Archive image from page 499 of The cyclopædia of anatomy and. The cyclopædia of anatomy and physiology cyclopdiaofana0402todd Year: 1849 Besides these more or less crystalline de- posits, the urine in disease frequently contains blood, mucus and pus corpuscles, and also epithelial scales, and other bodies of various kinds; with all of which it is necessary the physician should be familiar, as symptomatic of different diseases. In order satisfactorily to detect these, the microscope is of course indispensable. The following are the appearances shown by these more or less organised bodies, when
Archive image from page 499 of The cyclopædia of anatomy and. The cyclopædia of anatomy and physiology cyclopdiaofana0402todd Year: 1849 Besides these more or less crystalline de- posits, the urine in disease frequently contains blood, mucus and pus corpuscles, and also epithelial scales, and other bodies of various kinds; with all of which it is necessary the physician should be familiar, as symptomatic of different diseases. In order satisfactorily to detect these, the microscope is of course indispensable. The following are the appearances shown by these more or less organised bodies, when existing in the urineg (jig. 799). Fig. 799. a, Blood corpuscles endostnosed or distended, owing to the entrance of the urine through their membrane. This effect is the consequence of the contained fluid of the corpuscles having been heavier than the urine in which they float, in virtue of which condition more fluid passed into the corpuscle than could escape out. b, Mucous corpuscles, c, Pus cor- puscles, d, Scales of epithelium, e, Fibrinous casts of the urinary tubules of the kidney, seen in the morbus Brightii, deposited from albuminous urine — sphe- roidal epithelium from the tubules is seen embedded in these fibrinous casts. /, Spermatozoa, g, Torula diabetica, seen in diabetic urine during its fermenta- tion. A tendency to the secretion in excessive quantity of the unorganised deposits, such as lithic acid and the lithates, oxalate of lime, &c, leads not {infrequently to the formation of urinary calculi. These are either made up, as is most frequently the case, of several of the constituents of the urine, or may be en- tirely constituted of one of them. The following table, constructed by the late Dr. Prout, exhibits a general view of the relative frequency of the different kinds of urinary calculi in England, Swabia, Germany, and Denmark. The hospitals of St. Bartho- lomew and of Guy in London, and those of Norwich, Manchester, and Bristol, principally supplied
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