564 



INDEX. 



Red corpuscles, views in regard to the 



nature of, i. 406. 

 haemoglobin crystals, 



i. 411 

 globulin and paraglo- 



buliii, i. 413 

 White 'Corpuscles, i. 414 



Development of blood corpuscles, 



i. 419, iii. 539 

 Bloodvessels, histology of, i. 264 



General structure, i. 265 



Arteries, i. 267 



Veins, i. 275 



Capillaries, i. 279 



Cavernous vessels, i. 289 



Vascular plexuses, i. 292 

 Bloodvessels of the corium, ii. 224 



of the intestinal canal, i. 

 586 

 Bone, i. 115 



Structure of, i. 115 



Matrix, i. 117 



Cartilage, i. 117 



Bone earth, i. 117 



Constituents of bone, i. 118 



Haversian canals, i. 119 



Lamellse, i. 119 



Fundamental lamellae, i. 119 



Intercalated lamellae, i. 120 



Bone corpuscles, i. 122 



Canaliculi, i. 123 



Primordial bones, i. 127 



Secondary bones, i. 127 



Sharpey's fibres, i. 126 



Perforating fibres, i. 126 



Development of the bones, i. 126 



Bone growth, i. 142 



Intra-cartilaginous, i. 137 



Periosteal, i/136 



Periosteum, i. 138 



Intra-membranous, i. 142 



Points of ossification, i. 128 



Osteoblasts, i. 135 



Bone medulla, red, i. 146 



Bone medulla, yellow, i. 145 



Myeloplaxes, i. 146 



Of the penis, ii. 318 

 Bowman's glands, iii. 203 

 Bowman's lamellae of the cornea, iii 



392 

 Bowman's disks and sarcous elements 



iii. 545 

 Brain, ii. 366 



General structure of, ii. 369 



Hemispheres of, ii. 378 



Peduncles of, ii. 411 



Origin of nerves from, ii. 479 

 Bronchia, ii. 52 

 Bruch's clusters, iii. 449 



Briicke's method of employing electricity 

 in microscopical research, i. xx. 



Briicke's behaviour of muscles in polar- 

 ised light, i. 235 



Brunner's glands, i. 568 



Burdach'^ slender fasciculi, ii. 337 



Canalis centralis medullaris, ii. 356 

 cechlearis, iii. 133 

 ganglionaris, iii. 140 

 intralobularis of the liver, ii. 13 

 Petiti, iii. 339 

 reuniens, iii. 121, 133 

 Schlemmii, iii. 340 

 Capillary vessels i. 279 

 Nucleated areas, i. 281 

 Stroma, i. 279 

 Cells of adventitia, i. 282 

 Escape of blood corpuscles from, i. 284 

 Stellate cells, i. 286 

 Capsule of Glisson, ii. 31 

 of the lens, iii. 370 

 of the teeth, Nasniyth's, i. 474 

 Caput gallinaginis, ii, 300 

 Carotid gland, i. 290 

 Cartilage, i. 95 



true or hyaline, i. 96 

 cells, i. 96 



fibre, i. 105 

 reticular, i. 106 

 cellular, i. 108 

 ,, development of, i. 109 

 matrix of, i. 109 

 calcification of, i. 114 

 Cavernous vessels, i. 289 

 Cement of the teeth, i. 475 

 Central nervous system, ii. 327 

 Cells, i. 1 



General observations, i. 1 



Ideal type of, i. 4 



Independency of, i. 4 



Physiological characters, i. 10 



Movements of, i. 11, 98 



Metamorphosis of, i. 14 



Desintegration in, i. 25 



Structure of, i. 27 



Nucleus, i. 30 



Origin of, i. 33 



Forms of, i. 40 



Connections of with others, i. 41 



Division of, i. 43 



Formative activity of, i. 45 



Changes of cells in death, i. 45 



Amoeboid, i. 54, iii. 376. 



Auditory, iii. 112, 160 



Cartilage, i. 96 



Cell clusters, ii. 551 



Chalice, ii. 56 



Ciliated, ii. 56, iii. 117, 481 



