ライフサイエンスコーパス: Koch

1 Koch's postulates were first developed in the 19th centu

2 Koch, Acebron, and colleagues (2015) now demonstrate tha

3 Koch, is the progenitor of cultivated barley, Hordeum vu

4 nges in clinical status (specifically acute, Koch phenomenon-like reactions), lung function, or radio

5 Although Koch's postulates have not been completely fulfilled, we

6 Since a seminal paper by Crick and Koch (1998) claimed that a science of consciousness shou

7 Some recent papers by Crick and Koch raise issues that suggest that these two concepts o

8 apping) neural correlates, despite Crick and Koch's implicit rejection of this idea.

9 as been recently been developed by Crick and Koch.

10 ppeal, US National Institutes of Health, and Koch Foundation.

11 by a mechanism similar to the Shwartzman and Koch reactions.

12 cords, a morphology that was first noted by Koch.

13 Of special note here are a report by Koch and Kohnen that a combination of vitrectomy and pos

14 For two centuries, Koch's postulates have set the gold standard for establi

15 otsugu Tsuchiya, Bradley R. Postle, Christof Koch, and Giulio Tononi.

16 model the immunized mice developed classical Koch reactions characterized by multifocal discrete regi

17 circulation but also to eventually complete Koch's postulates for FP.

18 rotia relative to virus-free DK3, completing Koch's postulates for the association of hypovirulence w

19 irmed by whole genome sequencing, confirming Koch's third and fourth postulates.

20 mice were studied longitudinally to fulfill Koch's postulates and to ascertain the pathogenic potent

21 sicles in nitrogen-free media, and fulfilled Koch's postulates by inducing effective nodules on axeni

22 he development of a rodent model, fulfilling Koch's postulates, and the confirmation of a cyst stage

23 these lesions at all time points, fulfilling Koch's postulates for this bacterium.

24 but not other IL-6 family members, fulfills Koch's postulates as an inflammatory mediator.

25 nt experimental inoculation study, the Henle-Koch-Evans postulates were fulfilled for M. alligatoris

26 Here I examine how Koch's postulates were envisioned and incorporate this f

27 causing harmful postvaccination immunologic (Koch-type) reactions.

28 s it took off, the German government sent in Koch, who successfully contained the epidemic through in

29 In this issue of the JCI, Koch et al. describe a well-controlled and precise mouse

30 ns and 10 wild barley (Hordeum spontaneum K. Koch) populations in Israel, sampling them in 1980 and a

31 -D) pecan (Carya illinoinensis [Wangenh.] K. Koch).

32 This study was performed to optically map Koch's triangle and surrounding atrial tissue in an isol

33 the Koch's postulates named the 'Metagenomic Koch's Postulates'.

34 tes as formulated by Falkow, the metagenomic Koch's postulates focus on the identification of metagen

35 present the first demonstration of molecular Koch's postulates for a Bartonella species.

36 original Koch's postulates and the Molecular Koch's postulates as formulated by Falkow, the metagenom

37 im was made without fulfilling the molecular Koch's postulates because the UV mutants are genetically

38 an be identified, according to the molecular Koch's postulates, if inactivation of a gene associated

39 n the infected cattle, fulfilling another of Koch's postulates for this novel agent, although other o

40 of early atrial activation near the apex of Koch's triangle, with sequential spread of depolarizatio

41 nervous system infection, the application of Koch's postulates to viral discovery in MS as the causat

42 To address this aspect of Koch's postulates, three dairy calves (treatment animals

43 ugh the atrial tissue located at the base of Koch's triangle.

44 This represents the completion of Koch's postulates for a true dsRNA virus from a filament

45 the fulfillment of the genetic equivalent of Koch's postulate, where susceptibility loci in a lupus-p

46 ools have been developed, the fulfillment of Koch's postulates to determine gene function has been ha

47 ion from peripheral blood, in fulfillment of Koch's postulates.

48 352 +/- 51 ms) was recorded in the region of Koch's triangle with a decapolar catheter in the His bun

49 ese findings fulfill the second and third of Koch's molecular postulates for oxyR as a candidate viru

50 e clustered near the apex of the triangle of Koch (FP), whereas 6 inducible preparations had either c

51 n of conduction to the posterior triangle of Koch and marked broadening of the posterior triangle of

52 eir prematurity at the posterior triangle of Koch and not allowing local conduction delay and local r

53 cy ablation was performed in the triangle of Koch directed by biplane fluoroscopy and a 6.2F, 12.5-MH

54 terval measured at the posterior triangle of Koch during CSd pacing was significantly prolonged compa

55 e the endocardial surface of the triangle of Koch during programmed electrical stimulation.

56 Exploration of the triangle of Koch during programmed pacing reveals the presence of du

57 rked broadening of the posterior triangle of Koch electrogram compared with CS stimulation.

58 t AF inducibility, the posterior triangle of Koch electrogram width was the same during HRA and CS st

59 pplied at other sites within the triangle of Koch failed to interrupt SP conduction.

60 was recorded at the apex of the triangle of Koch in 38 patients during ventricular pacing and in 43

61 characteristics of the posterior triangle of Koch may be critical for AF induction.

62 ht atrium, His bundle, posterior triangle of Koch, and coronary sinus.

63 t the HRA, His bundle, posterior triangle of Koch, and CS.

64 nduction delays to the posterior triangle of Koch, whereas AF was never induced with CSd APDs, which

65 heter positioned adjacent to the triangle of Koch.

66 N and during AVN reentry in the triangles of Koch of 12 rabbits.

67 Use of Koch's postulates will not help one prove or disprove a

68 o established diagnostic techniques based on Koch's culturing or colony counting methods.

69 Unlike the original Koch's postulates and the Molecular Koch's postulates as

70 Our study has reproduced Koch's postulates and further shown that simian parvovir

71 nally described over 100 years ago by Robert Koch.

72 claim of his rival, the contagionist Robert Koch, that the bacillus he had isolated was cholera's su

73 mmary tumor virus, providing a model to test Koch's postulates in vitro.

74 They also note that Koch's approach, which focused narrowly on the agent and

75 In addition, we propose a new model of the Koch's postulates named the 'Metagenomic Koch's Postulat

76 s a good biomarker, similar in spirit to the Koch postulates used at the birth of the field of infect

77 , immunocompromised patient, and even though Koch's postulates were not met, we posit B. miyamotoi as

78 Here we propose a set of criteria, akin to Koch's postulates for infectious disease, for assigning

79 herosclerosis and that, unlike peptic ulcer, Koch's postulates cannot be fulfilled for any infectious

80 two-spotted spider mite, Tetranychus urticae Koch is a major pest that feeds on >1,100 plant species.

81 two-spotted spider mite (Tetranychus urticae Koch), with cultivated tomato (Lycopersicon esculentum)

82 t in stationary fractal patterns such as von-Koch snowflakes and Sierpinski gaskets.

83 ced smaller variance of IOL PE than did Wang-Koch-Maloney (WKM) and Shammas (P < 0.05).

84 nd evaluated the effect of applying the Wang-Koch (WK) adjustment for eyes with axial length >25.0 mm

85 In accordance with Koch's postulates, we found the E. coli pathobiont was s

86 Q, 16% in Holladay I, 22% in Holladay I with Koch adjustment, 48% in Haigis, and 24% in SRK/T.

87 ver the fast pathway is heterogeneous within Koch's triangle and the coronary sinus, both for the ent