. The microscopy of vegetable foods, with special reference to the detection of adulteration and the diagnosis of mixtures . g. 292, Huckleberry. Cross section of cndorarp and seed. End cndocarp with largeisodiamctric stone cells and // narrow lonpitudinaliy ixlendcd fibers; S spernuxUrm;iV perispcrm; /-endosperm. X160. (\\ inton.) mon small fruits, but resembles that of the quince and pear, altlioughthe stone cells are tliinner-waHcd and the ])aren(liyma cells about tlicra HUCKLEBERRY. 37S are not strongly elongated, and are not arranged in a marked radiatingpattern. These stone cells are ang
. The microscopy of vegetable foods, with special reference to the detection of adulteration and the diagnosis of mixtures . g. 292, Huckleberry. Cross section of cndorarp and seed. End cndocarp with largeisodiamctric stone cells and // narrow lonpitudinaliy ixlendcd fibers; S spernuxUrm;iV perispcrm; /-endosperm. X160. (\\ inton.) mon small fruits, but resembles that of the quince and pear, altlioughthe stone cells are tliinner-waHcd and the ])aren(liyma cells about tlicra HUCKLEBERRY. 37S are not strongly elongated, and are not arranged in a marked radiatingpattern. These stone cells are angular or elliptical and vary in diameterup to 200 fx. The walls (20 /t or less thick) are pierced with numeroussmall pores. They occur either singly or in groups throughout themesocarp, and may be readily separated from the soft tissues bypressure. 4. Endocarp (Fig. 292, end). Most of the elements of this hardcoat are stone cells, about the same size and shape as those of the meso-carp (although usually thicker-walled), but in the wall adjoining themesocarp there is a group of narrow sclerenchyma fibers running parallel. ^ -^ ]1 dj^l^^M^ ^^-^^^ggp ^ow-
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Keywords: ., bookcentury1900, bookdecade1910, bookpub, booksubjectplantanatomy
