agranular in Vietnamese

Tính từ
không hạt

Sentence patterns related to "agranular"

1. Besides the agranular endoplasmic reticulum, there are special granular forms of endoplasmic reticulum with bent parallel double membranes enclosing lipid droplets and communicating with the agranular endoplasmic reticulum.

2. The functional significance of the agranular endoplasmic reticulum is discussed in relation to some other observations on different steroidogenic cells with a well developed agranular endoplasmic reticulum.

3. The agranular endoplasmic reticulum consists of cisternae, canals, and wide sacculi.

4. Stereocilia and agranular endoplasmatic reticulum appear in full-term sheep fetuses.

5. In the clear cells a vesicle-shaped, agranular, endoplasmic reticulum is predominant.

6. The oenocytes are characterized by their agranular, tubular endoplasmic reticulum (ATER) and its changes.

7. The agranular endoplasmic reticulum of the oocyte is primarily vesicular; the vesicles probably store nutritive substances.

8. The dark Leydig-cells possess a tubule-formed, fine-meshed, tightly packed, agranular, endoplasmatic reticulum.

9. The first obvious features are the multiplication of leucoplasts and membranes of the agranular endoplasmic reticulum.

10. Early in diabetes mellitus beta cells are abundant but either agranular or in various stages of glycogen storage.

11. In reptiles, agranular endoplasmic reticulum in many olfactory sensory cell perikarya shows a definite affinity for binding osmium.

12. The responses were localized in dysgranular and agranular insular cortex at levels caudal to the joining of the anterior commissure.

13. Agranular hemocytes are uncommoncompared with granular ones, which have prominent pseudopodia, vacuoles, and lysosomes, features that suggest a phagocyticfunction.

14. Ultrastructurally, these thecal cells possess organelles characteristic of steroid-producing cells: mitochondria with tubular cristae and agranular endoplasmic reticulum.

15. The functional innervation of those vessels with smooth muscle cells results from neuro-effector zones which predominantly show agranular vesicles.

16. The giant nerve cells are characterised by a poorly organized granular and agranular endoplasmic reticulum and a large Golgi apparatus.

17. The agranular endoplasmic reticulum of the glandular tissue cells is well developed and present in all cells of similar appearance.

18. It is possible that in a stress situation the agranular reticulum is increased at the expense of the granular reticulum.

19. Agranular vesicles characteristic of cholinergic innervation are also seen but there is no evidence of adrenergic innervation to the smooth muscle.

20. The cisternae, probably composed of agranular endoplasmic reticulum undergo swelling during dark adaptation and appear in frequent connection with Golgi cisternae.

21. The “light” cells show many nuclear indentations and an increase of “active” zones, mitochondria, smooth ER, agranular vesicles, VCR, VCB, and “cylinders” respectively.

22. The interstitial cells possess cellular organelles characteristic of steroid-producing cells (large mitochondria with tubulovesicular cristae and an extensive agranular endoplasmic reticulum).

23. The main morphological characteristic of the sebaceous transformation is the appearance of the agranular endoplasmic reticulum, followed by the production of lipid droplets.

24. These changes were followed by signs of regeneration of islet tissue from tubular structures and clear cells (“agranular cells”) sometimes containing cilia.

25. The sarcoplasmic reticulum of a retractor cell is a plexiform network of agranular cisternae lodged between the contractile apparatus and the sarcolemma.

26. The insular cortex has regions of variable cell structure or cytoarchitecture, changing from granular in the posterior portion to agranular in the anterior portion.

27. The Sertoli cells contain an agranular reticulum that is less developed than that of the Leydig cells, and rarely show mitochondria with tubular cristae.

28. The uterus cells of Microdalyellia fairchildi which are rich in agranular ER produce a vesicular substance released from the cells at the beginning of egg-shell formation.

29. As the distance between nerve fibres and muscle cells of the media decreases, accumulations of granular and agranular vesicles are to be seen in the nerve fibres.

30. These were striking proliferations of an agranular endoplasmic reticulum in some Schwann cells, needle-like structures situated intra- and extracellularly within reinnervated bands of Büngner, π- and μ-granules.

31. Most of the nerve varicosities contained a large majority of small agranular vesicles along with some large granular vesicles, but about 20% contained a few small granular vesicles as well.

32. Axon profiles containing small agranular vesicles characteristic of cholinergic nerves and small granular vesicles characteristic of adrenergic nerves were seen in close association with airway smooth muscle and with one another.

33. It was initially regarded as a form of lymphocyte-derived cutaneous lymphoma and alternatively named CD4+CD56+ hematodermic tumor, blastic NK cell lymphoma, and agranular CD4+ NK cell leukemia.

34. In this process probably osmiophilic granules approximately 100 Å in diameter, dilated elements of the agranular ER 1000 to 2000 Å in diameter, and the Golgi apparatus play an important role.

35. Nerve varicosities, mostly containing a predominance of small agranular vesicles with some containing a predominance of large granular vesicles, are located outside muscle bundles, usually in small- to medium-sized bundles.

36. The microglia had small dense nuclei, a diffusely dense cytoplasmic matrix, long narrow cisterns of agranular or granular endoplasmic reticulum, and free ribosomes which occurred both as single elements and in clusters of varying size.

37. Moreover, this report points out that microfilaments, which are 6- to 8-nm putative actin filaments, contract with microtubules or sheets of agranular reticulum, to form privileged close relationships whose functional significance is discussed.

38. This neuroimaging study demonstrates that the anterior part of the insular cortex corresponding to the agranular cortex subserves emotional functions while the posterior part of the insular cortex corresponding to the granular cortex subserves ascending visceral symptoms.

39. Cytoplasmic components of the parasites included free ribosomes, sparse agranular reticulum, a well developed mitochondrial tube with plate-like cristae in the pre- and post-nuclear regions, two types of lipid inclusions, and two types of vesicular inclusions.

40. The analogy of the caveolae intracellulares with the T-tubular-system of the striated muscle cell on the one hand, of the agranular endoplasmic reticulum with the sarcoplasmic reticulum of the striated muscle cell on the other hand is discussed.

41. In terms of Brodmann areas, the prefrontal cortex traditionally includes areas 8, 9, 10, 11, 12, 13, 14, 24, 25, 32, 44, 45, 46, and 47, however, not all of these areas are strictly granular – 44 is dysgranular, caudal 11 and orbital 47 are agranular.

42. No “chromophobe” cell proper, therefore, seems to exist in the frog pancreatic islet and the “clear” cells of light microscopy should stem from several sources including agranular stages of the types B, II, and III and badly preserved granular stages of types II and III.

43. The cytoplasm of ameloblasts, during primary and young enamel phases is characterized by an abundance of free ribosomes and a Branular endoplasmic reticulum; but during transitional and mineralized enamel phases, the cytoplasm of these cells shows little granular endoplasmic reticulum and free ribosomes, but ehe agranular endoplasmic reticulum

44. The juxtaglomerular cell complex (JGC complex) consisting of the epithelioid cells (granular cells) and the Goormaghtigh's cells (agranular or lacis cells) was significantly enlarged in the nephrotic syndrome. 10 to 14 days' duration of the nephrotic syndrome was shown to be sufficient to bring about an enlargement of the JGC complex.

45. Four groups of cytoplasmic alterations (cya), which are characteristic of certain cytotoxic patterns, can be distinguished: 1. reversible toxic cya (glycogen loss and ergastoplasm disorganisation), 2. persistent toxic and posttoxic, i.e., occurrsing only after discontinuation of the NNM, cya (enhanced glycogen storage and hypertrophy of the agranular endoplasmic reticulum), 3. transitory posttoxic cya (fat accumulation) and 4. progredient posttoxic cya (glycogen reduction and relative ribosomal enhancement).

46. All animals are previously hypophysectomized. 8 days after the beginning of the experiment, the interrenal cells of the hypophysectomized newts kept in KCl solution exhibit a very strong steroidogenic activity, as evidenced by a striking lipid depletion, an increase in the number of mitochondria and a considerable development of the agranular tubular endoplasmic reticulum. On the other hand, the Δ5-3β-hydroxysteroid dehydrogenase reaction is notably intensified.

47. Differences in patterns of glycogen-organelle organization between apex and base of the entodermal cell suggest a state of flux of glycogen in an apical-basal direction, to wit—from initial synthesis and deposition of glycogen in the apical cytoplasm, to an area rich in glycogen deposits associated with agranular ER, to a basal area of glycogen, ready for breakdown into glucose and transport to blood.