. The chemistry and physiology of growth. Growth; Biochemistry. + -. - M/L of Nitrogenous Substance Figure 3. The oxidation-reduction potentials of hemin and of some of its hemo- chromogens. The influences of the concentration of the following nitrogenous sub- stances: (i) cyanide-hemochromogen; (2) pilocarpine-hemochromogen; (3) histidine hemochromogen; (4) a-picoline-hemochromogen; (5) pyridine-hemochromogen; (6) nicotine-hemochromogen. From Barron, /. Biol. Chem., 121, 285, Please note that these images are extracted from scanned page images that may have bee
. The chemistry and physiology of growth. Growth; Biochemistry. + -. - M/L of Nitrogenous Substance Figure 3. The oxidation-reduction potentials of hemin and of some of its hemo- chromogens. The influences of the concentration of the following nitrogenous sub- stances: (i) cyanide-hemochromogen; (2) pilocarpine-hemochromogen; (3) histidine hemochromogen; (4) a-picoline-hemochromogen; (5) pyridine-hemochromogen; (6) nicotine-hemochromogen. From Barron, /. Biol. Chem., 121, 285, 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 Parpart, Arthur Kemble, 1903-; Princeton University; Northrop, John Howard, 1891-. Princeton, Princeton Univ. Press
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