Use Hemocytes in a sentence

1. Nucleated thrombocytes, called Hemocytes, participate both in hemostasis and in immune defense in lower vertebrates (amphibians, birds, fish, and reptiles).71 It is generally accepted that these more primitive multifunctional cells slowly evolved to the more specialized role of the mammalian platelets.

Hemocytes, Hemostasis

2. Humoral immunity includes antimicrobial peptides, clotting cascade, and prophenoloxidase, and the cellular defenses of shrimp depend on Hemocytes that have many functions such as production of antimicrobial compounds, apoptosis, nodule formation, encapsulation of pathogens, cell adhesion, wound healing, coagulation, and phagocytosis [26, 27].

Humoral, Hemocytes, Have, Healing

3. Hemocytes synonyms, Hemocytes pronunciation, Hemocytes translation, English dictionary definition of Hemocytes

Hemocytes

4. Definition of Hemocytes in the Definitions.net dictionary

Hemocytes

5. What does Hemocytes mean? Information and translations of Hemocytes in the most comprehensive dictionary definitions resource on the web.

Hemocytes

6. Hemocytes are blood cells that circulate in a clear fluid, the plasma, within the hemocele (body cavity) of insects

Hemocytes, Hemocele

7. The Hemocytes, plasma, and dissolved inorganic and organic molecules constitute the …

Hemocytes

8. Insecticides are more broadly known to affect insect cellular immunity, but the components in Hemocytes and their response to insecticide stress are still unknown

Hemocytes

9. In this paper, a method based on trifluoroacetic acid extraction, followed by IC-CD/ESI-MS analysis, was developed to simultaneously determine tricarboxylic acid (TCA) cycle metabolites and anion components in Hemocytes from

Hemocytes

10. Hemocytes of representatives of Dictyoptera order are motile ones; phagocytes are represented at all stages of their life circle and form cellular component of insects' congenital immune system at …

Hem

11. The first population of Hemocytes is produced during embryogenesis from head or dorsal mesoderm while the second is produced during the larval or nymphal stages …

Hemocytes, Head

12. Hemocytes of two tick species, Ixodes ricinus and Ornithodoros moubata, were investigated with the aim to determine their ultrastructural characteristics and developmental relationships

Hemocytes

13. Hemocytes Associated With the Larval Eye Disc Resemble Unspecified Plasmatocytes

Hemocytes

14. The scRNAseq analyses on larval eye discs (Ariss et al., 2018) reveal a small subgroup of cells in line with the Hemocytes observed in close contact with this disc (Holz et al., 2003; Figure 4A and Supplementary Figures S3A,B)

Hemocytes, Holz

15. Mosquito immune cells (Hemocytes) are influenced by mosquito physiology At present, much of mosquito hemocyte biology has been unexplored, leaving many fundamental questions regarding hematopoiesis and immune cell function unknown.

Hemocytes, Hemocyte, Has, Hematopoiesis

16. Other articles where Hemocyte is discussed: circulatory system: Blood: …a number of cells (Hemocytes) arising from the embryonic mesoderm

Hemocyte, Hemocytes

17. Many different types of Hemocytes have been described in different species, but they have been studied most extensively in insects, in which four major types and functions have been suggested: (1) phagocytic cells that ingest foreign particles and

Hemocytes, Have

18. Insect Hemocytes originate from mesodermally derived stem cells that differentiate into specific lineages identified by morphology, function, and molecular markers

Hemocytes

19. Hemocyte differentiation in the hematopoietic organs of the silkworm, Bombyx mori: proHemocytes have the function of phagocytosis.

Hemocyte, Hematopoietic, Have

20. "Hemocytes" is a descriptor in the National Library of Medicine's controlled vocabulary thesaurus, MeSH (Medical Subject Headings).Descriptors are arranged in a hierarchical structure, which enables searching at various levels of specificity.

Hemocytes, Headings, Hierarchical

21. Drosophila melanogaster Hemocytes are highly motile macrophage-like cells that undergo a stereotypic pattern of migration to populate the whole embryo by late embryogenesis

Hemocytes, Highly

22. We demonstrate that the migratory patterns of Hemocytes at the embryonic ventral midline are orchestrated by chemotactic signals from the PDGF/VEGF ligands Pvf2 and -3 and that these directed migrations occur …

Hemocytes

23. The ameboid motion of Hemocytes of the giant cockroach, Blaberus giganteus, the course of blood circulation within the mature embryo, as well as the morphology of Hemocytes and blood circulation in insect wings were studied within living insects by Arnold (1959a, b, 1960, 1961, 1964, 1966) and by Arnold and Salkeld (1967

Hemocytes

24. Hemocytes play unequivocally central roles in host immune defense of bivalve mollusks, though the exact mechanisms underlying their functional differentiation are only partially understood.

Hemocytes, Host

25. Hemocytes, the immunocompetent cells, circulate within hemolymph and infiltrate tissues, constantly producing a great diversity of antimicrobial effectors

Hemocytes, Hemolymph

26. When scallops are exposed to microorganisms, many of these effectors are released by the Hemocytes to the hemolymph or into infiltrated tissues, where they classically inactivate or destroy

Hemocytes, Hemolymph

27. Hemocytes were perfused from naïve sugar-fed mosquitoes or 4 d after infection with either noninvasive MAOP (control) or wild-type (WT) P

Hemocytes

28. Following fixation, Hemocytes were stained with …

Hemocytes

29. Hemocytes, etc ; Bivalvia; antibiotics; bacteria; bacterial infections; immune system; Show all 6 Subjects Abstract: Antibacterial research is reaching new heights due to the increasing demand for the discovery of new substances capable of inhibiting bacteria, especially to respond to the appearance of more and more multi-resistant strains.

Hemocytes, Heights

30. Insect Hemocytes are a central component of their cellular host defense, wherein mechanisms of phagocytosis, nodulation, encapsulation, and melanization have been described,.

Hemocytes, Host, Have

31. Release of Hemocytes in the intervalvar fluid

Hemocytes

32. (A) Number of viable Hemocytes in the intervalvar fluid (IVF) of M

Hemocytes

33. Influx of Hemocytes to the gill, as seen in the present study, is representative of inflammation

Hemocytes

34. Oyster Hemocytes are immune cells that can phagocytose foreign particles and can also produce ROS

Hemocytes

35. Hemocytes of the more external layers of the capsule, where non-self recognition cannot take place

Hemocytes

36. Hemocytes of the last larva of the Japanese rhinoceros beetle A

Hemocytes

37. Dichotoma (Linnaeus) (Coleoptera: Scarabaeidae) were classified as granulocytes, plasmatocytes, oenocytoids, spherulocytes, proHemocytes, and adipoHemocytes

38. Drosophila Hemocytes compose the cellular arm of the fly's innate immune system

Hemocytes

39. It is not known as to how Hemocytes become activated from a sessile state in

How, Hemocytes

40. Finally, Hemocytes and neutrophils can produce extracellular traps (NETs) to immobilize and kill pathogens 12, 13

Hemocytes

41. Mellonella four types of Hemocytes have previously been identified: plasmatocytes, granulocytes, spherulocytes and oenocytoids 14.

Hemocytes, Have

42. These Hemocytes appear to be filled with small "grains" and have long pseudopodia that extend from the outer surface of the cell

Hemocytes, Have

43. In untreated leukemic clam Hemocytes, p53 is complexed throughout the cytoplasm with overexpressed variants for both clam homologues (full-length variant, 1,200-fold and truncated variant, 620

Hemocytes, Homologues

44. The larval Hemocytes are distributed in 3 major compartments: the lymph gland, the circulating Hemocytes, and a population of sessile cells attached to epithelial tissues

Hemocytes

45. Hemocytes in the armyworm Pseudaletia separata, like those of other Lepidoptera, consist of four subpopulations—granulocytes, plasmatocytes, spherule cells, and oenocytoids—distinguished from one another by their morphological, molecular, and functional characteristics (8, 9).

Hemocytes

46. Larval Hemocytes (Harrison et al

Hemocytes, Harrison

47. The concentration of larval Hemocytes from late third instar larvae apparently originate from the lymph glands and circu-was determined as described previously (Zinyk et al

Hemocytes

48. As in many other organisms, the blood of Drosophila consists of several types of Hemocytes, which originate from the mesoderm

Hemocytes

49. By lineage analyses of transplanted cells, we specified two separate anlagen that give rise to different populations of Hemocytes: embryonic Hemocytes and lymph gland Hemocytes

Hemocytes

50. The anlage of the embryonic Hemocytes is restricted to a region within the head …

Hemocytes, Head

51. "Hemocytes" is a descriptor in the National Library of Medicine's controlled vocabulary thesaurus, MeSH (Medical Subject Headings).Descriptors are arranged in a hierarchical structure, which enables searching at various levels of specificity.

Hemocytes, Headings, Hierarchical

52. The mutant Hemocytes retain the ability to phagocytose bacteria as well as to differentiate into lamellocytes

Hemocytes

53. Microarray analysis of Hemocytes overexpressing RasV12 vs

Hemocytes

54. Ras+ identified 279 transcripts that are differentially expressed threefold or more in Hemocytes expressing activated Ras

Hemocytes

55. Hemocytes from WSSV group showed disrupted integrity, degranulation and irregular shape

Hemocytes

56. Vannamei Hemocytes using in vitro assays in short times as 30 min

Hemocytes

57. Loss of jumu and NimC1 in Hemocytes cause defects of filopodia

Hemocytes

58. In this system, blood cells (Hemocytes) rely on sensory neuron microenvironments for their localization and trophic survival (Makhijani et al

Hemocytes

59. It is comprised of Hemocytes circulating in the hemolymph, sessile hemocyte clusters patterned under the cuticle, and Hemocytes residing in the lymph gland

Hemocytes, Hemolymph, Hemocyte