Historical Anatomical Illustrations

Engravings and illustrations of anatomical structures from different historical periods, providing insight into early scientific studies.

Anatomical details of certain parts of the Echidna Soyeux from Van Diemen's Island. Published in Paris by J. Tastu between 1830 and 1835. The engraving measures 53 x 34 cm

Anatomical details of certain parts of the Echidna Soyeux from Van Diemen's Island. Published in Paris by J. Tastu between 1830 and 1835. The engraving measures 53 x 34 cm

Base of the skull, human teeth, knee cap (after Clopton Havers), mucus gland, etc. Copperplate engraving by Robert Benard from Denis Diderot's Encyclopedia, Pellet, Geneva, 1779.

The nose: four figures. Line engraving by A. Bell after A. Haller, 1798.

Prints of the Female Reproductive Organs, 1672 print Leaf from a book about the functioning of the female genitals, with book pressure on the Verso. Tabula XVII. paper engraving / letterpress printing ovaries

Anatomical illustration by F. E. Guérin. From Dictionnaire pittoresque d'histoire naturelle et des phénomènes de la nature - 1833/1834

Dissections of abortions of around eight and nine weeks: six figures, each with an accompanying line diagram. Copperplate engraving by T. Worlidge after J.V. Rymsdyk, 1774, reprinted 1851.

Anatomical study of the lungs and larynx, Pieter van Gunst, After Gerard de Lairesse, 1685 print Anatomical study and dissection of the lungs and larynx. T. 24 at the top right. Amsterdam paper engraving lungs, bronchia

A measured drawing of a skull, Cornelius Varley, 1781-1873, British, 1826, Graphite with black ink on medium, smooth, cream wove paper, Sheet: 15 1/4 x 9 7/8 inches (38.7 x 25.1 cm), anatomical, anatomical study, anatomy, bone, science, skull, still life, teeth

Anatomical study of the back of a skull and some other parts. At the top right numbered T. 90.

A history of British fossil reptiles, London, Cassell & Company Limited, 1849-1884. Great Britain, paleontology, fossils, reptile fossils, fossil stories, atlas, The illustration features a detailed anatomical study of a crocodilian skull, labeled with numbered annotations for various parts. The upper section displays a top view of the skull, emphasizing its unique shape and structure, while the bottom section includes a side view that captures the contours of the jaw and teeth. Additional representations show individual teeth, illustrating their distinct characteristics and arrangements. This comprehensive depiction serves as a valuable reference for understanding the morphology of crocodilians, particularly focusing on the species *Corythosaurus siamus*.

Anatomic Image, Robbert Muys, After Joannis Jacobus Bijlaert, 1752 - 1825 print Anatomical image. Top right: tab. Vi. paper etching / engraving physiology and anatomy (+ scientific research)

Human skull: three figures showing sections and an entire skull. Ink and watercolour, 1830/1835, after W. Cheselden, ca. 1733.

Several sections of diseased lymph vessels, numbered for key. Coloured lithograph by Ridolfi after Ottavio Muzzi, c. 1843.

Anatomical study of the shoulder blades and the Sternum, Pieter van Gunst, After Gerard de Lairesse, 1685 print Anatomical study of the shoulder blades and the Sternum. T. 95 at the top right. Amsterdam paper engraving / etching thorax. scapula, shoulder-blade. clavicle, collar-bone

Dyer's lichen or crab's eye lichen, Lichen perellus. Handcoloured copperplate engraving after a drawing by James Sowerby for James Smith's English Botany, 1800.

Anatomical image X, Jan Luyken, 1680 - 1688 print Print at the top right marked: fol. 284. Amsterdam paper etching anatomical models (usually series of five figures). biology

Shells, Angaria Delphinus (A) and Cymatium Pillare (B); Shells. .

Bones of the spine: eleven figures, showing the spine and individual vertebrae. Etching by or after J. Gamelin, 1778/1779.

An etching by Wenzel Hollar depicting a muff with a cloth, mask, glove, and a loop, created between 1645 and 1647.

Fauna antiqua sivalensis, Being the fossil zoology of the Sewalik Hills, in the North of India, London, Smith, Elder and Co, 1846, India, Paleontology, Siwalik Hills, Vertebrates, Fossil, Museum of Comparative Zoology, The illustration showcases various fossilized teeth of an extinct species, labeled with detailed annotations. Each specimen is depicted in varying orientations to highlight distinctive features such as ridges and wear patterns, allowing for comparative analysis. The accompanying descriptions beneath each illustration provide essential information, including the specific figures and dimensions, facilitating a deeper understanding of the dental morphology and its significance in paleontological studies. This representation emphasizes the intricacies of prehistoric life and the importance of dental characteristics in identifying species.

The head of a man with the meninges around the brain exposed. Line engraving by A. Bell after G. Bidloo, 1798.

Bones and cross-sections of bones of an okapi, a giraffe, an eland and a samotherium. Lithograph by J. Green.

Spondylus Gædaropus or Subauriculated Spondylus; Chama Gigas or Great Clamp Shell.. Shaw, George (1751-1813). Prints, Scientific illustrations. 1809. General Research Division. Animals, Zoology

A history of British fossil reptiles, London, Cassell & Company Limited, 1849-1884, Great Britain, paleontology, fossils, reptile fossils, fossil stories, arthropod, The illustration showcases a series of detailed anatomical studies of cross-sections of skulls belonging to various species of reptiles. Each section is meticulously labeled with numbers indicating different features, highlighting the unique structures and cavities present in their skulls. The topmost section displays a comparative view of different skull shapes, each characterized by distinct patterns of holes and ridges. The layers below provide insight into the structural variations among the specimens, emphasizing the complexity of reptilian skull anatomy and the evolutionary adaptations that have occurred within the group.

Fossilised bones represented animals destroyed by the great Biblical flood; From Physique sacree, ou Histoire-naturelle de la Bible, 1732-1737, by Johann Jakob Scheuchzer (1672 - 1733), a Swiss scholar born at Zurich

A disembowelled fish with details of its intestines, reproductive organs, roe and milt. Lithograph by W. Walton after F. Bauer.

Bones: four figures of various bones. Ink and watercolour, 1830/1835, after W. Cheselden, ca. 1733.

A history of British fossil reptiles, London, Cassell & Company Limited, 1849-1884. Great Britain, paleontology, fossils, reptile fossils, fossil stories, The illustration features a detailed study of vertebrae from a species identified as Streptocephalus. Various angles and views are presented, showcasing the morphological characteristics of the vertebrae, including their shape and structural features. Each vertebra is labeled with corresponding letters or numbers for reference, highlighting the complexity of the skeletal structure. The scientific study aims to provide insight into the anatomy of this organism, emphasizing the distinct features that differentiate these vertebrae from others.

The naturalist's miscellany, or Coloured figures of natural objects, London, Printed for Nodder & Co, 1789-1813, animals, pictorial works, zoology, museums, Victoria., A beautifully illustrated seashell, showcasing intricate patterns and a striking blend of colors. The shell features a tapered, spiral shape with distinct ridges and valleys that create a mesmerizing texture. Vibrant hues of orange, red, and cream are artistically arranged in a swirling design, enhancing its natural beauty. Surrounding the shell, soft, neutral tones set it off elegantly, providing a serene backdrop that highlights the shell's complexity and detail. This depiction captures the essence of marine life and the artistry found in nature's creations.

Fossil of extinct oyster species, Trihites plati. Trichite massiccia. Handcoloured copperplate stipple engraving from Antoine Laurent de Jussieu's Dizionario delle Scienze Naturali, Dictionary of Natural Science, Florence, Italy, 1837. Illustration engraved by Carini, drawn by Jean Gabriel Pretre and directed by Pierre Jean-Francois Turpin, and published by Batelli e Figli. Turpin (1775-1840) is considered one of the greatest French botanical illustrators of the 19th century.

Four sections of diseased intestine. Coloured aquatint by W. Say after F. R. Say for Richard Bright, 1827.

Anatomical study of the Holy Been and the tail bone, Pieter van Gunst, After Gerard de Lairesse, 1685 print Anatomical study of the holy leg and the tail bone. At the top right numbered T. 98. Amsterdam paper engraving pelvis

The sacrum and pelvis: five views. Line engraving by A. Bell after J.-J. Sue, 1798.

Plate LXXVIII. Surgical techniques to repair club-foot.

The outer forepart of the uterus, the inside of the placenta and a portion of the internal surface of the uterus: three figures. Copperplate engraving by P.C. Canot after I.V. Rymsdyk, 1774, reprinted 1851.

Figures 1 and 2 show the juvenile stage of a parasitic copepod in fish. Figures 3 and 4 show abalone, without shell. Top right: Pl. 16. Print from a book on domestic and foreign terrestrial and aquatic animals, Crustacean and mollusk, print maker: Robbert Muys, (mentioned on object), intermediary draughtsman: Martinus Slabber, (mentioned on object), intermediary draughtsman: P. Snijders, (mentioned on object), Rotterdam, 1778, paper, etching, h 210 mm × w 163 mm

The First Book of any Size Restricted to Molluscs; Ricreatione Dell'Occhio e Della Mente Nell' Osservation 'Delle Chicciole. Filippo Buonanni (1638-1725). Engraving. 1681. 242 x 177mm.

Surgical instruments to remove foreign bodies from the esophagus 1-3, encysted stone in the bladder 4 and a hernia in the bowel 5. Copperplate engraving by Robert Benard from Denis Diderot's Encyclopedia, Pellet, Geneva, 1779.

Muscles of the upper leg and hip. Engraving, 1686, after Gérard de Lairesse, 1685.

Animal skull, shown from beneath, above and from the side. Lithograph by R. Ball, 1857.

Ligaments attached to the pelvis and sacrum: two views. Line engraving by A. Bell after J. Weitbrecht, 1798.

Prints of the Female Reproductive Organs. In 1672, physician and anatomist Reinier de Graaf published his De mulierum organis about the female reproductive organs. The book contains detailed prints by Hendrik Bary, among them several of the vagina. De Graaf was the first to conclude that a foetus was the product not just of a mans seed, but also of a womans egg. He discovered what he called blisters, which later became known as Graafian follicles.

Anatomical drawing by William Cheselden in Osteographia, or The anatomy of the bones. (London: 1733).

Table XLVI-XLVII. A medicinal dictionary, 1743-45.

Details of the anatomy of the penis, after Heister and Graaf. Engraving by Benard, late 18th century.

Limewood models of the ear by G. Mastiani 1743. Engraving, 1749.

Beak and feet of the platypus, Ornithorhynchus anatinus. Duck-billed platypus, Platypus anatinus. Copperplate engraving by James Heath from George Shaws General Zoology: Mammalia, G. Kearsley, Fleet Street, London, 1800.

A history of British fossil reptiles, London, Cassell & Company Limited, 1849-1884. Great Britain, paleontology, fossils, reptile fossils, fossil stories, The illustration features a detailed anatomical representation of vertebrae, showcasing their unique structures and interrelationships. At the top, a larger fossilized segment is prominently displayed, with intricate textures indicating the complexity of the skeletal formation. Beneath it, additional vertebral elements are presented, each labeled with numbers for reference, highlighting individual characteristics such as articulating surfaces and processes. This scientific depiction emphasizes the study of paleontology, particularly the examination of ancient species and their skeletal remains.

Dissections showing the development of the foetus, from embryo to the latter stages of pregnancy: Nine figures, including an illustration of the placenta within the uterus, with umbilical cord attached. Coloured line engraving by W.H. Lizars, ca. 1827.

The bones of the arm. Engraving after G. de Lairesse, 1739.

Dissections of an elephant's trunk and tusks: seven figures. Etching by R. Vinkeles 1787/1800 (), after P. Camper, 1774.

The spinal cord: five figures. Line engraving by A. Bell after G. Bidloo, 1798.

Prints of the Female Reproductive Organs. In 1672, physician and anatomist Reinier de Graaf published his De mulierum organis about the female reproductive organs. The book contains detailed prints by Hendrik Bary, among them several of the vagina. De Graaf was the first to conclude that a foetus was the product not just of a mans seed, but also of a womans egg. He discovered what he called blisters, which later became known as Graafian follicles.

Bones and joints deformed by arthritis: five figures. Chromolithograph by W. Gummelt, ca. 1897.

White cabbage (brassica oleracea); White Cauwel. / Brassica Alba Sessilis. Glomerata aut capitata. / Choux blanc .. white cabbage (a little purple colored, but no red cabbage). At the top right numbered: 149. With the cabbage the Latin names. Part of the second album with drawings of flowers and plants. Ninth of twelve albums with drawings of animals, birds and plants known around 1600, made by Emperor Rudolf II. With explanation in Dutch, Latin and French.

Etching by Jacques Callot illustrating a battle in the Arno River in Florence, produced after 1619.

Boletus (Boletus). Draughtsman: Anselmus Boëtius de Boodt. Draughtsman: Elias Verhulst. Dating: 1596 - 1610. Place: Praag. Measurements: h 246 mm × w 161 mm. Museum: Rijksmuseum, Amsterdam.

Several examples of diseased brain and spinal column, numbered for key. Coloured lithograph by Batelli after Ottavio Muzzi, c. 1843.

La Teoria Darwiniana e la Creazione detta indipendente, Lettera, tradotta, dal Francese, Bologna, 1875., A detailed illustration of two skeletal structures representing the forelimb of an animal, showcasing the intricate anatomy of bones. On the left, a smaller forelimb with a distinct arrangement of phalanges and metacarpal bones, labeled with Roman numerals indicating specific parts. On the right, a larger forelimb displays a more elongated structure, with a clear emphasis on the curvature of the bones, and claws at the tips of the fingers. Each bone is meticulously outlined to highlight the differences in size and shape, providing a comparative view of the skeletal anatomy. The illustration is labeled to assist in the identification of various components, contributing to a deeper understanding of comparative anatomy in vertebrates.

Muscles of the shoulder: 24 figures. Line engraving by A. Bell after B.S. Albinus, 1777.

Atlas and Sternum van de Walvis, 1827, 1828 The atlas vertebra and ternum (breastbone) of the whale. Illustration in a publication about whale stranded on November 4, 1827 at Ostend. The whale was owned by H. Kessels and J. Dubar. Brussels paper Oostende The atlas vertebra and ternum (breastbone) of the whale. Illustration in a publication about whale stranded on November 4, 1827 at Ostend. The whale was owned by H. Kessels and J. Dubar. Brussels paper Oostende

Plate XX, Surgical removal of a bladder stone using a bistoury and forceps.

Dissection of the internal organs of an elephant: three figures. Etching by R. Vinkeles 1787/1800 (), after P. Camper, 1774.

Shells, telescopium telescopium (A) and Fusinus Laticostatus (B), Wencslaus Hollar, 1644 - 1652 print Antwerp paper etching molluscs (+ shell, snail-shell etc.)

Images of a pluimmug larva at full size, an enlargement of the animal and an enlargement of the head and tail. In addition, images of parts of the insect at a subsequent stage of development. Top right: Pl. 3. Print from a book on domestic and foreign land and aquatic animals, Pluimmug larva, print maker: Robbert Muys, (mentioned on object), intermediary draughtsman: P.M. Brasser, (mentioned on object), Rotterdam, 1778, paper, etching, h 212 mm × w 166 mm

Les mollusques, Paris, 1836-1845, classification, mollusks, pictorial works, shells, sea life, An illustration depicting the anatomical structure of mollusks and their shells, presented in a series of detailed, labeled diagrams. The first section presents a cross-sectional view of a bivalve shell, showcasing the layers and internal features. The middle diagram illustrates the internal anatomy of a gastropod, highlighting the digestive and reproductive systems. The final illustration displays a more complex representation, likely of a more advanced mollusk, emphasizing the curvature and distinctive forms of the internal organs. Each component is meticulously labeled, providing insight into the biological and morphological aspects of these marine organisms.

N. Venette "Generation de l'homme", 1696; figure

Prints of the Female Reproductive Organs. In 1672, physician and anatomist Reinier de Graaf published his De mulierum organis about the female reproductive organs. The book contains detailed prints by Hendrik Bary, among them several of the vagina. De Graaf was the first to conclude that a foetus was the product not just of a mans seed, but also of a womans egg. He discovered what he called blisters, which later became known as Graafian follicles.

Fat particles from the kidneys of a large sheep and some viewed with the aid of a microscope (fig. 1, a-d; e-h; i-m) (illustrations to entry on Adeps); human allantois of twins, in two views (figs 2-3), and an allantois of a small aborted foetus (fig. 4) (illustrations to entry on Allantois) Etching by G. Bickham after himself, 1743.

Skeleton, skull and tooth of der Höhlenbär, cave bear, Ursus spelaeus. Lithograph by an unknown artist from Dr. F.A. Schmidt's "Petrefactenbuch," published in Stuttgart, Germany, 1855 by Verlag von Krais & Hoffmann. Dr. Schmidt's "Book of Petrification" introduced fossils and palaeontology to both the specialist and general reader.

Le règne animal distribué d'après son organisation, Paris, 1836-1849, anatomy, comparative, animals, classification, identification, nomenclature, zoology, Museum of Comparative Zoology, The illustration features a detailed depiction of a cephalopod, highlighting its unique anatomical features. The main focus is on the creature's bulbous body and intricate textures, showcasing its distinct shape and patterns. Accompanying the central figure are additional diagrams that illustrate various anatomical structures, including the internal shell and possibly the surrounding environment. The arrangement emphasizes the complexity of the cephalopod's anatomy, providing insights into its biological composition and adaptations.

Zoological lectures delivered at the Royal Institution, London, Kearsley, 1809, zoology, An intricate illustration of a cephalopod, specifically the grounded or interspersed paper nautilus, characterized by its distinct, elongated body and prominent tentacles. The creature is depicted with a detailed focus on its anatomy, showcasing the various appendages that extend gracefully from its central form. The shading and line work highlight the texture of the skin and the intricate patterns that adorn its body, evoking a sense of the oceanic environment from which it originates. Below the illustration, a caption notes the name of the species and its publication details, adding a historical context to the artwork.

Muscles of the upper leg: two figures. Lithograph by Martelli after C. Squanquerillo, 1840.

Numbered anatomy of the pelvis Pelvis Tab. III. Anatomy of different parts of the human body (series title), print maker: Jacob van der Schley, (mentioned on object), intermediary draughtsman: Petrus Camper, (mentioned on object), 1762, paper, etching, engraving, h 587 mm × w 390 mm

The uterus, after Swammerdam, De Graaf and Cheselden. Etching, 1743.

Ink and watercolor study by Johann Rudolf Schellenberg showing ovipositor, abdomen, legs, and foot of a fly, over pencil with edging lines, circa 1781-1803.

. Figures 1 and 2 show the youth stage of a parasitic copepode in fish. Figure 3 and 4 show sea ear, without shell. At the top right: pl. 16. Print from a book about domestic and foreign agricultural and water animals.

Prints of the Female Reproductive Organs, Hendrik Bary, after Reinier de Graaf, 1672 print Leaf from a book about the functioning of the female genitals, with book pressure on the Verso. Tabula IV. paper engraving / letterpress printing female sexual organs

Sixta fig.: Venarum panter acarterum Carebri senem explicat , Ven & arterialis delineatio , Arteria venalis processvs.. Geminus, Thomas, d. 1562. Prints, Illustrations, Scientific illustrations. 1545. Rare Book Division. Human anatomy, Anatomy

Plate III. Illustrations. 1822 - 1823. General Research Division

Testudinella patina, microscopic zooplankton. Illustration signed S (George Shaw).. Handcolored copperplate engraving from George Shaw and Frederick Nodder's "The Naturalist's Miscellany" 1795. Frederick Polydore Nodder (1751~1801) was a gifted natural history artist and engraver. Nodder honed his draftsmanship working on Captain Cook and Joseph Banks' Florilegium and engraving Sydney Parkinson's sketches of Australian plants. He was made "botanic painter to her majesty" Queen Charlotte in 1785. Nodder also drew the botanical studies in Thomas Martyn's Flora Rustica (1792) and 38 Plates (1799).

Engraving from Micrographia, 1665, by Robert Hooke.

Fauna Antiqua Sivalensis Being The Fossil Zoology Of The Siwalik Hills In The North Of India London Smith Elder And Co. 1846 India Paleontology Siwalik Hills Vertebrate Fossil Museum Of Comparative Zoology, The illustration features a detailed study of the skull and tusks of the extinct species Elephas camplei, commonly recognized as a prehistoric elephant. Various angles of the skull are presented, showcasing its anatomical features, including the contours of the cranium and the structure of the molars. A curved tusk is depicted at the bottom, emphasizing its prominent size and shape. Each part is meticulously labeled, providing a clear reference for study in paleontology, contributing to the understanding of Elephas camplei's morphology and evolutionary significance.

Sections through the brain, cerebellum and ventricles. Handcolored steel engraving by Davesne of a drawing by Leveille from Dr. Joseph Nicolas Masse's "Petit Atlas complet d'Anatomie descriptive du Corps Humain," Paris, 1864, published by Mequignon-Marvis. Masse's "Pocket Anatomy of the Human Body" was first published in 1848 and went through many editions.

A history of British fossil reptiles, London, Cassell & Company Limited, 1849-1884. Great Britain, paleontology, fossils, reptiles, fossil, fossil stories, arthropod, This illustration features two distinct geological formations, each labeled with figure numbers. The first formation, labeled as Fig. 1, showcases a prominently shaped rock resembling a natural sculpture, with intricate detailing of texture and form. Adjacent to it are smaller sketches, labeled as Fig. 3 and Fig. 6, presenting different views or aspects of similar geological features. Below, Fig. 2 depicts another formation, emphasizing its unique contours and surfaces. The layout suggests a study of these formations, likely aiming to analyze their characteristics and origins, highlighting the artistry and complexity found in natural rock structures.

Sea anemone and shell of the sea snail Trigonostoma Scalare, Anonymous, 1767 print paper etching / engraving molluscs (+ shell, snail-shell etc.). coelenterata: anemone

Animal skull, shown from beneath, above and from the side: four figures. Lithograph by R. Ball (), 1857.

Sexual organs of the male, the female and hermaphrodites. Etching.

Cerebrum: view from below. Line engraving by Campbell, 1816/1821.

Marble cone, Conus marmoreus. Illustration drawn and engraved by Richard Polydore Nodder. Handcolored copperplate engraving from George Shaw and Frederick Nodder's "The Naturalist's Miscellany," London, 1795. Most of the 1,064 illustrations of animals, birds, insects, crustaceans, fishes, marine life and microscopic creatures were drawn by George Shaw, Frederick Nodder and Richard Nodder, and engraved and published by the Nodder family. Frederick drew and engraved many of the copperplates until his death around 1800, and son Richard (1774~1823) was responsible for the plates signed RN or RPN. Richard exhibited at the Royal Academy and became botanic painter to King George III.

Anatomical representation of the tongue, nose and index finger, Nicolaas van Frankendaal, 1759 print Anatomical representation of the tongue, inside of the nose and the index finger, with numbers. Print in the middle of it marked: Tom. I.2.de Lecon Pl. 4. Amsterdam paper etching anatomical models (usually series of five figures)

Zoologie. Mammifères. (Supplément.) Carnassiers., 1809 - 1828. Published in Paris by Impr. impériale., 70 x 50 cm. Features elements related to Egypt, skulls, and Carnivora

Fauna Antiqua Sivalensis, being the fossil zoology of the Sewalik Hills, in the north of India, London, Smith, Elder and Co, 1846, India, paleontology, Siwalik Hills, vertebrate fossil, Museum of Comparative Zoology, The illustration showcases various dental structures of the extinct species Elephas planifrons, with a focus on different types of molars and their distinctive features. Each specimen is meticulously labeled, providing insights into the morphology and evolutionary adaptations of this prehistoric elephant. The arrangement highlights the diversity in dental formations, reflecting the species' diet and habitat. Detailed annotations accompany each figure, enhancing the understanding of the anatomical characteristics that distinguish Elephas planifrons from other related species.

Diagrams showing the characteristics of antediluvian flints

Anatomy van the Pelvis, Jacob van the Skley, After Petrus Camper, 1762 print paper etching / engraving parts of the human body (skeleton excepted). pelvis

Skull of an elephant: eight figures showing the skull and jawbone. Etching by R. Vinkeles 1787/1800 (), after P. Camper, 1774.

Dissection of the pregnant uterus at six months, showing the placenta and the decidua: four figures. Copperplate engraving by Menil after J.V. Rymsdyk, 1774, reprinted 1851.

D. Jacob Christian Schäffer's Abhandlungen von Insecten Regensburg, Verlegts Johann Leopold Montag, 1764-1779, insects, parasites, arthropods, life cycle, holometabolism, insect anatomy, green hydra, hydra viridissima, Grüne Süßwasserpolyp, This illustration presents a detailed anatomical study of various aquatic organisms, highlighting specific features of their anatomy. The upper left section displays the anatomical structure of a fish, with labeled parts such as the gills and fins, demonstrating the complexity of its respiratory and locomotor systems. Other sections feature the anatomy of different creatures, including an emphasis on sensory organs like eyes and lateral lines, which are crucial for navigation and hunting in aquatic environments. Each labeled part provides insight into the evolutionary adaptations that these organisms possess, showcasing the diversity of life forms and their specialized structures for survival in water. The arrangement of figures suggests a comparati

Dissection of diseased intestines. Watercolour, ca. 1851.

Various depictions of bones.

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