Inner Mass of Blastodermic Vesicles of the Mole at Three Successive Stages (after IV. Heafe)

  • Minot1897 fig018.jpg

    18. Transverse Section through the Embryonic Shield of the Blastodermic Vesicle of a Dog of Eleven or Fifteen Days (Precise Age Unknown) (after Bonnet)

  • Minot1897 fig019.jpg

    19. Surface View of the Embryonic Shield of the Blastodermic Vesicle of a Dog of Thirteen to Fifteen Days (Precise Age Unknown) (after Bonnet)

  • Minot1897 fig020.jpg

    20. Central Portion of a Sheep's Blastodermic Vesicle of Twelve to Thirteen Days (after Bonnet)

  • Minot1897 fig021.jpg

    21. Blastodermic Vesicle of a Rabbit of Seven Days. Portion of the Mescderm of the Area opaca (after Kolliker)

  • Minot1897 fig022.jpg

    22. Germinal Area of a Guinea-pig at Thirteen Days and Twenty Hours, seen from the Under (Entodermal) Side

  • Minot1897 fig023.jpg

    23. Transverse Section of a Mole Embryo (Heape's Stage H) (after IV. Heafe)

  • Minot1897 fig024.jpg

    24. Degenerating Tissue of the Notochord from the Central Portion of the Intervertebral Disc of a Cow's Embryo (after Leboucg)

  • Minot1897 fig025.jpg

    25. Surface View of the Embryonic Shield of a Dog Embryo, with Medullary Plate

  • Minot1897 fig026.jpg

    26. Cross-section of a Human Embryo of 1.54 mm. (after Count Spee)

  • Minot1897 fig027.jpg

    27. Section of a Young Cat Embryo and of the Uterine Wall to Which it is Attached. (Embryo No. 398, Section 76)

  • Minot1897 fig028.jpg

    28. Transverse Section of a Rabbit Embryo of Eight Days and Two Hours

  • Minot1897 fig029.jpg

    29. Three Diagrams of Embryonic Areas of Chicks to show the Growth of the Mesoderm (after Dnvai)

  • Minot1897 fig030.jpg

    30. Transverse Section of an Early Stage of an Axolotl (after Bellonci)

  • Minot1897 fig031.jpg

    31. Generalized Diagram of an Amniote Vertebrate Embryo

  • Minot1897 fig032.jpg

    32. Transverse Section from a Chick Embryo with about Eighteen Segments

  • Minot1897 fig033.jpg

    33. Section of a Very Young Cat Embryo. iTransverse Series 413, section 181)

  • Minot1897 fig034.jpg

    34. Diagrammatic Section of the Yolk of a Hen's Egg at an Early Stage to show the Relation of the Primitive Entodermal Cavity

  • Minot1897 fig035.jpg

    35. Wall of the Yolk-sac in the Region of the Area opaca of a Chick of the Second Day

  • Minot1897 fig036.jpg

    36. Wall of the Yolk-sac in the Region of the Area opaca of a Rabbit Embryo of Thirteen Days

  • Minot1897 fig037.jpg

    37. Section of the Yolk-sac of a Young Human Embryo (alter Keibel)

  • Minot1897 fig038.jpg

    38. Human Embryo, 2.15 mm. Long (after W.His)

  • 39. Human Embryo of 2. 6 mm. (after IV. His)

    39. Human Embryo of 2. 6 mm. (after IV. His)

  • 40. Human Embryo of 9.8 mm. Probable Age Thirty Days

    40. Human Embryo of 9.8 mm. Probable Age Thirty Days

  • 41. Section of the Area vasculosa of a Chick Embryo of the Second Day

    41. Section of the Area vasculosa of a Chick Embryo of the Second Day

  • Minot1897 fig042.jpg

    42. Development of Blood-corpuscles

  • Minot1897 fig043.jpg

    43. Diagrams to Illustrate the Separation of the Embryo from the Yolk

  • Minot1897 fig044.jpg

    44. Diagram of the Circulation in a Chick at the End of the Third Day, as Seen from the Under (Entodermal) Side

  • Minot1897 fig045.jpg

    45. Area Vasculosa of a Rabbit, Presumably of about Twelve Days (after Van Beneden and Juliti)

  • Minot1897 fig046.jpg

    46. Longitudinal Section of the Posterior End of a Sheep Embryo of Sixteen Days (after P. Bonnet)

  • Minot1897 fig047.jpg

    47. Frog (Rana temporaria) Tadpole of 12.0 mm. Cross-section of the Pronephric Region (after M. Fiirbrin^cr)

  • Minot1897 fig048.jpg

    48. Diagrams illustrating the Relations of the Allantois in Unguiculate Mammals

  • Minot1897 fig049.jpg

    49. Pig, 15.0 mm Series 135, Section 58, to Show the Relations of the Chorion to the Uterus

  • Minot1897 fig050.jpg

    50. Transverse Section of an Embryo Catfish (Amiurus) ; Series 25, Section 43

  • Minot1897 fig051.jpg

    51. Sections of Two Human Umbilical Cords


Chapter III. The Human Embryo

Chapter II. The Early Development Of Mammals: 52. Human Embryo Week 3 | 53. Early Primate Development | 54. Early Stage Primate Embryo | 55. Antero-posterior Section Uterus and Embryo 5 Weeks | 56. Human Uterus 40 Days Pregnancy | 57. Monkey Vesicle in Uterus | 58. Monkey Vesicle in Uterus detail | 59. Peters's Ovum | 60. Gibbon Embryo 3rd Stage | 61. Gibbon Embryo lateral | 62. Gibbon Embryo Transverse Section | 63. Embryonic Area of Ovum | 64. Human Embryo 1.54 mm | 65. Human Embryo 1.54 mm Median Section | 66. Human Embryo of 1.54 mm | 67. Human Embryo Open Medullary Groove | 68. Human Embryo 13-14 Days | 69. Human Ovum 15-18 Days | 70. Embryo of Fig. 69 | 71. Human Embryo, 2.15 mm | 72. Embryo Shown in Fig. 71 | 73. Human Embryo of 2.6 mm | 74. Embryo 2.6 mm in Fig. 72 | 75. Human Embryo 42 mm | 76. Entodermal Canal Embryo 4.2 mm | 77. Human Embryo, 3.2 mm | 78. Human Embryo 4.2 mm Shown in Fig. 75 | 79. Human Embryo 23 Days | 80. Human Embryo 7 mm | 81. Human Embryo 7.5 mm | 82. Pharyngeal Region Human Embryo 11.5 mm | 83. Human Embryo 9.8 mm | 84. Human Embryo 9.8 mm | 85. Human Embryo 11 mm | 86. Human Embryo 14 mm | 87. Human Embryo 35 Days | 88. Human Embryo 16 mm | 89. Human Embryo 22 mm | 90. Human Embryo 28 mm | 91. Human Embryo 32 mm | 92. Human Embryo 34 mm Face | 93. Human Embryo 55 mm 75 Days | 94. Human Embryo of 78 mm 3 Months | 95. Embryo face in Fig. 94 | 96. Human Embryo 120 mm 110 Days | 97. Human Embryo 118 mm 106 Days | 98. Human Embryo155 mm 123 Days | Chapter 3 Figures | Figures
  • 52. Human Embryo at the Beginning of the Third Week

    52. Human Embryo at the Beginning of the Third Week

  • 53. Two Diagrams to Illustrate the Hypothetical Early Development of Primates

    53. Two Diagrams to Illustrate the Hypothetical Early Development of Primates

  • 54. Diagram of an Early Stage of a Primate Embryo

    54. Diagram of an Early Stage of a Primate Embryo

  • Minot1897 fig055.jpg

    55. Semi-diagrammatic Outline of an Antero-posterior Section of a Human Uterus Containing an Embryo of about Five Weeks (after Allen Thompson)

  • Minot1897 fig056.pg

    56. Human Uterus, about Forty Days Advanced in Pregnancy (after Coste)

  • Minot1897 fig057.jpg

    57. Blastodermic Vesicle of a Monkey (Semnopithecus nasicus) Attached to the Uterus ; Vertical Section (after E. Selenka)

  • Minot1897 fig058.jpg

    58. Embryo of the Preceding Figure More Highly Magnified (after E. Selenka)

  • Minot1897 fig059.jpg

    59. Section of Peters's Ovum in Situ (after H. Peters)

  • Minot1897 fig060.jpg

    60. Embryo of a Gibbon (Hylobates concolor) in the Third Stage (after E. Selenka)

  • Minot1897 fig061.jpg

    61. Embryo of a Gibbon, Side View of the Embryo of Fig. 60 (after E. Selenka)

  • Minot1897 fig062.jpg

    62. Transverse Section of the Embryo of the Preceding Figure (after E. Selenka)

  • Minot1897 fig063.jpg

    63. Surface View of the Embryonic Area of the Ovum Shown in Fig. 61

  • Minot1897 fig064.jpg

    64. Reconstruction of a Human Embryo 1.54 mm Long (after Count Spee)

  • Minot1897 fig065.jpg

    65. Human Embryo of 1. 54 mm Median Section from a Wax Model Reconstructed from Sections (after Count Spee)

  • Minot1897 fig066.jpg

    66. Human Embryo of 1.54 mm (after Count Spee)

  • Minot1897 fig067.jpg

    67. Human Embryo with Open Medullary Groove (after Wais)

  • Minot1897 fig068.jpg

    68. Human Embryo of from Thirteen to Fourteen Days (after J. Kallmann)

  • Minot1897 fig069.jpg

    69. Human Ovum, said to be from Fifteen to Eighteen Days Old

  • Minot1897 fig070.jpg

    70. Embryo of Fig. 69, Separated from the Yolk-sac and Viewed from the Under Side

  • Minot1897 fig071.jpg

    71. Human Embryo, 2.15 mm. Long {after IV. His)

  • Minot1897 fig072.jpg

    72. Reconstruction of the Anatomy of the Embryo Shown in Fig. 71 (after W. His)

  • Minot1897 fig073.jpg

    73. Human Embryo of 2.6 mm. Length (after IV. His)

  • Minot1897 fig074.jpg

    74. Reconstruction of the Anatomy of the Embryo of 2.6 mm. in Fig. 72 (after W. His)

  • Minot1897 fig075.jpg

    75. Human Embryo 42 mm (after IV. His)

  • Minot1897 fig076.jpg

    76. Outline of the Entodermal Canal of a Human Embryo of 4.2 mm (after IV. His)

  • Minot1897 fig077.jpg

    77. Reconstruction of the Anatomy of a Human Embryo, 3.2 mm Long, showing the Anterior End Viewed from the Ventral Side

  • Minot1897 fig078.jpg

    78. Reconstruction of the Anatomy of the Human Embryo of 4.2 mm Shown in Fig. 75 (after W His)

  • Minot1897 fig079.jpg

    79. Human Embryo of About Twenty-three Days (after W. His)

  • 80. Human Embryo of 7 mm (after F. P. Mall)

    80. Human Embryo of 7 mm (after F. P. Mall)

  • 81. Human Embryo of 7.5 mm in Maximum Length (after W. His),

    81. Human Embryo of 7.5 mm in Maximum Length (after W. His),

  • 82. Reconstruction of the Pharyngeal Region of a Human Embryo of 11.5 mm (after W. His)

    82. Reconstruction of the Pharyngeal Region of a Human Embryo of 11.5 mm (after W. His)

  • 83. Human Ovum with Embryo of 9.8 mm The Chorion Has Been partly Removed to Show the Embryo (Minot Collection, 275)

    83. Human Ovum with Embryo of 9.8 mm The Chorion Has Been partly Removed to Show the Embryo (Minot Collection, 275)

  • 84. Embryo of the Preceding Figure

    84. Embryo of the Preceding Figure

  • 85. Human Embryo of 11 mm (after W. His)

    85. Human Embryo of 11 mm (after W. His)

  • 86. Human Embryo of about 14 mm

    86. Human Embryo of about 14 mm

  • 87. Human Embryo of about Thirty-five Days (after Coste)

    87. Human Embryo of about Thirty-five Days (after Coste)

  • 88. Human Embryo of about 16 mm (after W. His)

    88. Human Embryo of about 16 mm (after W. His)

  • 89. Human Embryo of 22 mm

    89. Human Embryo of 22 mm

  • 90. Human Embryo of 28 mm

    90. Human Embryo of 28 mm

  • 91. Human Embryo of 32 mm

    91. Human Embryo of 32 mm

  • Minot1897 fig092.jpg

    92. Human Embryo of 34 mm Front View of Face

  • Minot1897 fig093.jpg

    93. Human Embryo of 55 mm Seventy-live Days

  • Minot1897 fig094.jpg

    94. Human Embryo of 78 mm Three Months

  • Minot1897 fig095.jpg

    95. Front View of the Face of the Embryo Shown in Fig. 94

  • Minot1897 fig096.jpg

    96. Human Embryo of 120 mm (One Hundred and Ten Days)

  • Minot1897 fig097.jpg

    97. Human Embryo of 118 mm One Hundred and Six Days

  • Minot1897 fig098.jpg

    98. Human Embryo of 155 mm One Hundred and Twenty-three Days

Chapter IV. Study Of Pig Embryos

Chapter IV. Study Of Pig Embryos: 99. Pig Embryo 10 mm | 100. Pig Embryo 12 mm | 101. Pig Embryo 12.0 mm Transverse Section | 102. Pharynx Human Embryo 3.2 mm | 103. Aortic System His's Embryo Bl 4.25 mm | 104. Pig Embryo 12 mm Transverse Section | 105. Pig Embryo 12.0 mm Transverse Section Series 5 | 106. Transverse Section Pig Embryo 12 mm | 107. Pig Embryo 12.0 mm Series 5 | 108. Pig Embryo of 12 mm | 109. Pig Embryo 12.0 mm Series 5 | 110. Pig Embryo of 15 mm | 111. Pig Embryo 20 mm | 112. Pig Embryo 12.0 mm with Planes of Sections Figured | 113. Pig, 12.0 mm Transverse Series 5, Section 185 | 114. Portion of Fig. 113 More Highly Magnified | 115. Pig, 12.0 mm - Transverse Series 5, Section 19S | 116. Pig 12.0 mm Transverse Series 5, Section 249 | 117. Pig, 12.0 mm Transverse Series 5, Section 292 | 115. Pig, 12.0 mm Transverse Series 5, Section 321 | 119. Pig, 12.0 m Transverse Series 5, Section 353 | 120. Pig, 12.0 mm Transverse Series 5, Section 470 | 121. Pig 12.0 mm Transverse Series 5, Section 513 | 122. Pig, 12.0 mm. Transverse Series 5, Section 633 | 123. Pig, 12.0 mm. Sagittal Series 7, Section 70 | 124. Pig, 12.0 mm. No. 7. Sagittal Section 25 | 125. Pig, 12.0 mm. Frontal Series 6, Section 284 | 126. Pig, 12.0 mm. Frontal Series 6, Section 340 | 127. Pig, 12.0 mm Frontal Series 6, Section 350 | 128. Pig, 12.0 mm. Frontal Series 6, Section 572 | 129. Pig, 9.0 mm. Transverse Series 9, Section 171 | 130. Pig, 9.0 mm. Sagittal Series 53, Section 213 | 131. Pig, 9.0 mm. Frontal Series 54, Section 194 | 132. Pig, 9.0 mm. Frontal Series 54, Section 194 | 133. Pig, 9.0 mm. Frontal Series, 54, Section 459 | 134. Pig, 6.0 mm. Transverse Series 9, Section 90 | 135. Pig, 6.0 mm. Transverse Series 9, Section 519 | 136. Pig, 17.0 mm. Transverse Series 51, Section 464 | 137. Pig, l7.0 mm. Transverse Series 51, Section 651 | 138. Pig, 17.0 mm Transverse Series 51, Section 759 | 139. Pig. 170 mm Frontal Series 39, Section 63 | 140. Pig 20.0 mm Transverse Series 59, Section 522 | 141. Pig, 20.0 mm. Transverse Series 59, Section 522 | 142. Pig 20.0 mm Transverse Series 59, Section 701 | 143. Pig, 20.0 mm. Transverse Series 59, Section 1253 | 144. Pig, 20.0 mm. Transverse Series 59, Section 1043 | 145. Pig, 20.0 mm. Sagittal Series 60, Section 213 | 146. Pig, 20.0 mm. Frontal Section of Head. Series 40, Section 65 | 147. Pig 20.0 mm Frontal Head section Series 40, Section 84 | 148. Pig, 20.0 mm. Frontal Section of Head. Series 40, Section 123 | 149. Rabbit Embryo Eye 13 Days | 150. Pig 24.0 mm Transverse Series 62, Section 428 | 151. Pig, 24.0 mm Sagittal Series 63, Section 30 | Chapter 4 Figures | Figures
  • Minot1897 fig099.jpg

    99. Pig Embryo of 10 mm

  • Minot1897 fig100.jpg

    100. Transverse Section of Pig Embryo of 12 mm

  • Minot1897 fig101.jpg

    101. Pig Embryo of 12.0 mm. Reconstruction from the Transverse Sections, Series 5 (drawn by Dr. F. T. Leivis)

  • Minot1897 fig102.jpg

    102. Anterior Wall of the Pharynx of a Human Embryo of 3.2 mm (after IV. //is)

  • Minot1897 fig103.jpg

    103. Aonic System of His's Embryo Bl, 4.25 mm (after W. His)

  • Minot1897 fig104.jpg

    104. Transverse Section of Pig Embryo of 12 mm facing

  • Minot1897 fig105.jpg

    105. Pig Embryo of 12.0 mm Reconstruction from the Transverse Sections, Series 5 (drawn by Dr. F. T. Lewis)

  • Minot1897 fig106.jpg

    106. Transverse Section of Pig Embryo of 12 mm facing

  • Minot1897 fig107.jpg

    107. Pig Embryo of 12.0 mm Reconstruction from the Transverse Sections, Series 5 (drawn by Dr. F. T. Lewis)

  • Minot1897 fig108.jpg

    108. Transverse Section of Pig Embryo of 12 mm Jacim

  • Minot1897 fig109.jpg

    109. Pig Embryo of 1 2.0 mm Reconstruction from the Transverse Sections, Series 5 (drawn by Dr. F. T. Lewis)

  • Minot1897 fig110.jpg

    110. Pig Embryo of 15 mm

  • Minot1897 fig111.jpg

    111. Pig Embryo of 20 mm

  • Minot1897 fig112.jpg

    112. Reconstruction of a Pig Embryo of 12.0 mm with Indications of the Planes of Sections Figured

  • Minot1897 fig113.jpg

    113. Pig, 12.0 mm Transverse Series 5, Section 185

  • Minot1897 fig114.jpg

    114. Portion of Fig. 113 More Highly Magnified

  • Minot1897 fig115.jpg

    115. Pig, 12.0 mm - Transverse Series 5, Section 19S

  • Minot1897 fig116.jpg

    116. Pig, 12.0 mm Transverse Series 5, Section 249

  • Minot1897 fig117.jpg

    117. Pig, 12.0 mm Transverse Series 5, Section 292

  • Minot1897 fig118.jpg

    115. Pig, 12.0 mm Transverse Series 5, Section 321

  • Minot1897 fig119.jpg

    119. Pig, 12.0 m Transverse Series 5, Section 353

  • Minot1897 fig120.jpg

    120. Pig, 12.0 mm Transverse Series 5, Section 470

  • Minot1897 fig121.jpg

    121. Pig, 12.0 mm. Transverse Series 5, Section 513

  • Minot1897 fig122.jpg

    122. Pig, 12.0 mm. Transverse Series 5, Section 633

  • Minot1897 fig123.jpg

    123. Pig, 12.0 mm. Sagittal Series 7, Section 70

  • Minot1897 fig124.jpg

    124. Pig, 12.0 mm. No. 7. Sagittal Section 25

  • Minot1897 fig125.jpg

    125. Pig, 12.0 mm. Frontal Series 6, Section 284

  • Minot1897 fig126.jpg

    126. Pig, 12.0 mm. Frontal Series 6, Section 340

  • Minot1897 fig127.jpg

    127. Pig, 12.0 mm. Frontal Series 6, Section 3S0

  • Minot1897 fig128.jpg

    128. Pig, 12.0 mm. Frontal Series 6, Section 572

  • Minot1897 fig129.jpg

    129. Pig, 9.0 mm. Transverse Series 9, Section 171

  • Minot1897 fig130.jpg

    130. Pig, 9.0 mm. Sagittal Series 53, Section 213

  • Minot1897 fig131.jpg

    131. Pig, 9.0 mm. Frontal Series 54, Section 194

  • Minot1897 fig132.jpg

    132. Pig, 9.0 mm. Frontal Series 54, Section 194

  • Minot1897 fig133.jpg

    133. Pig, 9.0 mm. Frontal Series, 54, Section 459

  • Minot1897 fig134.jpg

    134. Pig, 6.0 mm. Transverse Series 9, Section 90

  • Minot1897 fig135.jpg

    135. Pig, 6.0 mm. Transverse Series 9, Section 519

  • Minot1897 fig136.jpg

    136. Pig, 17.0 mm. Transverse Series 51, Section 464

  • Minot1897 fig137.jpg

    137. Pig, l7.0 mm. Transverse Series 51, Section 651

  • Minot1897 fig138.jpg

    138. Pig, 17.0 mm. Transverse Series 51, Section 759

  • Minot1897 fig139.jpg

    139. Pig. 170 mm. Frontal Series 39, Section 63

  • Minot1897 fig140.jpg

    140. Pig, 20.0 mm. Transverse Series 59, Section 522

  • Minot1897 fig141.jpg

    141. Pig, 20.0 mm. Transverse Series 59, Section 522

  • Minot1897 fig142.jpg

    142. Pig, 20.0 mm. Transverse Series 59, Section 701

  • Minot1897 fig143.jpg

    143. Pig, 20.0 mm. Transverse Series 59, Section 1253

  • Minot1897 fig144.jpg

    144. Pig, 20.0 mm. Transverse Series 59, Section 1043

  • Minot1897 fig145.jpg

    145. Pig, 20.0 mm. Sagittal Series 60, Section 213

  • Minot1897 fig146.jpg

    146. Pig, 20.0 mm. Frontal Section of Head. Series 40, Section 65

  • Minot1897 fig147.jpg

    147. Pig, 20.0 mm. Frontal Section of Head. Series 40, Section 84

  • Minot1897 fig148.jpg

    148. Pig, 20.0 mm. Frontal Section of Head. Series 40, Section 123

  • Minot1897 fig149.jpg

    149. Rabbit Embryo of Thirteen Days ; Section of the Eye

  • Minot1897 fig150.jpg

    150. Pig, 24.0 mm.Transverse Series 62, Section 428

  • Minot1897 fig151.jpg

    151. Pig, 24.0 mm Sagittal Series 63, Section 30

  • Minot1897 fig152.jpg

    152. Embryo Chick with about Twenty-four Segments. Surface View from the Dorsal Side

Chapter V. Study Of Young Chick Embryos

Chapter V. Study Of Young Chick Embryos: 153. Chick Embryo 28 Segments Transverse Series 92 Section 73 | 154. Chick Embryo 28 Segments Transverse Series 92, Section 83 | 155. Chick Embryo 28 Segments Transverse Series 92, Section 96 | 156. Chick Embryo 28 Segments Transverse Series 92, Section 104 | 157. Chick Embryo 28 Segments Transverse Series 92, Section 114 | 158. Chick Embryo 28 Segments Transverse Series 92, Section 144 | 159. Chick Embryo 28 Segments Transverse Series 92, Section 165 | 160. Chick Embryo 28 Segments Transverse Series 92, Section 179 | 161. Chick Embryo 28 Segments Transverse Series 92, Section 220 | 162. Chick Embryo 28 Segments Transverse Series 92, Section 356 | 163. Chick Embryo 28 Segments Transverse Series 92, Section 419 | 164. Chick Embryo 28 Segments Transverse Series 92, Section 424 | 165. Chick Embryo 28 Segments Transverse Series 92, Section 427 | 166. Horizontal Section of a Chick Embryo with about Twenty-eight Segments | 167. Chicken Embryo 27 Hours 8 Primitive Segments | 168. Rabbit 9 Days | 169. Chick Embryo Longitudinal Section | 170. Chick Head Embryo 7 Segments | 171. Chick Heart Embryo 7 Segments | 172. Chicken Embryo Heart Section more Advanced than Fig. 171 | 173. Chicken Embryo 7 Segments | 174. Chicken Primitive Groove Embryo 7 Segments | Chapter 5 Figures | Figures
  • Minot1897 fig150.jpg

    153. Section of Chick Embryo with about Twenty-eight Segments. Transverse Series 92, Section 73

  • Minot1897 fig150.jpg

    154. Section of Chick Embryo with about Twenty-eight Segments. Transverse Series 92, Section 83

  • Minot1897 fig150.jpg

    155. Section of Chick Embryo with about Twenty-eight Segments. Transverse Series 92, Section 96

  • Minot1897 fig150.jpg

    156. Section of Chick Embryo with about Twenty-eight Segments. Transverse Series 92, Section 104

  • Minot1897 fig150.jpg

    157. Section of Chick Embryo with about Twenty-eight Segments. Transverse Series 92, Section 114

  • Minot1897 fig150.jpg

    158. Section of Chick Embryo with about Twenty-eight Segments. Transverse Series 92, Section 144

  • Minot1897 fig150.jpg

    159. Section of Chick Embryo with about Twenty-eight Segments. Transverse Series 92, Section 165

  • Minot1897 fig160.jpg

    160. Section of Chick Embryo with about Twenty-eight Segments. Transverse Series 92, Section 179

  • Minot1897 fig160.jpg

    161. Section of a Chicken Embryo with about Twenty-eight Segments. Transverse Series 92, Section 220

  • Minot1897 fig160.jpg

    162. Section of a Chicken Embryo with about Twenty-eight Segments. Transverse Series 92, Section 356

  • Minot1897 fig160.jpg

    163. Section of a Chicken Embryo with Twenty-eight Segments. Transverse Series 92, Section 419

  • Minot1897 fig160.jpg

    164. Chick Embryo with about Twenty-eight Segments. Transverse Series 92, Section 424

  • Minot1897 fig160.jpg

    165. Chick Embryo with about Twenty-eight Segments. Transverse Series 92, Section 427

  • Minot1897 fig160.jpg

    166. Horizontal Section of a Chick Embryo with about Twenty-eight Segments

  • Minot1897 fig160.jpg

    167. Chicken Embryo, after Twenty-seven Hours' Incubation, with Eight Primitive Segments (after Duval)

  • Minot1897 fig160.jpg

    168. Embryonic Area of a Rabbit of (? Nine) Days, with the Placental Area Partly Torn oft" [after van Bene Jin and Juiin)

  • Minot1897 fig160.jpg

    169. Longitudinal Section of a Young Chick Embryo

  • Minot1897 fig170.jpg

    170. Chick Embryo with Seven Segments. Transverse Section of the Head

  • Minot1897 fig170.jpg

    171. Chicken Embryo with Seven Segments. Transverse Section through the Anlage of the Heart

  • Minot1897 fig170.jpg

    172. Chicken Embryo, Transverse Section across the Anlage of the Heart in a Stage slightly more Advanced than Fig. 171

  • Minot1897 fig170.jpg

    173. Chicken Embryo with Seven Segments

  • Minot1897 fig170.jpg

    174. Chicken Embryo with Seven Segments. Transverse Section across the Primitive Groove

Chapter VI. Study Of The Blastodermic Vesicle And The Segmentation Of The Ovum

Chapter VI. Study Of The Blastodermic Vesicle And The Segmentation Of The Ovum: 175. Rabbit 7 Days | 176. Rabbit 7 Days Anterior Embryonic Shield | 177. Rabbit Embryo 7 Days Posterior Embryonic Shield | 178. Mouse Ovum First Polar Spindle | 179. Ovum of While Mouse, dividing to Produce the Polar Globule {after J. Sobotta) | 180. Mouse Ovum Metaphase Producing First Polar Globule | 181. Mouse Ovum Both Pro-nuclei | 182. Mouse Ovum Two Pro-nuclei | Chapter 2 Figures | Figures
  • Minot1897 fig175.jpg

    175. Blastodermic Vesicle of a Rabbit at Seven Days

  • Minot1897 fig176.jpg

    176. Rabbit Embryo of Seven Days. Transverse Series 12, Section 216, through the Anterior Portion of the Embryonic Shield

  • Minot1897 fig177.jpg

    177. Rabbit Embryo of Seven Days. Transverse Series 15, Section 39, through the Posterior Part of the Embryonic Shield

  • Minot1897 fig178.jpg

    178. Ovum of White Mouse, with the First Polar Spindle in Tangential Position (after J. Sobotta)

  • Minot1897 fig179.jpg

    179. Ovum of While Mouse, dividing to Produce the Polar Globule {after J. Sobotta)

  • Minot1897 fig180.jpg

    180. Ovum of White Mouse, Showing the Metaphase of the Division Producing the First Polar Globule (after J. Sobotta)

  • Minot1897 fig181.jpg

    181. Ovum of While Mouse, after the Formation of the Polar Globule. Both Pro-nuclei are Present (after J. Sobotta)

  • Minot1897 fig182.jpg

    182. Ovum of White Mouse, with Two Well-developed Pro-nuclei (after J. Sobotta)

Chapter VII. Study. Of The Uterus And The Foetal Appendages Of Man

Chapter VI. Study Of The Blastodermic Vesicle And The Segmentation Of The Ovum: 183. Section Human Uterus Day 1 Menstruation | 184. Section Human Uterus 1 Month Pregnant | 185. Human Uterus 1 Month Pregnant Cavernous Layer | 186. Human Uterus 1 Month Pregnant Epithelium | 187. Uterus 1 Month Pregnant Compact Decidua | 188. Human Decidua Reflexa 2 Months | 189. Human Uterus 7 Months Decidua Vera | 190. Human Placenta 7 Months | 191. Human Placental Chorion and Amnion 5 Month | 192. Human Chorion 7 Months Placenta | 193. Villus Human Placenta 4 Months | 194. Human Decidua Serotina 7 Months | 195. Decidual Cells Section in Fig. 194 | 196. Human Placenta Term, Doubly Injected | 197. Human Placenta after Term Delivery | 198. Section Young Human Chorion | 199. Portion 298 Figure | 200. Villus Human Chorion Month 2 | 201. Chorion of Fig. 69 | 202. Terminal Branch of a Villus 12 Weeks | 203. Villous Stem Human Placenta 5 Month | 204. Terminal Branches Villus Term Placenta | 205. Injected Villus Placenta 5 Months | 206. Injected Villous Stem Placenta 5 Months | 207. Transverse Section Amnion 2 Months | 208. Two Sections of the Human Amnion | 209. Surface View of the Human Amniotic Epithelium of the Fourth Month | 210. Natural Mesoderm Nuclei Amnion 5 Month | 211. Umbilical Cord at Term | 212. Allantois Umbilical Cord 3 Months | 213. Umbilical Cord Human Embryo 21 mm | 214. Umbilical Cord Human Embryo 3 Months | 215. Ectoderm Umbilical Cord 3 Months | 216. Yolk-sac section Young Human Embryo | Chapter 7 Figures | Figures
  • Minot1897 fig183.jpg

    183. Vertical Section of a Human Uterus of the First Day of Menstruation

  • Minot1897 fig184.jpg

    184. Vertical Section of a Human Uterus (Decidua vera) , One Month Pregnant

  • Minot1897 fig185.jpg

    185. Human Uterus, One Month Pregnant. Section of Gland from the Cavernous Layer, with the Epithelium Partly Adherent to the Walls

  • Minot1897 fig186.jpg

    186. Human Uterus, ( lue Month Pregnant. Section of a Gland from the Cavernous Layer with the Epithelium Loosened from the Walls. The Epithelial Cells are Swollen

  • Minot1897 fig187.jpg

    187. Uterus One Monlh Pregnant; Portion of the Compact Layer of the Decidua Seen in Vertical Section

  • Minot1897 fig188.jpg

    188. Section of Human Decidua Reflexa at Two Months

  • Minot1897 fig189.jpg

    189. Human Uterus about Seven Months Pregnant. Vertical Section of the Decidua Vera with the Foetal Membranes in situ

  • Minot1897 fig190.jpg

    190. Human Placenta in situ, about Seven Months. Vertical Section

  • Minot1897 fig191.jpg

    191. Human Placental Chorion and Amnion of the Fifth Month

  • Minot1897 fig192.jpg

    192. Human Chorion of Seven Months' Placenta

  • Minot1897 fig193.jpg

    193. Adenoid Tissue from a Villus of a Human Placenta of Four Months

  • Minot1897 fig194.jpg

    194. The Human Decidua Serotina at Seven Months. The Section is Taken from near the Margin of the Placenta

  • Minot1897 fig195.jpg

    195. Decidual Cells from the Section Represented in Fig. 194

  • Minot1897 fig196.jpg

    196. Human Placenta at Full Term, Doubly Injected to show the Superficial Distribution of the Blood-vessels 33%

  • Minot1897 fig197.jpg

    197. Human Placenta after Delivery at Full Term

  • Minot1897 fig198.jpg

    198. Section of a Very Young Human Chorion

  • Minot1897 fig199.jpg

    199. Portion of the Preceding Figure More Highly Magnified

  • Minot1897 fig200.jpg

    200. Aborting Villus from the Human Chorion Lceve of the Second Month

  • Minot1897 fig201.jpg

    201. Fragment of the Chorion of Fig. 69, Highly Magnified

  • Minot1897 fig202.jpg

    202. Isolated Terminal Branch of a Villus from a Human Chorion of Twelve Weeks

  • Minot1897 fig203.jpg

    203. Villous Stem from a Human Placenta of the Fifth Month

  • Minot1897 fig204.jpg

    204. Terminal Branches of a Villus from a Human Placenta at Full Term

  • Minot1897 fig205.jpg

    205. Portion of an Injected Villus from a Placenta of about Five Months

  • Minot1897 fig206.jpg

    206. Portion of a Small Injected Villous Stem from a Placenta of about Five Months

  • Minot1897 fig207.jpg

    207. Transverse Section of a Human Amnion of Two Months

  • Minot1897 fig208.jpg

    208. Two Sections of the Human Amnion

  • Minot1897 fig209.jpg

    209. Surface View of the Human Amniotic Epithelium of the Fourth Month

  • Minot1897 fig210.jpg

    210. Natural Group of Nuclei from the Mesoderm of the Human Amnion of the Fifth Month

  • Minot1897 fig211.jpg

    211. Cross-section of a Human Umbilical Cord at Term

  • Minot1897 fig212.jpg

    212. Section of the Allantois from a Human Umbilical Cord of Three Months

  • Minot1897 fig213.jpg

    213. Connective Tissue from the Umbilical Cord of a Human Embryo of 21 mm. Stained with Alum Cochineal and Eosin

  • Minot1897 fig214.jpg

    214. Connective Tissue from the Umbilical Cord of a Human Embryo of Three Months, Stained with Alum Cochineal and Eosin

  • Minot1897 fig215.jpg

    215. Ectoderm of an Umbilical Cord of a Human Embryo of Three Months

  • Minot1897 fig216.jpg

    216. Section of the Yolk-sac of a Very Young Human Embryo (after Fr. A'eibel)

Chapter VIII. Methods

Chapter VIII. Methods: 217. The Precision Microtome | 218. The Automatic Rotary Microtome | Chapter 8 Figures | Figures
  • 217. The Precision Microtome

    217. The Precision Microtome

  • 218. The Automatic Rotary Microtome

    218. The Automatic Rotary Microtome


Historic Disclaimer - information about historic embryology pages 
Mark Hill.jpg
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)
A Laboratory Text-Book of Embryology: 1. General Conceptions | 2. Early Development of Mammals | 3. Human Embryo | 4. Pig Embryos | 5. Chick Embryos | 6. Blastodermic Vesicle and Ovum Segmentation | 7. Uterus and the Foetal Appendages in Man | 8. Methods | Figures | Second edition | Category:Charles Minot

Cite this page: Hill, M.A. (2024, April 25) Embryology Book - A Laboratory Text-Book of Embryology Figures (1903). Retrieved from https://embryology.med.unsw.edu.au/embryology/index.php/Book_-_A_Laboratory_Text-Book_of_Embryology_Figures_(1903)

What Links Here?
© Dr Mark Hill 2024, UNSW Embryology ISBN: 978 0 7334 2609 4 - UNSW CRICOS Provider Code No. 00098G
Retrieved from ‘https://embryology.med.unsw.edu.au/embryology/index.php?title=Book_-_A_Laboratory_Text-Book_of_Embryology_Figures_(1903)&oldid=236099’
Powered by MediaWiki