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E-raamat: Comparative Anatomy of the Mouse and the Rat: A Color Atlas and Text

  • Formaat: 276 pages
  • Ilmumisaeg: 01-Nov-2024
  • Kirjastus: CRC Press
  • Keel: eng
  • ISBN-13: 9781040294253
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Comparative Anatomy of the Mouse and the Rat: A Color Atlas and TextSuurem pilt
  • Formaat: 276 pages
  • Ilmumisaeg: 01-Nov-2024
  • Kirjastus: CRC Press
  • Keel: eng
  • ISBN-13: 9781040294253
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Key features:

Beautifully illustrated with detailed, full-colour images - very user-friendly for investigators, students, and technicians who work with animals Provides essential information for research and clinical purposes, describing some structures not usually shown in any other anatomy atlas In each set of illustrations, the same view is depicted in the mouse and the rat for easy comparison Text draws attention to the anatomical features which are important for supporting the care and use of these animals in research Endorsed by the American Association of Laboratory Animal Science (AALAS) Comparative Anatomy of the Mouse and Rat: a Color Atlas and Text provides detailed comparative anatomical information for those who work with mice and rats in animal research. Information is provided about the anatomical features and landmarks for conducting a physical examination, collecting biological samples, making injections of therapeutic and experimental materials, using imaging modalities, and performing surgeries.

Arvustused

As the title suggests, this is an in-depth anatomy textbook. It is ring bound, so it lies flat and fits nicely on a mayo stand in surgery, or on a counter during a postmortem evalu- ation. This book is visually appealing as it has many detailed, well- done, full color drawings of mouse and rat anatomy throughout. Topics are covered that I didn't expect, such as the detailed section on Juvenile Features, which includes drawings of mouse and rat pups at < 24 hours, 5 days, 11 days, 21 days, and adult, explaining how you would sex each species at each age. This book is endorsed by the American Association of Laboratory Animal Science (AALAS), and the value of this book for laboratory animal veterinarians is clear. I do, however, feel that this book could also be a valuable resource for clinical practitioners. As an exotic animal veterinarian, for example, I was very interested to see the detailed drawings of the mammary glands. Mammary gland tumors are a common issue in mice and rats, so it is good to be able to appreciate how far that tissue extends from the ventral area and the actual papillae. Many of the other sections would be useful in establishing the locations of structures for radiographs, surgery, sample collection, catheter placement, etc.

Overall, I found this book to be very interesting, visually appealing, and a detailed exploration of the anatomy of the mouse and rat, with the differences between the species clearly highlighted in the text. This textbook would be a useful reference for laboratory animal veterinarians and exotic animal practitioners.

Reviewed by Teresa Bousquet, DVM, Park Veterinary Centre, Alberta for The Canadian Veterinary Journal, March 2019.

Acknowledgments viii
Preface ix
Nomenclature and Abbreviations xi
Body Regions
1(8)
Figure 1 Body regions (lateral aspect), shown in the male rat
2(1)
Figure 2 Body regions (ventral aspect), shown in the male rat
3(1)
Figure 3 Female reproductive landmarks (ventral aspect), shown in the rat
4(1)
Figure 4 Facial regions of the head (lateral aspect), shown in the rat
5(1)
Figure 5 Landmarks for access to cervicothoracic vessels (ventral aspect), shown in the rat
6(3)
Juvenile Features and Sex Differentiation
9(24)
Figure 6A Mouse. Neonate, albino (lateral aspect), age less than 24 hours, after feeding
10(1)
Figure 6B Rat. Neonate, albino (lateral aspect), age less than 24 hours, after feeding
11(3)
Figure 7A Mouse. Sexing juveniles, albino (perineal aspect), 5th day of age
14(1)
Figure 7B Rat. Sexing juveniles, albino (perineal aspect), 5th day of age
15(3)
Figure 8A Mouse. Sexing juveniles, agouti (perineal aspect), 11th day of age
18(1)
Figure 8B Rat. Sexing juveniles, albino (positioned with head down, perineal aspect), 11th day of age
19(1)
Figure 8C Rat. Sexing juveniles, albino (positioned with head up, perineal aspect), 11th day of age
20(4)
Figure 9A Mouse. Sexing juveniles (perineal aspect), 21st day of age
24(1)
Figure 9B Rat. Sexing juveniles (perineal aspect), 21st day of age
25(3)
Figure 10A Mouse. Sexing adults (perineal aspect)
28(1)
Figure 10B Rat. Sexing adults (perineal aspect)
29(4)
External Features
33(18)
Figure 11A Mouse. Male adult (dorsal aspect)
34(1)
Figure 11B Rat. Male adult (dorsal aspect)
35(3)
Figure 12A Mouse. Male adult (ventral aspect)
38(1)
Figure 12B Rat. Male adult (ventral aspect)
39(3)
Figure 13A Mouse. Female adult (ventral aspect)
42(1)
Figure 13B Rat. Female adult (ventral aspect)
43(3)
Figure 14A Mouse. Feet (palmar and plantar aspects)
46(1)
Figure 14B Rat. Feet (palmar and plantar aspects)
47(4)
Mammary Glands
51(6)
Figure 15A Mouse. Mammary glands in lateral, ventral, and dorsal aspects
52(1)
Figure 15B Rat. Mammary glands in lateral and ventral aspects
53(4)
Structures of the Head and Neck
57(42)
Figure 16A Mouse. Head, facial (lateral aspect), showing vibrissae
58(1)
Figure 16B Rat. Head, facial (lateral aspect), showing vibrissae
59(3)
Figure 17A Mouse. Head, lacrimal and salivary glands (lateral aspect)
62(1)
Figure 17B Rat. Head, lacrimal and salivary glands (lateral aspect)
63(3)
Figure 18A Mouse. Orbital veins and venous plexus (lateral aspect)
66(1)
Figure 18B Rat. Orbital veins and venous plexus (lateral aspect)
67(3)
Figure 19A Mouse. Brain with arterial and venous vasculature (dorsal aspect)
70(1)
Figure 19B Rat. Brain with arterial and venous vasculature (dorsal aspect)
71(3)
Figure 20A Mouse. Brain with arterial vasculature (ventral aspect)
74(1)
Figure 20B Rat. Brain with arterial vasculature (ventral aspect)
75(3)
Figure 21A Mouse. Brain with arterial vasculature (left lateral aspect)
78(1)
Figure 21B Rat. Brain with arterial vasculature (left lateral aspect)
79(3)
Figure 22A Mouse. Brain (median section)
82(1)
Figure 22B Rat. Brain (median section)
83(3)
Figure 23A Mouse. Head (median section)
86(1)
Figure 23B Rat. Head (median section)
87(3)
Figure 24A Mouse. Pharynx (rostral aspect from the open mouth)
90(1)
Figure 24B Rat. Pharynx (rostral aspect from the open mouth)
91(3)
Figure 25A Mouse. Head and neck to upper thorax, including the heart and great vessels (ventral aspect)
94(1)
Figure 25B Rat. Head and neck to upper thorax, including the heart and great vessels (ventral aspect)
95(4)
Heart, Vascular Tree, and Respiratory Tract
99(52)
Figure 26A Mouse. Projection of the thoracic viscera (left aspect)
100(1)
Figure 26B Rat. Projection of the thoracic viscera (left aspect)
101(3)
Figure 27A Mouse. Projection of the rib cage and the thoracic viscera (left aspect)
104(1)
Figure 27B Rat. Projection of the rib cage and the thoracic viscera (left aspect)
105(3)
Figure 28A Mouse. Projection of the thoracic viscera (right aspect)
108(1)
Figure 28B Rat. Projection of the thoracic viscera (right aspect)
109(3)
Figure 29A Mouse. Projection of the rib cage and the thoracic viscera (right aspect)
112(1)
Figure 29B Rat. Projection of the rib cage and the thoracic viscera (right aspect)
113(3)
Figure 30A Mouse. Projection of the thoracic viscera (ventral aspect)
116(1)
Figure 30B Rat. Projection of the thoracic viscera (ventral aspect)
117(3)
Figure 31A Mouse. Projection of the rib cage and thoracic viscera (ventral aspect)
120(1)
Figure 31B Rat. Projection of the rib cage and thoracic viscera (ventral aspect)
121(3)
Figure 32A Mouse. Topography of the heart in situ (left aspect)
124(1)
Figure 32B Rat. Topography of the heart in situ (left aspect)
125(3)
Figure 33A Mouse. Topography of the heart in situ (right aspect)
128(1)
Figure 33B Rat. Topography of the heart in situ (right aspect)
129(3)
Figure 34A Mouse. Heart (atrial and auricular aspects)
132(1)
Figure 34B Rat. Heart (atrial and auricular aspects)
133(3)
Figure 35A Mouse. Heart in situ (ventral aspect) and reflected cranially (dorsal aspect)
136(1)
Figure 35B Rat. Heart in situ (ventral aspect) and reflected cranially (dorsal aspect)
137(3)
Figure 36 Longitudinal section through the heart (atrial aspect), semi-schematic
140(2)
Figure 37A Mouse. Cervicothoracic organs (ventral aspect)
142(1)
Figure 37B Rat. Cervicothoracic organs (ventral aspect)
143(3)
Figure 38A Mouse. Heart and vascular tree (ventral aspect)
146(1)
Figure 38B Rat. Heart and vascular tree (ventral aspect)
147(4)
Abdominal Structures
151(30)
Figure 39A Mouse, male. Abdominal topography (left aspect)
152(1)
Figure 39B Rat, female. Abdominal topography (left aspect)
153(3)
Figure 40A Mouse, male. Abdominal topography (right aspect)
156(1)
Figure 40B Rat, female. Abdominal topography (right aspect)
157(3)
Figure 41A Mouse, female. Abdominal topography (ventral aspect)
160(1)
Figure 41B Rat, female. Abdominal topography (ventral aspect)
161(3)
Figure 42A Mouse, female. Liver, stomach, and intestines (ventral aspect), intestines displaced
164(1)
Figure 42B Rat, male. Liver, stomach, and intestines (ventral aspect), intestines displaced
165(3)
Figure 43A Mouse. Upper abdominal structures (ventral aspect), liver reflected cranially
168(1)
Figure 43B Rat. Upper abdominal structures (ventral aspect), liver reflected cranially
169(3)
Figure 44A Mouse. Stomach, distal esophagus, and proximal duodenum (internal aspect). Left, median section through the long axis. Right, section through the major curvature
172(1)
Figure 44B Rat. Stomach, distal esophagus, and proximal duodenum (internal aspect). Left, median section through the long axis. Right, section through the major curvature
173(3)
Figure 45A Mouse. Parietal lymph nodes of the roof of the abdominal cavity (ventral aspect)
176(1)
Figure 45B Rat. Parietal lymph nodes of the roof of the abdominal cavity (ventral aspect)
177(4)
Male Urogenital Apparatus
181(32)
Figure 46A Mouse. Male caudal abdominal and pelvic viscera including the testicle (left lateral aspect)
182(1)
Figure 46B Rat. Male caudal abdominal and pelvic viscera including the testicle (left lateral aspect)
183(3)
Figure 47A Mouse. Male reproductive and urinary apparatus (ventral aspect)
186(1)
Figure 47B Rat. Male reproductive and urinary apparatus (ventral aspect)
187(3)
Figure 48A Mouse. Testicle, epididymis, and spermatic cord (left lateral aspect)
190(1)
Figure 48B Rat. Testicle, epididymis, and spermatic cord (left lateral aspect)
191(3)
Figure 49A Mouse. Testicle, epididymis, and spermatic cord (right medial aspect)
194(1)
Figure 49B Rat. Testicle, epididymis, and spermatic cord (right medial aspect)
195(3)
Figure 50A Mouse. Penis, reflected caudally (dorsal aspect)
198(1)
Figure 50B Rat. Penis, reflected caudally (dorsal aspect)
199(3)
Figure 51A Mouse. Proximal urethra and urethral recess (dorsal aspect, positioned with head up), median section through urethral recess
202(1)
Figure 51B Mouse. Latex cast of pelvic urethra (lateral aspect, positioned with head to the left)
203(1)
Figure 51C Mouse. Latex cast of pelvic urethra (dorsal aspect, positioned with head to the left)
204(1)
Figure 51D Rat. Proximal urethra and related structures (median section, positioned with head to the left)
205(3)
Figure 52A Mouse. Penis (median section), stained by hematoxylin and eosin
208(1)
Figure 52B Rat. Penis (median section), stained by hematoxylin and eosin
209(4)
Female Urogenital Apparatus
213(14)
Figure 53A Mouse. Female caudal abdominal and pelvic viscera (left lateral aspect)
214(1)
Figure 53B Rat. Female caudal abdominal and pelvic viscera (left lateral aspect)
215(3)
Figure 54A Mouse. Female reproductive and urinary apparatus (ventral aspect)
218(1)
Figure 54B Rat. Female reproductive and urinary apparatus (ventral aspect)
219(3)
Figure 55A Mouse. Round ligament of the uterus (ventral aspect)
222(1)
Figure 55B Rat. Round ligament of the uterus (ventral aspect)
223(4)
Pelvic Limb Vessels and Nerves
227(10)
Figure 56A Mouse. Pelvic limb, left (lateral aspect)
228(1)
Figure 56B Rat. Pelvic limb, left (lateral aspect)
229(3)
Figure 57A Mouse. Pelvic limb, left (medial aspect)
232(1)
Figure 57B Rat. Pelvic limb, left (medial aspect)
233(4)
Structures of the Tail
237(6)
Figure 58A Mouse. Base of the tail (cross section), stained by hematoxylin and eosin
238(1)
Figure 58B Rat. Base of the tail (cross section), stained by hematoxylin and eosin
239(4)
Skeletal Structures
243(10)
Figure 59A Mouse. Skeleton (left lateral aspect)
244(1)
Figure 59B Rat. Skeleton (left lateral aspect)
245(3)
Figure 60A Mouse. Skull and details of teeth (left lateral aspect)
248(1)
Figure 60B Rat. Skull and details of teeth (left lateral aspect)
249(4)
Bibliography 253(2)
References 255(2)
Index 257
Dr. G. M. Constantinescu investigates the gross anatomy of domestic and laboratory animals in general, focusing on the locomotor apparatus, the peripheral and autonomic nervous system, as well as on the anatomical nomenclature. The latter work was used to write and illustrate two sections of the Illustrated Nomina Anatomica Veterinaria. He is one of the five members of the Editorial Committee for the 5th edition of the Nomina Anatomica Veterinaria, and the only one representing the two Americas. In addition, he maintained his interest in the areas of congenital malformations in mammals and animation in cardiology. Dr. G. Constantinescu is also a medical illustrator; he wrote and illustrated his own books Clinical Dissection Guide for Large Animals and Guide to Regional Ruminant Anatomy Based on the Dissection of the Goat and Clinical Anatomy for Small Animal Practitioners, the last one translated into Portuguese, Japanese and French. As co-author he contributed with text, and illustrated several other books in English and in Romanian, some published, others in press.
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