ライフサイエンスコーパス: secretory system

1 oes not require a functional cytoskeleton or secretory system.

2 obial exudation is dependent on the type III secretory system.

3 ace-exposed subunit of a (type IV) bacterial secretory system.

4 a1-G381A as a useful new probe for the yeast secretory system.

5 latilized products may arise from a separate secretory system.

6 ARF1) is a key regulator of transport in the secretory system.

7 R) or Golgi and are annotated as part of the secretory system.

8 sis or processing of the complex through the secretory system.

9 with the endocytic recycling and post-Golgi secretory systems.

10 ich is much slower than endocytosis in other secretory systems.

11 the SNARE complex as that described in other secretory systems.

12 he upregulated genes function as part of the secretory system and comprise chaperones, vesicle transp

13 amed EspG, which is secreted by the type III secretory system and which is translocated into host epi

14 at were components of potentially intact ESX secretory systems and those corresponding to additional

15 division, defects in the organization of the secretory system, and abnormal septation, all defects th

16 r cathepsins, the KEX2-like proteases of the secretory system, and the ubiquitin/26S proteasome syste

17 ective ligands, paucity of appropriate model secretory systems, and the weak and inconsistent couplin

18 Type IV secretory systems are a group of bacterial transporters

19 These complex secretory systems are assembled from over 20 different s

20 thogen may target KEG to manipulate the host secretory system as a virulence strategy.

21 In contrast, the lamellar body secretory system as well as rates of epidermal prolifera

22 he tip of the needle, is communicated to the secretory system at the base.

23 is membrane-anchored protein proceeds in the secretory system beyond the point where soluble proteins

24 ts, regulatory functions, and a multiprotein secretory system comprising the low-calcium response sti

25 mutant bacterial strain lacking the type III secretory system encoded by Salmonella pathogenicity isl

26 f the 595-kDa SiiE protein requires a type I secretory system encoded by siiC, siiD, and siiF.

27 e genetic regulatory components of the venom secretory system from a pancreatic origin.

28 ss, since mutations in other targets of this secretory system have no effect on protein secretion.

29 This disruption of the type III secretory system implies that lactoferrin could provide

30 lles and on the regulation of the exocytotic secretory system in the context of healthy and diseased

31 lator SsrB controls expression of a type III secretory system in which effectors modify the vacuolar

32 roteobacteria, ESAT-6/WXG-like ATP-dependent secretory systems in Gram-positive bacteria and the conv

33 ransport, which could modulate endocytic and secretory systems in intestinal cells.

34 deletion of espD, which renders the type III secretory system ineffective, had no effect on TER even

35 scosin, and several potential regulatory and secretory systems involved in the spidery spreading phen

36 eriplasm of Escherichia coli via the general secretory system is achieved by action of a ternary comp

37 that PT-triggered regulation of the synergid secretory system is important for synergid function duri

38 res (MS ring, switch, and flagellum-specific secretory system) is required for the transcription of c

39 e number was seen in the SNAREs of the early secretory system, many new SNARE genes and gene families

40 ears to be localized mucosal immunity in the secretory system of PBC; second, AMA are readily detecte

41 ar roles of the transporters involved in the secretory system of plants are obscure.

42 lterations in the protein cargo entering the secretory system of the colonized root cell.

43 tein families putatively secreted by type II secretory system: PheA (CM-sec), LipA/LesA, VirK, and fo

44 In a cell-free secretory system, platelet cytosol was required for alph

45 abnormalities converge on the lamellar body secretory system, producing abnormalities in lipid compo

46 acid residue ensured progression through the secretory system rather than retention in or return to t

47 eriplasm of Escherichia coli via the general secretory system requires that the transported polypepti

48 roductive intercellular delivery of cargo by secretory systems requires exquisite temporal and spatia

49 these toxins might be delivered via diverse secretory systems, such as Type V, Type VI, PVC and a no

50 dupA was predicted to form a type IV secretory system (T4SS) with vir genes around dupA (dupA

51 ed during infection via a unique alternative secretory system termed "type VII." How PE-PPE proteins

52 Mutants in the type III secretory system that express a null phenotype for ExoS

53 er pylori cag pathogenicity island encodes a secretory system that translocates CagA into epithelial

54 nt studies show that it involves specialized secretory systems that assemble membrane-associated fila

55 dismutase also localize to mitochondria, the secretory system, the nucleus and, in plants, the chloro

56 whereby proPM II is transported through the secretory system to cytostomal vacuoles and then is carr

57 EPEC uses a type III secretory system to deliver effector proteins into the h

58 ct was dependent upon the bacterial type III secretory system (TTSS) and involved secreted effector m

59 atomer forms COPI vesicles in the host early secretory system, vaccinia formation bypasses this role

60 tand how membrane proteins are sorted in the secretory system, we devised a strategy that involves th

61 chment step that is mediated by the type III secretory system, we focused on EPEC-induced actin polym

62 rointestinal tract, and the immune and neuro-secretory systems were detected as relevant organs.

63 itis virus (IBV) has dramatic effects on the secretory system which require residues in the HD.