546 



INDEX. 



distinction between, and chlorosis, 

 261. 



Leydig, on structure of muscle, 80, 83. 



Life, characteristics of, 324 ; duration of 

 in different elements, 500-501. 



Lipomata, 363. 



Liquefaction, of bone, 464, 496 ; of in- 

 tercellular substance of connective tis- 

 sue, 496. 



fiiver, hypertrophy and hyperplasy of, 

 94 ; arrangement of capillary vessels 

 in acini of, and their relation to hepa- 

 tic cells, 102-103 ; the three constitu- 

 ents of capillary network in acini, 103 ; 

 secretion of, due to hepatic cells, 159; 

 its connection with the hajmorrhagic 

 diathesis, 164 ; enlargement of, and 

 changes in, from infectant matters in 

 blood, 246 ; secondary cancer more 

 frequent in, than in lungs, 253, 505 ; 

 increased secretion provoked in, by 

 injection of irritating substances into 

 blood, 331 ; fatty physiological and 

 pathological, 37u-374 ; intermediate in- 

 terchange of matter in, by means of 

 biliary ducts, 371-372; three zones 'jf 

 change (fat, amyloid matter, pigment) , 

 in acini of, 371-372 ; persistence of 

 cells, in fatty, 373-374 ; curability of 

 fatty condition of, 374; amyloid de- 

 generation of, 417-418. 



Lobstein, 93. 



Loculi, of cancer, how produced, 499. 



Locus Niger, 295. 



Long Bones (i. ., osseous tissue of), 

 growth in length of, from cartilage, 

 in thickness, from periosteum, 451- 

 452. 



Ludwig, on molecules of nerves when at 

 rest, 328 ; on salivary glands, 329. 



Lungs, metastases (metastatic deposits) 

 in, as a rule due to peripheral throm- 

 bosis, 24U, deposition of bone-earth in, 

 in mollities ossium, 249 ; secondary 

 cancer less frequent in, than in liver, 

 253-505 ; myeline in, 270 ; fatty and 

 pigmentary degeneration of epithelium 

 of air-cells of, 387 ; gangrene of, from 

 gangrenous metamorphosis of throm- 

 bus in transverse sinus after caries of 

 internal ear, 387 ; laminated bodies in, 

 412. 



Luxuriation, 489. 



Luys, on excretion of starch through 

 skin, 420. 



Lymph, conveys corpuscular elements to 

 blood, 191 ; fibrine Of, how it differs 

 from fibrine of blood, 192, not perfect 

 fibrine, 192. 



Lymph-corpuscles, 209. 



Lrmphatis Glands, how distinguished 



from ordinary secreting glands, 78 ; 

 supply blood with its corpuscular 

 elements, 191, 204; affection of, in 

 erysipelas and diffuse phlegmonous 

 inflammation, 200, in typhoid fever, 



200 ; leucocytosis due to affection of, 



201 ; swelling of, in leukaemia, 203- 

 204 ; structure of, 206-210 ; no pass- 

 age for pus-corpuscles through, 218; 

 deposits in, from tattooing, 218-220 ; 

 deposition of cancerous matter in, 

 221, of syphilitic virus in, 221 ; irrita- 

 tion of, in what consists, 222 ; physio- 

 logical irritation of, in digestion, 224, 

 in pregnancy, 224-225 ; affection of, 

 in scrofulosis, 226 ; category of, ex- 

 tended, 227 ; diseases of, from action 

 of infecfcsnt fluids, 245 ; amyloid dege- 

 neration of (rainute arteries and gland- 

 cells) 425-427 ; scrofulous changes in, 

 439 ; complete correspondence be- 

 tween corpuscles of, and constitutents 

 of tubercle, 526. 



Lymphatic Vessels, connection of, with 

 phlogistic crasis or hyperinosis, 196 ; 

 introduction of pus into, 217. 



Lymphoid Organs, 220-228 ; diseases of, 

 from action of iniectant fluids, 245. 



Magnetic needle, action of nerves upon, 

 326. 



Malignity, not to be confounded with 

 heterology, 92, 529. 



Malpighi, on fibrine, 167. 



Malpighian Bodies, (spleen) equivalen 

 to follicles of lymphatic glands, 227 ; 

 amyloid degeneration of, 411, 415. 



(kidney) deposition of silver in, 



247 ; amyloid degeneration of, and of 

 their afferent arteries, 421-424. 



Marrow, multi-nuclear cells in, 346-347 ; 

 a connective tissue, 452 ; formed from 

 osseous tissue, 452 ; ultimate product 

 of development of bone, 452 ; formed 

 from cartilage either directly, 457-459, 

 or indirectly (through osseous tissue) 

 457 ; fatty, formation of, 458, normal 

 in long bones, 458 ; in bodies of ver- 

 tebrae nearly always only small cells 

 of, without fat, 458 ; inflammatory, 

 458 ; very close correspondence be- 

 tween, and granulations, 464 ; forma- 

 tion of osteoid tissue and bone from, 

 465-466 ; young (granulations) start* 

 ing-point of all heteroplastic develop- 

 ment, 470 ; formation of bone out of, 

 in fractures, 483-484 ; undue forma 

 tion of, in osteomalacia, 489-490 ; very 

 close relation of, to pus, 490. 



Marrow-cells, throw out processes (be 

 come jagged) during ossification, 461, 



