xviii TABLE OF CONTENTS. 



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PLATE VII. Fig. 35. Capillary vessels and small vein from the 



turtle's ovum, at an early period of development 106 



PLATE VIII. Fig. 36. Capillary vessels ; Frog's mesentery. 



Fig- 37- Vessels, muscular fibres and nerves; Bladder, frog ... 108 



PLATE IX. Fig. 38. Deep layer of the cuticle, newt. Fig. 39. 

 Superficial layer ; Cuticle, newt. Fig. 40. Cartilage rib ; 

 Kitten at birth. Fig. 41. Cartilage rib, cat ... no 



PLATE X. Fig. 42. Epithelium from pharynx ; Sore throat. 

 Fig. 43. Mucus cells from bronchial tubes of a cow, cattle 

 plague. Fig. 44. Cancer cells ... ... ... ... ... 120 



PLATE XI. Fig. 45. Epithelium of the tongue in a state of in- 

 flammation. Fig. 46. Formation of pus in epithelial cells of 

 the mouth. Fig. 47. Division of bioplasm in cells of bladder 

 epithelium ... ... ... ... ... ... ... ... 122 



PLATE XII. Fig. 48. Portion of the pectoral muscle, frog, 48 



hours after being perforated by a thread ... ... ... 124 



PLATE XIII. Fig. 49. Portion of pectoral muscle, frog, 96 hours 



after being perforated by a thread ... ... 1 26 



PLATE XIV. Fig. 50. Portion of pectoral muscle, frog, 168 hours 

 after being perforated. Fig. 51. Vein and capillary branches ; 

 Web of frog after inflammation had been set up by mustard ... 128 



PLATE XV. Fig. 52. Pus bioplasts from a case of chronic inflam- 

 mation of bladder. Fig. 53. Portion of a living pus corpuscle 

 from the bladder, very highly magnified. Fig. 54. Portion of 

 a dead pus bioplast from the bladder. Fig. 54*. Different 

 forms assumed by a minute mass of bioplasm from the bladder 

 during five seconds ... ... ... ... ... ... 130 



PLATE XVI. Fig. 55. Red and white blood-corpuscles in a drop 

 of blood from the finger. Fig. 56. Minute particles of bioplasm 

 from exudation. Fig. 57. White blood corpuscles and fibrin 

 from a pale clot, human subject. Fig. 58. Capillary vessel 

 with numerous masses of bioplasm in its walls 136 



