![The biology of the frog. Frogs. Fig. 43. — Three phases of the hepatic cells of the frog. A, cells rich in glycogen taken from a frog during winter. There are The biology of the frog. Frogs. Fig. 43. — Three phases of the hepatic cells of the frog. A, cells rich in glycogen taken from a frog during winter. There are](https://c8.alamy.com/comp/RHK74R/the-biology-of-the-frog-frogs-fig-43-three-phases-of-the-hepatic-cells-of-the-frog-a-cells-rich-in-glycogen-taken-from-a-frog-during-winter-there-are-numerous-pro-teid-granules-around-the-lumen-and-several-larger-fat-globules-toward-the-outer-ends-of-the-cells-b-cells-poor-in-glycogen-taken-from-a-win-ter-frog-that-had-been-kept-for-ten-days-at-a-temperature-of-22-c-the-proteid-granules-are-scattered-uniformly-throughout-the-cell-much-the-same-appearance-is-presented-by-the-hepatic-cells-of-a-frog-in-summer-c-cells-taken-from-a-frog-starved-for-a-longtime-in-summer-the-ce-RHK74R.jpg)
The biology of the frog. Frogs. Fig. 43. — Three phases of the hepatic cells of the frog. A, cells rich in glycogen taken from a frog during winter. There are
![RNA granules: post-transcriptional and epigenetic modulators of gene expression | Nature Reviews Molecular Cell Biology RNA granules: post-transcriptional and epigenetic modulators of gene expression | Nature Reviews Molecular Cell Biology](https://media.springernature.com/full/springer-static/image/art%3A10.1038%2Fnrm2694/MediaObjects/41580_2009_Article_BFnrm2694_Fig1_HTML.jpg)
RNA granules: post-transcriptional and epigenetic modulators of gene expression | Nature Reviews Molecular Cell Biology
![Biology. Biology. FIG. 7.—Lifeless matter in living cells, c, Groups of crystals of calcium oxal- ate; i.e., intercellular space; n, nucleus; p, cytoplasm; s, starch granules; /, fat drops. (From Sedgwick Biology. Biology. FIG. 7.—Lifeless matter in living cells, c, Groups of crystals of calcium oxal- ate; i.e., intercellular space; n, nucleus; p, cytoplasm; s, starch granules; /, fat drops. (From Sedgwick](https://c8.alamy.com/comp/RHKAX1/biology-biology-fig-7lifeless-matter-in-living-cells-c-groups-of-crystals-of-calcium-oxal-ate-ie-intercellular-space-n-nucleus-p-cytoplasm-s-starch-granules-fat-drops-from-sedgwick-and-wilson-the-form-of-an-animal-or-plant-dependent-largely-upon-the-presence-and-activity-of-the-supporting-cells-is-very-often-due-to-the-presence-of-lifeless-matter-within-or-around-those-cells-and-created-by-them-in-the-majority-of-cases-the-form-is-retained-for-a-longer-or-shorter-time-after-the-living-protoplasm-has-died-hence-form-alone-would-be-insufficient-evidence-of-living-RHKAX1.jpg)
Biology. Biology. FIG. 7.—Lifeless matter in living cells, c, Groups of crystals of calcium oxal- ate; i.e., intercellular space; n, nucleus; p, cytoplasm; s, starch granules; /, fat drops. (From Sedgwick
![The Biological bulletin. Biology; Zoology; Biology; Marine Biology. 72 HORI, TANAHASHI AND MATSUOKA. FIGURE 10. Fine structure of an aggregate of the secretory granules found in the 1.7 M fraction obtained The Biological bulletin. Biology; Zoology; Biology; Marine Biology. 72 HORI, TANAHASHI AND MATSUOKA. FIGURE 10. Fine structure of an aggregate of the secretory granules found in the 1.7 M fraction obtained](https://c8.alamy.com/comp/RHMJGN/the-biological-bulletin-biology-zoology-biology-marine-biology-72-hori-tanahashi-and-matsuoka-figure-10-fine-structure-of-an-aggregate-of-the-secretory-granules-found-in-the-17-m-fraction-obtained-by-sucrose-density-gradient-centrifugation-showing-the-secretory-granules-of-dense-light-and-core-hearing-types-as-well-as-the-surrounding-rough-surfaced-endo-plasmic-reticulum-scale-bar-is-1-j-tht-ir-failure-in-identifying-the-granules-might-he-related-to-the-morphological-varia-tion-of-the-ultrastructure-of-granules-because-secretory-granules-in-starfish-pyloric-caeca-do-not-alw-RHMJGN.jpg)
The Biological bulletin. Biology; Zoology; Biology; Marine Biology. 72 HORI, TANAHASHI AND MATSUOKA. FIGURE 10. Fine structure of an aggregate of the secretory granules found in the 1.7 M fraction obtained
![Morphology & Cell Biology of Bacteria (Part II) Siti Sarah Jumali (ext 2123) Room 3/14 - ppt download Morphology & Cell Biology of Bacteria (Part II) Siti Sarah Jumali (ext 2123) Room 3/14 - ppt download](https://images.slideplayer.com/19/5722005/slides/slide_5.jpg)
Morphology & Cell Biology of Bacteria (Part II) Siti Sarah Jumali (ext 2123) Room 3/14 - ppt download
![The biology of the frog . other sources. The secreting cells of the liver present different appear-ances in relation to changes in their activity. The granulesof the cells were found by The biology of the frog . other sources. The secreting cells of the liver present different appear-ances in relation to changes in their activity. The granulesof the cells were found by](https://c8.alamy.com/comp/2CHDR65/the-biology-of-the-frog-other-sources-the-secreting-cells-of-the-liver-present-different-appear-ances-in-relation-to-changes-in-their-activity-the-granulesof-the-cells-were-found-by-langley-to-increase-in-numberafter-a-meal-the-changes-are-much-more-marked-whenthe-cells-have-to-start-with-a-small-outer-non-granular-zone-in-such-cases-in-the-6th-to-8th-hour-of-digestion-the-outerzone-is-large-and-in-the-24th-to-30th-the-ceils-becomegranular-throughout-the-decrease-of-granules-was-foundas-a-rule-to-be-accompanied-by-an-increase-in-the-glycogenin-the-cells-and-vice-versa-from-an-2CHDR65.jpg)
The biology of the frog . other sources. The secreting cells of the liver present different appear-ances in relation to changes in their activity. The granulesof the cells were found by
![What is Cytoplasm Structure and Function in Biology: Definition, Types and Importance of Cytoplasm Structure and Function | AESL What is Cytoplasm Structure and Function in Biology: Definition, Types and Importance of Cytoplasm Structure and Function | AESL](https://dcx0p3on5z8dw.cloudfront.net/inline-images/aakash_931413108.png)