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Keith A. Human Embryology and Morphology. (1902) London: Edward Arnold.

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)

Development or the Face

Fig. 1. — Showing the formation of the face by the Nasal, Maxillary, and Mandibular processes in an embryo of the 4th week. (After His.) .
Fig. 2.— Showing the parts of the face formed from the Nasal, Maxillary and Mandibular processes.
Fig. 3. — Showing the structures formed in the Mesial Nasal Processes, .
Fig. 4. — Showing the tl'Ough-shaped Vomer of the newly born.
Fig. 5. — Showing the suture on the face between the premaxilla and maxilla in the skull of a young orang.
Fig. 6.— Showing the structures formed in the Lateral Nasal Processes.
Fig. 7. — Coronal section of the skull of a 7th month human foetus to show the cartilages of the Lateral and Mesial Nasal Processes and the bones formed round them.
Fig. 8.— Showing the ingrowth of the palatal plates of the two maxillary processes early in the 2nd month. (After Kollmann.) .
Fig. 9.— Showing the Hard Palate at birth. The premaxillary part is formed from the Mesial Nasal Processes ; the remainder by the Palatal Plates of the Maxillary Processes.
Fig. 10, a, b, c. — Showing what become of the skeletons of the Mandibular Arch (Meckel's Cartilage) and Maxillary Process (Palato-quadrate Cartilage). The numerals indicate corresponding parts.
Fig. 10 D. — Illustrating Gadow's view of the origin of the Auditory Ossicles and Tympanic Plate.
Fig. 11.— Showing the manner in which the development of the Maxillary Antrum affects the size of the palate and position of the molar teeth.
Fig. 12.— Showing the Centres of Ossification and age changes in the Lower Jaw.
Fig. 13. — The chief types of the Temporo-Maxillary Articulation. A. Carnivorous Type. B. Omnivorous Type. C. Herbivorous Type.
Fig. 14. -Showing the Chief Changes after birth in the form of the TemporoMaxillary Articulation.
Fig. 15 A.— Sagittal Section showing the Stomodaeum and position of the Oral Plate in the 3rd week. (Schematic.) .
Fig. 15 B.— Showing the parts of the Buccal and Nasal Cavities formed from the Stomodaeum. The relative position of the Oral Plate is indicated.

The Nasal Cavities and Olfactory Structures

Fig. 16.— The Olfactory Pit and Nasal Processes in a 4th week human embryo (After Kollmann.)
Fig. 17.— The Mesial aspect of the Brain of a human foetus, 3J months old, showing the Olfactory Lobe.
Fig. 18 -Showing the parts formed out of the Olfactory Lobe in the brain of an Adult (After BlUot "mitlO olfilctol T Hoots in the Sub-callosal and Uncinate Gyri.' .
Fig. 19. — A diagram of the Lateral Wall of the Nasal Cavity, showing the position of the Air Sinus. The parts beneath the turbinate processes are indicated by stippled lines.
Fig. 20. — Showing on the inner wall of the Orbit (1) the position of the Infundibulum, (2) the pars facialis lachrymalis.

Development of the Pharynx and Neck

Fig. 21. — Showing the position of the Heart, Visceral and Aortic Arches in a fish. (Diagrammatic — after Gegenbaur.)
Fig. 22. — Showing the Primitive Pharynx of a 3rd week embryo in sagittal section, bounded by the Visceral Arches. (After His.) .
Fig. 23.— Showing the Floor of the Pharynx of a 4th week human embryo. (After His.)
Fig. 24. — Schematic Section of a Visceral Arch.
Fig. 25— Showing the position of the External Cleft Depressions in the Adult.
Fig. 26.— Showing what hecome of the Cartilages of the Visceral Arches.
Fig. 27.— Showing what become of the Nerves of the Visceral Arches,
Hyoid arch) is represented by the chorda tympani and great superficial petrosal; that of the glosso-pharyngeal by its tympanic branch (Fig. 27).
Fig. 28. — Showing what become of the Aortic Arches in the adult. Only the shaded parts persist.
Fig. 29. — The condition of the Eight and Left Doral Aortae in a 6th week human foetus (After His.) The right arch disappears beyond the origin of the right subclavian ; a constriction may appear at the corresponding point on the left side.
Fig. 30.— Showing the Buccal and Pharyngeal parts of the Tongue.
Fig. 31. — Showing the origin of the tongue in the floor of the primitive pharynx. The condition reprjsented is from an embryo in the 6th week. (After His.)
Fig. 32. -Showing the origin of the Submaxillary and Sublingual Glands from furrows between the gum and tongue during the flth week. (After His.) .
Fig. 33.— Showing the position of the Visceral Clefts in the Adult.
Fig. 34. — Showing the origin of the Tonsil, Thymus, and Thyroid from the Internal Cleft Recesses during the 4th week. (After His.).

Development of the Organ of Hearing

Fig. 35. —Diagrammatic Section through the Cephalic region of an embryo, showing the origin of the Auditory System.
Fig. 36 A.— A Section of the External Auditory Meatus of the Adult.
Fig. 36 B. — A Section of the External Auditory Meatus at Birth. (After Symington.)
Fig. 37.— Showing the Tubercles which arise round the First Visceral Cleft to form the External Ear.
Fig. 3S.— Showing the part of the Adult Ear formed by each Tubercle.
Fig. 39. -Showing the condition of the Auditory Organs in a 6th week human foetus. (After Siobenmann.)
Fig. 40.— Showing the Cavities derived from the Inner Recess of the First Cleft.
Fig. 41. — The temporal bone at birth showing the formation of the Antrum between the Squamosal and Petro-mastoid.
Fig. 42. — A transverse section showing how the Walls of the Antrum are formed.
Fig. 43. — Showing the outer aspect of the Petro-mastoid at birth after the Squamosal is removed.
Fig. 44. — Diagram of the Membranous
Fig. 45.— The Otocyst in an Embryo of five weeks ; it shows a demarcation into the various parts of the Membranous Labyrinth.
Fig. 46. — Showing the Nerve Structures concerned in the Sense of Hearing.

Development and Morphology of the Teeth

Fig. 47. — Showing the parts of an incisor tooth.
Fig. 48. — Section through the lip and mandible of a foetus in the third month, showing the down-growth of the Dental Shelf.
Fig. 49. — Showing the stage of development in an incisor tooth of a foetus of six months.

The Skin and its Appendages

Fig. 51.— The strata of the skin during the first month.
Fig. 52.— The strata of the skin during the second month.
Fig. 53. — The strata of the skin from the sixth month onwards.
Fig. 54.— The more common patterns formed by the dermal papillae on the tips of the fingers.
Fig. 55. — Diagram of a Developing Hair.
Fig. 56. — Diagrammatic Section across a Wall.
Fig. 57. — Showing the various stages in tho development of the Mamma
Fig. 58.— Diagrammatic Section of the Breast to show the arrangement of its Capsule and Lymphatics. The lymphatic vessels are represented by thin wavy lines.

The Development of the Ovum of the Foetus from the Ovum of the Mother

Fig. 59. — The position of the Ovary and Fallopian Tube in the 5th month.
Fig. 60.— Diagrammatic section of a foetus at the end of the 2nd month, showing the Attachments of the Ovary and MUllerian duct.
Fig. 61. -Showing the position of the Ovary on the lateral wall of tho Pelvis and its relation to the Fallopian Tube.
Fig. 62.— Diagrammatic Section of an Ovary to show the manner in which the Primitive Ova are carried in by incursions of the Germinal Epithelium.
Fig. 63.— Diagram of a ripe Graafian Follicle.
Fig. 64.— Diagrammatic section of .the Broad Ligament and Fallopian Tube.
Fig. 65. — Showing the production of the Morula from the Ovum. A. The ovum after the first division. B. After the second. C. The Morula .
Fig. 66. — Diagrammatic section of a Blastodermic Vesicle.
Fig. 67. -A diagrammatic section of a Bilaminar Blastoderm made across the primitive streak.
Fig. 68. — Diagram of the Embryogenie area of a Bilaminar Blastoderm viewed from above.
Fig. 69. — Diagrammatic section of a Blastodermic Vesicle showing (1) the origin of the neural canal, (2) the origin of the notochord, (3) the" ingrowth of the mesoblast, and (4) the formation of the coelom.
Fig. 70. — Diagram of the Blastodermic Vesicle separating into Embryo and Membranes.
Fig. 71.— Section of the Uterus showing the three parts of the Decidua.
Fig. 72.— Showing the folds of the somatopleure uniting over the embryo and becoming demarcated into Amnion and Prechorion.
Fig. 73. — Diagrammatic section of the abdominal region of the coelom, showing the position of the Genital Ridges from which the Ovary or Testicle is formed.

The Manner in which a Connection is Established between the Foetus and Uterus

Fig. 74. — Showing what becomes of the Somatopleure of the Blastodermic Vesicle.
Fig. 75.— Showing the growth backwards of the Somatopleuric Head Fold in the human ovum of 15 days to form the Amnion and Prechorion. The "bodystalk " part of the Somatopleure keeps the embryo attached to the Prechorion. (After Graf Spee.)
Fig. 76.— Showing the arrangement of the Amnion, Chorion, and Deeidua in the 3rd month and the Formation of the Placenta.
Fig. 77. — Diagrammatic section to show the Elements which enter into the formation of the Placenta.
Fig. 78.— Diagrammatic section showing the structures which go to form the Umbilical Cord. (After His.)

The Uro-genital System

Fig. 79. — Scheme of the Wolffian Body of the right side.
Fig. 80. — Diagrammatic section to show the position of the Wolffian and Genital Ridges on the dorsal wall of the abdomen.
Fig. 81. — Remnants of the Wolffian Body in the Female.
Fig. 82. — Remnant of the "Wolffian Body in the Male.
Fig. S3. — The Origin of the Renal Bud (diagrammatic).
Fig. 84. — The Termination of the Ureter in the Bladder and Sub-division of the Renal Bud
Fig. 85. — A transverse section to show the manner in which the Wolffian and Miillerian Ducts arite, and their position in the Wolffian Ridge. (After Kollmann.) .
Fig. 86.— Diagram of the Genital Ducts at -the commencement of the 3rd month of foetal life. Lateral view.
Fig. 87.— Diagram of the Miillerian Ducts at the commencement of the 3rd month. Ventral view.
Fig. 89. — Showing the manner in which the Mulleriau Ducts fuse to form the Uterus and Vagina.
Fig. 90.— A section of the Prostate showing the Hemnants of the lower ends of the Mttllerian Ducts in the male.
Fig. 91.— A section of a Prostate showing an unusually developed Uterus Masculinus. (After Primrose.)
Fig. 92.— Section showing the Uro-genital Sinus. A. In the 4th month female human foetus. B. In the 5th month female human foetus.
Fig. 93. — Section showing the Uro-genital Sinus in the male foetus.
Fig. 94.— A section to show the condition of the Vagina and Uterus at the 7th month of foetal life.
Fig. 95. — The Division of the Cloaca into Rectal and Uro-genital Parts.
Fig. 96.— A case of Imperforate Anus due to a persistence of the Anal Plate.
Fig. 97. —A case in which the Rectal part of the Anal Plate has persisted and the Cloacal Septum has failed to fuse with the Perineal Septum.
Fig. 98.— The Uro-genital Cleft or Depression and the Genital Tubercle and Folds towards the end of the 2nd month.
Fig. 99.— A section of the male bladder and urethra at birth, showing the structures derived from the intra-abdominal part of the Allantois and from the Cloaca.
Fig. 100.— A A section to show the condition of parts in Ectopia Vesicae.
Fig. 101. — A diagram to show the position at which the Prostatic Tubules arise.
Fig. 102. — The Position of the Testis in a foetus of 2£ months .
Fig. 103. — Showing the Position of the Testis at the 6th month, and the Formation of the Gubernaculum Testis.
Fig. 104.— The manner in which the structures in the wall of the abdomen are carried out so as to form the Inguinal Canal and Coverings of the Testis.
Fig. 105.— A diagram of the Processus Vaginalis.

Formation of the Pubo-femoral Region, Pelvic Floor and Fascia

The Spinal Column and Back

The Segmentation of the Body

The Cranium

Development of the Structures concerned in the Sense of Sight

The Brain and Spinal Cord

Development of the Circulatory System

The Respiratory System

The Organs of Digestion

The Body Wall, Ribs, and Sternum

The Limbs

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)

Reference

Keith A. Human Embryology and Morphology. (1902) London: Edward Arnold.

Cite this page: Hill, M.A. (2024, June 1) Embryology Book - Human Embryology and Morphology Figures. Retrieved from https://embryology.med.unsw.edu.au/embryology/index.php/Book_-_Human_Embryology_and_Morphology_Figures

What Links Here?

@@ Line 136: / Line 136: @@
 <gallery>
+Fig. 79. — Scheme of the Wolffian Body of the right side.
+Fig. 80. — Diagrammatic section to show the position of the Wolffian and Genital Ridges on the dorsal wall of the abdomen.
+Fig. 81. — Remnants of the Wolffian Body in the Female.
+Fig. 82. — Remnant of the "Wolffian Body in the Male.
+Fig. S3. — The Origin of the Renal Bud (diagrammatic).
+Fig. 84. — The Termination of the Ureter in the Bladder and Sub-division of the Renal Bud
+Fig. 85. — A transverse section to show the manner in which the Wolffian and Miillerian Ducts arite, and their position in the Wolffian Ridge. (After Kollmann.) .
+Fig. 86.— Diagram of the Genital Ducts at -the commencement of the 3rd month of foetal life. Lateral view.
+Fig. 87.— Diagram of the Miillerian Ducts at the commencement of the 3rd month. Ventral view.
+Fig. 88.— Evolution of the Human Form of Uterua. A Form seen in lowest mammals, reptiles, amphibians, fishes, and in the 2nd month human foetus. B. Form of Mullerian Ducts in rodents. C. Form in Camivora, etc., and in the 4th month human foetus. D. Form found in man and higher primates.
+Fig. 89. — Showing the manner in which the Mulleriau Ducts fuse to form the Uterus and Vagina.
+Fig. 90.— A section of the Prostate showing the Hemnants of the lower ends of the Mttllerian Ducts in the male.
+Fig. 91.— A section of a Prostate showing an unusually developed Uterus Masculinus. (After Primrose.)
+Fig. 92.— Section showing the Uro-genital Sinus. A. In the 4th month female human foetus. B. In the 5th month female human foetus.
+Fig. 93. — Section showing the Uro-genital Sinus in the male foetus.
+Fig. 94.— A section to show the condition of the Vagina and Uterus at the 7th month of foetal life.
+Fig. 95. — The Division of the Cloaca into Rectal and Uro-genital Parts.
+Fig. 96.— A case of Imperforate Anus due to a persistence of the Anal Plate.
+Fig. 97. —A case in which the Rectal part of the Anal Plate has persisted and the Cloacal Septum has failed to fuse with the Perineal Septum.
+Fig. 98.— The Uro-genital Cleft or Depression and the Genital Tubercle and Folds towards the end of the 2nd month.
+Fig. 99.— A section of the male bladder and urethra at birth, showing the structures derived from the intra-abdominal part of the Allantois and from the Cloaca.
+Fig. 100.— A A section to show the condition of parts in Ectopia Vesicae.
+Fig. 101. — A diagram to show the position at which the Prostatic Tubules arise.
+Fig. 102. — The Position of the Testis in a foetus of 2£ months .
+Fig. 103. — Showing the Position of the Testis at the 6th month, and the Formation of the Gubernaculum Testis.
+Fig. 104.— The manner in which the structures in the wall of the abdomen are carried out so as to form the Inguinal Canal and Coverings of the Testis.
+Fig. 105.— A diagram of the Processus Vaginalis.
 </gallery>
 ==Formation of the Pubo-femoral Region, Pelvic Floor and Fascia==
 [[Book - Human Embryology and Morphology 10|Formation of the Pubo-femoral Region, Pelvic Floor and Fascia]]