Archives of internal medicine . wn in tabularform in Table 4. From an examination of the data recorded in thistable it will be seen that the daily ingestion of fluid (water and milk)during the preliminary period was 2,500 , no correction being madefor milk solids. On this fluid ingestion there was excreted by the subjecton the opening day of the test 900 of urine, or only 36 per cent, ofthe fluid volume ingested. On the next two days of this period thevalues rose to per cent, and 54 per cent, respectively. With the opening of the water period the relation observed during theprelim
Archives of internal medicine . wn in tabularform in Table 4. From an examination of the data recorded in thistable it will be seen that the daily ingestion of fluid (water and milk)during the preliminary period was 2,500 , no correction being madefor milk solids. On this fluid ingestion there was excreted by the subjecton the opening day of the test 900 of urine, or only 36 per cent, ofthe fluid volume ingested. On the next two days of this period thevalues rose to per cent, and 54 per cent, respectively. With the opening of the water period the relation observed during thepreliminary period was considerably altered. For example, on the initialday of this period per cent, of the ingested fluid was excreted, theintake aggregating 8,000 followed by an outgo of 6,720 On theremaining three days of the period when similar volumes (8,000 ) 548 TEE ARCHIVES OF INTERNAL MEDICINE TABLE 4. -RELATION BETWEEN THE VOLUMES OF INGESTED ANDEXCRETED FLUIDS Urine Volume Specific Gravity Period 1 1 2 2. 25002500 2500 8000 8000 8000 8000 25002500 9001^30 260360355 50 > i; 720 I1750 1580 y 13601310 J 680 117501400 >13201170 J 730 116701200 >13801550 J 620 11800 840 •1300 970 6720 6320 6530 5530
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