. The Biochemical journal. Biochemistry. 266 T. 11. AND .1. r. DONECJAN Duriiitj; tlio first six hours there is iiol iniich (linnriice in the lales of diffusion of NiiCl from noriiiiil plasma ami from the siiii|)le watery solution of tlie salt, althou;j,h tiie former shows the slower rate. J)iiTusion from the dial3'sed liorse plasma is distimtly the slowest of the three. Thus 82-96 per cent, is lost from A, ~^)-'u per cent, from li, and 79-05 per cent, from O, o 80 - 30-. I I I I I I I I I I I I Time in hours Fig. 3. Diffusion Curves. (Percentage NaCl Loss.) NaClSolution (s, %NaCl=0-54
. The Biochemical journal. Biochemistry. 266 T. 11. AND .1. r. DONECJAN Duriiitj; tlio first six hours there is iiol iniich (linnriice in the lales of diffusion of NiiCl from noriiiiil plasma ami from the siiii|)le watery solution of tlie salt, althou;j,h tiie former shows the slower rate. J)iiTusion from the dial3'sed liorse plasma is distimtly the slowest of the three. Thus 82-96 per cent, is lost from A, ~^)-'u per cent, from li, and 79-05 per cent, from O, o 80 - 30-. I I I I I I I I I I I I Time in hours Fig. 3. Diffusion Curves. (Percentage NaCl Loss.) NaClSolution (s, %NaCl=0-547; A Dialysed Plasma ® ^—^^^^— ,, =0-574; B. Normal Horse Plasma A ., =0-547; C. In the last six hours however there is a distinct difference between the globuHn-free (or poor) solution and the globulin-containing one, the rate of diffusion being slower in the latter than in the former. If one compares the velocity coefficients of the first four hours and the last eight hours in each of the three solutions, this becomes evident. ABC k 1st 4 hours : k last 8 hours 1:1-08 1: 0-92 1: 0-78 Fig. 3 shows clearly that the curve of diffusion in the case of normal horse plasma begins to show the slowing in the diffusion rate about the fourth hour,. Please note that these images are extracted from scanned page images that may have been digitally enhanced for readability - coloration and appearance of these illustrations may not perfectly resemble the original Biochemical Society (Great Britain); University of Liverpool. Biochemical Dept. London [etc. ] Cambridge University Press
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