. The Biochemical journal, 1917. Biochemistry. TIIK \VATI(>.'i .'}. Diali/sis of jI cast crlnicl. A strong solution of 'nuuiniti':"" in distilled wutei was dialysed against running distilled water for forty-eight hours. The combined dialysates were evaporated to small bulk in vacuo at low temperature and tested for the presence of the accessory substance under consideration. Chart VI shows that the substance is dialysable through parchment paper, although it was not completely removed from the "raarmite" in the time during which the dialysis was carried out. This dialysa
. The Biochemical journal, 1917. Biochemistry. TIIK \VATI(>.'i .'}. Diali/sis of jI cast crlnicl. A strong solution of 'nuuiniti':"" in distilled wutei was dialysed against running distilled water for forty-eight hours. The combined dialysates were evaporated to small bulk in vacuo at low temperature and tested for the presence of the accessory substance under consideration. Chart VI shows that the substance is dialysable through parchment paper, although it was not completely removed from the "raarmite" in the time during which the dialysis was carried out. This dialysate contained large amounts of inorganic salts chiefly potassium phosphate and sodium chloride and considerable amounts of leucine and Chart VI. Curves 1-4. Rats fed upon basal diet + dialysate representing 6 % "marmite. Curves 5-8. Rats fed upon basal diet + 6 % residue remaining after 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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