ライフサイエンスコーパス: air sac

1 wth, and abrogated development of the dorsal air sacs.

2 were assessed for inability to colonize the air sac and cause septicemia in 2-week-old white Leghorn

3 rtedly depends on bellowslike ventilation by air sacs and may have evolved to meet the high aerobic d

4 30 different combinations of trunk, lung and air sac, and hindlimb dimensions.

5 Caudally positioned abdominal and thoracic air sacs are critical components of the avian aspiration

6 re development was seen in an in vivo dorsal air sac assay of glioblastoma cells with downregulated c

7 heal systems, the mechanisms of tracheal and air sac compression in insects, and the function of both

8 ofound inflammatory response in the trachea, air sacs, conjunctiva, and lungs.

9 The wing disc orchestrates dorsal air sac development by producing decapentaplegic and fib

10 Drosophila dorsal air sac development depends on Decapentaplegic (Dpp) and

11 d injection of air into the cranial thoracic air sac during song elicited a compensatory reduction in

12 The formation of the air sac during the development of the Drosophila trachea

13 Injection of purified SpeB alone into a skin air sac failed to induce any significant tissue damage;

14 tion: a dense, thick and downturned rostrum; air sac fossae; cranial asymmetry; and exceptionally bro

15 In air sac infection with MGAS2221, levels of neutrophils a

16 Ls dominated the granulocytic infiltrates of air sacs inoculated with SCPA- mutant bacteria.

17 ransposon mutants of chi7122 following intra-air sac inoculation of turkeys.

18 Mmp2 expression in the developing air sac is controlled by the Drosophila FGF homolog Bran

19 other organs, including the skin, esophagus, air sacs, large intestine, and kidney.

20 of Pasteurella multocida to elicited turkey air sac macrophages (TASM).

21 n this isolate was injected into mice via an air sac model for skin infection, organisms recovered fr

22 n on virulence was investigated with a mouse air sac model of inflammation.

23 zation in vivo as determined by mouse dorsal air sac model, and conditioned medium from Ad-MMP-2-Si-i

24 te of Streptococcus pyogenes in a mouse skin air sac model.

25 virulent when injected into the right caudal air sac of 2-week-old chickens.

26 ute to the development of lesions within the air sacs of birds but is not required for subsequent gen

27 d the derivation of part of this system, the air sacs of the dorsal thorax.

28 however, when they were injected into a skin air sac on outbred CD1 mice, all mice injected with M1 i

29 During the third larval instar, air sac precursor cells bud from a tracheal branch in re

30 In addition, FGF induces these air sac precursors to extend cytoneme-like filopodia to

31 ustics through more complex manipulations of air sac pressure.

32 The Drosophila Dorsal Air Sac Primordium (ASP) is a tracheal tube that grows t

33 eal organ grows from an epithelial tube (the air sac primordium (ASP)) that arises during the third l

34 nal disc and transported by cytonemes to the air sac primordium (ASP).

35 specific cytonemes in order to signal to the air sac primordium (ASP).

36 The dorsal air sacs supply oxygen to the flight muscles of the Dros

37 f a custom-built fast valve connected to the air sac system, we achieved partial or total silencing o

38 eton, with invasion of bone by the pulmonary air-sac system.

39 t birds, evidence for cervical and abdominal air-sac systems in non-avian theropods, along with thora

40 into a densely packed honeycomb of alveolar air sacs that mediate gas exchange.

41 respiratory system includes high-compliance air sacs that ventilate a dorsally fixed, non-expanding

42 anchless(FGF)-dependent growth of the dorsal air sacs, the major tracheal organs of the adult fly.

43 we analyzed the role of Dlp in Btl-mediated air sac tracheoblast formation in wing discs.

44 and other granulocytes that infiltrated the air sac were quantitated by single-color flow cytometry.

45 n alligator, an amphibious ectotherm without air sacs, which suggests that this pattern dates back to

46 The flight muscles, dorsal air sacs, wing blades, and thoracic cuticle of the Droso

47 evaluated clearance of streptococci from the air sac within 4 h after infection.