ライフサイエンスコーパス: bacilliformis

1 larridgeiae and more distantly related to B. bacilliformis.

2 ot result from the recent introduction of B. bacilliformis.

3 on with the alpha-proteobacterium Bartonella bacilliformis.

4 ) of the cell and is actively secreted by B. bacilliformis.

5 onella henselae, Bartonella quintana, and B. bacilliformis.

6 a role for ialB as a virulence factor in B. bacilliformis.

7 date that characterizes a lipoprotein of B. bacilliformis.

8 onstrated previous infection with Bartonella bacilliformis.

9 suis, Mycoplasma genitalium, and Bartonella bacilliformis.

10 e, a bacterium that is closely related to B. bacilliformis.

11 The groESL operon of Bartonella bacilliformis, a facultative intracellular, Gram-negativ

12 Bartonella bacilliformis, a useful model organism for the genus, ha

13 Infection of cultured endothelium with B. bacilliformis also resulted in induction of angiopoetin-

14 but phylogenetically distant from Bartonella bacilliformis and considerably divergent from other know

15 Distinction between N. bacilliformis and N. elongata can be made confidently by

16 ) test for the detection of antibodies to B. bacilliformis and then tested its performance as an aid

17 tient, who was inapparently infected with B. bacilliformis and who presumably acquired infection in a

18 syndrome caused by the bacterium Bartonella bacilliformis, and is characterized by the development o

19 principal vectors of Leishmania, Bartonella bacilliformis, and some arboviruses.

20 ect humans, henselae, quintana, elizabethae, bacilliformis, and vinsonii.

21 The IFA is 82% sensitive in detecting B. bacilliformis antibodies in acute-phase blood samples of

22 Our findings suggest that infection with B. bacilliformis causes a broad spectrum of disease that is

23 Bartonella bacilliformis causes bartonellosis, a potentially life-t

24 and heterologous expression of the Neisseria bacilliformis class III RNR and show that it can catalyz

25 s to offer a well-supported assessment of B. bacilliformis diversity, and the genotypic differences i

26 that an ftsZ gene similar in size to the B. bacilliformis gene is present in Bartonella henselae, a

27 Deduced amino acid sequences for B. bacilliformis GroEL and GroES revealed a high degree of

28 Bartonella bacilliformis has caused debilitating illness since pre-

29 ), showed significant homology to Bartonella bacilliformis IalA (invasion associated locus).

30 e for IalB in erythrocyte parasitism, the B. bacilliformis ialB gene was disrupted by insertional mut

31 loped and used to confirm the presence of B. bacilliformis in the biopsied skin lesions.

32 family member were the best predictors of B. bacilliformis infection.

33 Recent epidemics of B. bacilliformis infections associated with atypical sympto

34 To further localize IalB, B. bacilliformis inner and outer membranes were fractionate

35 ovided to show that the 43-kDa antigen of B. bacilliformis is a lipoprotein and that it is likely to

36 Recombinant IalA protein from Bartonella bacilliformis is a monomeric adenosine 5'-tetraphospho-5

37 the test is 89% in an area of Peru where B. bacilliformis is endemic and where the point prevalence

38 B. bacilliformis is endemic in Peru and Ecuador, where it c

39 e region of Caraz, Ancash, in Peru, where B. bacilliformis is endemic.

40 The causative agent, Bartonella bacilliformis, is endemic in specific regions of Peru an

41 relationships and genomic diversity of 18 B. bacilliformis isolates (10 isolates from a region where

42 pattern were most similar to a subset of B. bacilliformis isolates from the region of Caraz, Ancash,

43 strongly to two out of the three Peruvian B. bacilliformis isolates tested, and EC-01 antigen reacted

44 The immunogenicity of the B. bacilliformis LppB homologue was demonstrated by Western

45 This study suggests that the range of B. bacilliformis may be expanding from areas of endemicity

46 ic diversity among 26 isolates of Bartonella bacilliformis obtained from different areas of Peru, and

47 degree of amino acid identity between the B. bacilliformis protein (FtsZ[Bb]) and the other FtsZ prot

48 jejuni, Helicobacter pylori, and Bartonella bacilliformis, require flagellar motility to efficiently

49 enus Neisseria, for which the name Neisseria bacilliformis sp. nov. is proposed.

50 A B. bacilliformis strain containing the intact groES-groEL o

51 e results of this study show that Bartonella bacilliformis, the agent of Oroya fever and verruga peru

52 a from an organism that resembled Bartonella bacilliformis, the causative agent of Oroya fever, which

53 asion of human red blood cells by Bartonella bacilliformis, the causative agent of several diseases,

54 A genomic library of Bartonella bacilliformis was constructed and screened with human an

55 Bartonella bacilliformis was continuously internalized into human e

56 iserum specific for the LppB homologue of B. bacilliformis was generated.

57 sing an immunoreactive antigen of Bartonella bacilliformis was isolated by screening a genomic DNA li

58 ed infection in a region of Ecuador where B. bacilliformis was not thought to be endemic.

59 ed locus A and B genes (ialAB) of Bartonella bacilliformis were previously shown to confer an erythro

60 dothelial cells undergoing infection with B. bacilliformis, with maximal activation and translocation