ライフサイエンスコーパス: domestic animal

1 nchronized strain surveillance in humans and domestic animals.

2 n humans and a welfare and economic issue in domestic animals.

3 as sleeping sickness in humans and nagana in domestic animals.

4 al to humans and also pose a serious risk to domestic animals.

5 ing since it is more valuable than meat from domestic animals.

6 mes cause devastating diseases in humans and domestic animals.

7 ve the most frequent contact with humans and domestic animals.

8 orts might reduce transmission to humans and domestic animals.

9 onsequently, likely affect their mixing with domestic animals.

10 s and subsequent evolution and demography of domestic animals.

11 the domestication syndrome observed in other domestic animals.

12 ial relevance to the welfare of group-housed domestic animals.

13 type B causes enteritis and enterotoxemia in domestic animals.

14 are caused by pathogens shared with wild or domestic animals.

15 r necrotizing enteritis and enterotoxemia in domestic animals.

16 hesis that have been described in humans and domestic animals.

17 al disease in humans and in horses and other domestic animals.

18 -celled apicomplexan parasites of humans and domestic animals.

19 al disease in humans and in horses and other domestic animals.

20 nesis of C. perfringens type B infections in domestic animals.

21 smission cycle (in wild animals) and that in domestic animals.

22 ons, including enterotoxemias, in humans and domestic animals.

23 ies is to implement vaccination programs for domestic animals.

24 irus, are widespread pathogens of humans and domestic animals.

25 for most Salmonella infections in humans and domestic animals.

26 ship with humans, going beyond that of other domestic animals.

27 that induces chronic infection in humans and domestic animals.

28 to E) with gastrointestinal (GI) diseases in domestic animals.

29 n, associated with suppurative infections in domestic animals.

30 conditions and may enhance muscle growth in domestic animals.

31 -site sanitation coverage; (2) determine how domestic animals affect fecal contamination; and (3) ass

32 ikely that increases in mite, cockroach, and domestic animal allergens have been sufficient to explai

33 nsitive detection and quantitation of common domestic animal and bird species DNA from complex biomat

34 es are reservoirs of pathogens that threaten domestic animal and human health; second, wildlife EIDs

35 grated One Health approach, targeting human, domestic animal and wildlife interfaces, provide modern

36 ll often need to be integrated across human, domestic animal and wildlife populations.

37 ogen that causes abortion and infertility in domestic animals and a severe debilitating febrile illne

38 The toxins cause several fatal diseases in domestic animals and are associated with esophageal canc

39 parasites worldwide, infecting many wild and domestic animals and causing zoonotic infections in huma

40 lates, which cause rapidly fatal diseases in domestic animals and enteritis necroticans in humans, co

41 contributed to rapid phenotypic evolution in domestic animals and how alleles in domestic animals may

42 ecies disease transmission between wildlife, domestic animals and humans is an increasing threat to p

43 fication of markers in homologous regions in domestic animals and humans, which may be utilized to as

44 and pervasive reproductive problems in both domestic animals and humans.

45 is an important mosquito-borne pathogen for domestic animals and humans.

46 iated with loci controlling stature in other domestic animals and in humans.

47 rldwide zoonotic disease causing abortion in domestic animals and Malta fever in humans.

48 on's vector mosquitoes feed predominantly on domestic animals and only secondarily on human beings, t

49 may occur in other social mammals, including domestic animals and primates.

50 is threatened simultaneously by disease from domestic animals and rapid changes in food availability

51 for instance, in the relative importance of domestic animals and wild primates as sources.

52 rimental effects on the health of humans and domestic animals, and diminished recreational value of w

53 cal implications for the health of wildlife, domestic animals, and humans.

54 Ticks are ectoparasites of wild and domestic animals, and humans.

55 za viruses as worldwide pathogens in humans, domestic animals, and poultry is well recognized.

56 sistence of ehrlichial infections in humans, domestic animals, and reservoir hosts.

57 za A viruses are major pathogens for humans, domestic animals, and wildlife, and these viruses occasi

58 za A viruses are major pathogens for humans, domestic animals, and wildlife.

59 onments, influencing transmission to people, domestic animals, and wildlife.

60 economic impact of type C-induced diseases, domestic animals are commonly vaccinated with crude type

61 Consequently, domestic animals are commonly vaccinated, at varying eff

62 ted marker in urban slum environments, where domestic animals are exposed to human feces that have be

63 obial surveillance that include wildlife and domestic animals as well as humans, and recognition that

64 ishment of agricultural economies based upon domestic animals began independently in many parts of th

65 logical remains such as charcoal, seeds, and domestic animal bones suggest that people have inhabited

66 Domestic animals can be cloned using techniques such as

67 dreds of human deaths, and more than 100,000 domestic animal deaths.

68 y samples from cases of rabies in humans and domestic animals diagnosed in Venezuela between 1990 and

69 uce the risk of human infection by excluding domestic animals, especially infected dogs, from bedroom

70 ckground, tame behavior in rabbits and other domestic animals evolved by shifts in allele frequencies

71 e has opened a new opportunity to manipulate domestic animal genomes via homologous recombination.

72 Myiasis in domestic animals has been studied more extensively, but

73 ety of paramyxoviruses that impact human and domestic animal health when spillover occurs.

74 y viruses that are significant for human and domestic animal health, but the dynamics of these infect

75 ibodies against both GI and GII human NVs in domestic animals highlights the importance of further st

76 ortion or congenital disease in a variety of domestic animal hosts.

77 other clinical syndromes of both humans and domestic animals; in this strain the polysialic acid cap

78 y associated with clostridial GI diseases in domestic animals, including necrotic enteritis in piglet

79 he climate sensitivity of European human and domestic animal infectious pathogens, and the characteri

80 tions; and (iii) EIDs with no overt human or domestic animal involvement.

81 However, humans and domestic animals may be sequentially exposed to differen

82 ution in domestic animals and how alleles in domestic animals may evolve by the accumulation of multi

83 uman African sleeping sickness and nagana in domestic animals, myo-inositol is taken up via a specifi

84 of the historical development of cloning in domestic animals, of its application to the propagation

85 KV can be found by evaluating arboviruses in domestic animals, of which there are at least seven NT v

86 ure has played in influencing the genomes of domestic animals over the past 10000 years.

87 elate these trends to changes in climate and domestic animal populations.

88 reventing the spread of this bacterium among domestic animal populations.

89 hinitis in swine and pasteurellosis in other domestic animals, produces an extracellular polysacchari

90 ucing the abundance of their hosts; however, domestic animal production and complex life cycles can m

91 mic impact by causing rapid death of several domestic animal species.

92 This investigation examined 10 domestic animal stool samples (8 mammalian, 2 avian) con

93 Results from wild and domestic animal studies suggest new models to investigat

94 ions and limits the rate of muscle growth in domestic animals, the proteolytic system responsible for

95 the most dangerous pathogens for humans and domestic animals, their monoxenous relatives have freque

96 : (i) EIDs associated with "spill-over" from domestic animals to wildlife populations living in proxi

97 so met all criteria except for exceeding the domestic animal toxicity limit for shoot accumulation of

98 humans and enteritis and enterotoxaemias of domestic animals, typically produce (at minimum) beta to

99 Owners and their domestic animals via skin shedding and secretions, mutua

100 f those not receiving RPEP), often because a domestic animal was unavailable for observation or testi

101 occurrence of rabies spillover from bats to domestic animals was also demonstrated.

102 Vaccination of domestic animals with chemically inactivated foot-and-mo