. Contributions from the Hull Botanical Laboratory. Plants. IQ20] ROSE, KRAYBILL, &⢠ROSEâOXIDASE ACTIVITY 222 Results The results of the experiments are shown in tables I-VII and figs. 1-5. TABLE I Effect of o. i N KG, NaCl, and LiCl on oxidation of pyrogallol by powdered HEALTHY APPLE BARK; TEMPERATURE 23 . 2-23 . 6° C* NO BARK Bark Time of reading KC1 NaCl LiCl Check KC1 NaCl LiCl May 21 1230 1. 00 ii5 i-3° i-45 2. 00 2 ⢠3° 2-45 3 â °° 3-15 3-3° May 22 8. 40 c. 20 013
. Contributions from the Hull Botanical Laboratory. Plants. IQ20] ROSE, KRAYBILL, &⢠ROSEâOXIDASE ACTIVITY 222 Results The results of the experiments are shown in tables I-VII and figs. 1-5. TABLE I Effect of o. i N KG, NaCl, and LiCl on oxidation of pyrogallol by powdered HEALTHY APPLE BARK; TEMPERATURE 23 . 2-23 . 6° C* NO BARK Bark Time of reading KC1 NaCl LiCl Check KC1 NaCl LiCl May 21 1230 1. 00 ii5 i-3° i-45 2. 00 2 ⢠3° 2-45 3 â °° 3-15 3-3° May 22 8. 40 c. 20 013 0. 20 043 045 045 1-25 015 015 °.I5 0. 26 Oil 0. 24 0. 27 Q-31 0-3S 015 0. 26 0. 29 * In tables I-V only water. manometer readings in cm. of mercury corrected against an apparatus containing. Fig. i.âEffect of KC1, NaCl, and LiCl on oxidation of pyrogallol by powdered healthy apple bark: A, control (bark and pyrogallol); B, KCl+bark and pyrogallol; C, NaCl+bark and pyrogallol; D, LiCl+bark and 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 Hull Botanical Laboratory. [Chicago : University of Chicago Press
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Keywords: ., bookcentury1800, bookdecade1890, booksubjectplants, bookyear1895
