INDEX. 



543 



Goodsir, Prof., on nuclei, 349. 



Gout, metastatic deposits in, 248. 



Graefe, 247, 340, on parenchymatous 

 keratitis, 345. 



Granulation of bone, 465. 



Granulations, close correspondence be- 

 tween, and medullary tissue, 465 ; 

 transformation of, into pus, 465-466 ; 

 starting-point of all heteroplastic de- 

 velopment, 470 ; formation of, in sup- 

 puration of connective tissue, 497. 



Granule- (Fat-granule-) Cells, 377-378 ; 

 diagnosis between, and pigment-cells, 

 387-388. 



Granule Globules [exudation-corpuscles], 

 379, 391 ; in atheromatous deposits, 

 392. 



Granules, elementary, 47. 



Growth, connection between, and de- 

 structive, heteroplastic processes, 498. 



Giiterbock, on pus-corpuscles, 181. 



Hsematine, 171 ; three kinds of crystals 

 derived from, 174 ; hsematoidine, 175- 

 177 ; haemine, 177-179 ; haemato-crys- 

 talline, 179-180. 



Haemato-crystalline, 179-180; very per- 

 ishable, 179, affected by oxygen and 

 carbonic acid in same way as hseina- 

 tine, 180. 



Hsematoidine, 175-177 ; spontaneously 

 formed from haematine, 175 ; crystals 

 extremely minute, 175 ; formation of, in 

 apoplectic clots and Graafian vesicles, 

 176 ; allied to colouring matter of bile, 

 177. 



Haematuria, from papillary tumours of 

 bladder, 513. 



Haemine, 177-179 ; not a spontaneous 

 product, 177 ; of great importance in 

 forensic medicine, 178-179. 



Haemitis, Piorry's doctrine of, 187, 223. 



Haemorrhage, cannot occur by transuda- 

 tion (per diapedesinj without rupture, 

 144. 



Hsemorrhagic diathesis, its origin often 

 to be sought for in spleen or liver, 

 164 ; in leukaemia, 203. 



Hair, in brain, 95. 



Hair-follicle, with sebaceous glands, 375. 



Haller, importance assigned to fibres by, 

 52 ; on irritability, 33.2 ; on ossifica- 

 tion of vessels, 396; on atheroma, 398. 



Hannover, on epitheliomata, 527. 



Haptogenic Membrane, 377. 



Harting, G., on vesicles found as artifi- 

 cial products iii blood, 259 ; on secre- 

 tion of liver after section of its nerves, 

 332. 



Havers, on development of long bones, 

 45], 452. 



Haversian canals, 108-110; their con- 

 nection with bone-corpuscles, 114-115. 

 Heart, so-called purulent cysts of, 237- 

 238 ; inflammation of valves of, 243, 

 404, 405 ; fatty degeneration of, two 

 kinds, 365, from excessive dilatation 

 of its cavities, 393-394, of valves of, 

 404, 405. 



Heerd, definition of, 381 ; cf. 502. 



Heidenhain, Junr., on epithelium of in- 

 testinal villi, 367. 



Henle, on transitional epithelium, 69 ; 

 his theory of the formation of connec- 

 tive tissue, 70-71 ; on lining membrane 

 of cerebral ventricles, 310 ; on deve- 

 lopment of mucus- and pus-corpuscles 

 on mucous membranes, 448, 449. 



Hepatic Artery, supplies branches to 

 capillary network of acini of liver, 

 104 ; amyloid degeneration of termi- 

 nal ramifications of, 418. 



Hepatic Cells, arrangement of, and rela- 

 tion to capillaries of liver, 103 ; really 

 active elements of liver, 158 ; absorp- 

 tion of fat by, 159; formation of sugar 

 by, 160 ; accumulation of fat in (fatty 

 degeneration), 372; amyloid degene- 

 ration of, 418-419. 



Hepatitis, no fibrine found in genuine, 

 390. 



Heteradenia, 90. 



Heterochronia, 92. 



Heterologous New-formations, not ne- 

 cessarily malignant, 92, 529; developed 

 with great rapidity, 449 ; granulations 

 the starting-point of, 470 ; definition 

 and examples of, 486-488 ; develop- 

 ment of, similar to that of pus, 499 ; 

 parasitical nature of, 505-506 ; physi- 

 ological types of, 525 ; infectiousness 

 of, according to amount of juice, 252, 

 530-531. 



Heterology, definition of, 92-93, 96 ; not 

 to be confounded with malignity, 92, 

 529. 



Heterometria, 92. 



Heteroplasia, see Heterology, contrasted 

 with Hyperplasia, 95-96 ; a rapid pro- 

 cess, 449. 



Heterotopia, 92. 



His, on structure of cornea, 342, 343. 



Histological Equivalents, 99-100. 



Histological Substitution, 99-100; how 

 it differs from pathological substitu- 

 tion, 100. 



Histology, General, 56 ; Special, 56. 



Homologous New-formations, definition 

 of, 93, 486-487 ; usually included under 

 the terms Hypertrophy, Hyperplasy, 

 93. 



Hoppe, on effects of carbonic oxide upon 



