. Biological time. Life (Biology); Time; Wounds and injuries; Tissue culture; Biological Clocks; Biology; Philosophy, Medical; Wounds and Injuries. EXPERIMENTAL TECHNIQUE 73 mounted progressively, from 0-085 ^o 0-175. Therefore I had to find a correcting factor which increased in proportion as the wound diminished. On second thought, this was logical, for I already knew from a number of experiments that the most important factor ojBo a I/O , So OJUO ^ I ^ to "5 ;j r ^0 so. Z 3 ^ Periods o£ 4 da/s. FIG. 14. CALCULATION OF THE FORMULA in the rate of ci
. Biological time. Life (Biology); Time; Wounds and injuries; Tissue culture; Biological Clocks; Biology; Philosophy, Medical; Wounds and Injuries. EXPERIMENTAL TECHNIQUE 73 mounted progressively, from 0-085 ^o 0-175. Therefore I had to find a correcting factor which increased in proportion as the wound diminished. On second thought, this was logical, for I already knew from a number of experiments that the most important factor ojBo a I/O , So OJUO ^ I ^ to "5 ;j r ^0 so. Z 3 ^ Periods o£ 4 da/s. FIG. 14. CALCULATION OF THE FORMULA in the rate of cicatrization was the size. Now, in our example, formula (2) was established for a wound of a certain dimension: i6-2 At the end of twenty days its size was reduced to I It was therefore obvious that the first formula could no longer be considered as valid. The correcting factor had to be a function of the actual area of the wound; and as this. 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 Lecomte du Noüy, Pierre, 1883-1947. New York, The Macmillan company
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Keywords: ., bookcentury1900, booksubjectbiolog, booksubjectphilosophymedical
