ライフサイエンスコーパス: bed bug

1 days both externally and internally in some bed bugs.

2 he natural AP blend released by heat-exposed bed bugs.

3 f conspecifics to AP emitted by heat-exposed bed bugs.

4 ng laboratory-reared and apartment-collected bed bugs.

5 feeding, oviposition, and survival of female bed bugs.

6 ous fitness-related deficits in aposymbiotic bed bugs.

7 5 compounds was evaluated against adult male bed bugs.

8 iting nuisance and disease transmission from bed bugs.

9 JH in the regulation of metamorphosis in the bed bugs.

10 eradication measure quantitatively decreased bed bugs.

11 y of pest control interventions to eradicate bed bugs.

12 ral parameters: bed bug infestation level (1 bed bug/3 bed bugs), surface type (wood/fabric), feeding

13 Bed bugs acquired MRSA both externally on the cuticle su

14 When not feeding on human blood bed bugs aggregate in refuges close to human hosts.

15 this study was to identify and quantify the bed bug aggregation pheromone.

16 mechanisms of insecticide resistance, human-bed bug and symbiont-bed bug associations, and unique fe

17 we investigated tropomyosin homology between bed bugs and known tropomyosin allergens from other taxa

18 or complete elimination of Wolbachia (Wb) in bed bugs and quantified development and reproduction in

19 age level (between human- and bat-associated bed bugs), and inter-species level (between C. lectulari

20 deficiency impairs digestion in aposymbiotic bed bugs, and in this study we investigated the effects

21 However, the interaction of bed bug AP in heat avoidance has not been investigated.

22 A newly discovered human analogue of a bed bug apyrase, which we named hSCAN-1 for human solubl

23 Bed bugs are attracted to the odour of sleeping humans a

24 of pest management professionals showed dead bed bugs are not cleaned up following treatment.

25 Bed bugs are pests of public health importance due to th

26 tory conditions, host-associated lineages of bed bugs are reproductively compatible, and aggregation

27 AGs and possibly other compounds) preventing bed bug arrestment.

28 mney in Emerging Infectious Diseases titled, Bed bugs as Vectors for Drug-Resistant Bacteria has spar

29 icide resistance, human-bed bug and symbiont-bed bug associations, and unique features of bed bug bio

30 Bed bugs avoid temperatures above 43 degrees C, which ar

31 The cimicids, or bed bugs, belong to a highly specialized hematophagous t

32 bed bug associations, and unique features of bed bug biology that contribute to the unprecedented suc

33 cient detail of cause and effect between the bed bug bite and clinical response, and convincing evide

34 ns for cutaneous and systemic reactions from bed bug bites have not been evaluated in clinical trials

35 in allergens from other taxa, tropomyosin in bed bug bodies, feces, and exuviae (cast skins), tropomy

36 In bed bugs, both the odorant identity and concentrations p

37 insights into the human odorant detection of bed bugs, but also offer valuable information for develo

38 yosin was detected in mechanically fractured bed bug cadavers and was detectable in bed bugs cadavers

39 tured bed bug cadavers and was detectable in bed bugs cadavers aged for 18 months.

40 ion, each having cDNA similarity to: (i) the bed bug Cimex lectularius apyrase, (ii) a 5'-nucleotidas

41 The bed bug Cimex lectularius is a blood-feeding re-emerging

42 The common bed bug Cimex lectularius is a temporary ectoparasite on

43 ors, research on the potential of the common bed bug (Cimex lectularius L.) to contribute tropomyosin

44 The common bed bug (Cimex lectularius) has been a persistent pest o

45 Bed bug (Cimex lectularius) infestations are rapidly inc

46 d a pyrethroid resistant strain of the human bed bug (Cimex lectularius, L.) fed either human blood o

47 Bed bugs (Cimex lectularius L.) are globally important h

48 Bed bugs (Cimex lectularius) have proliferated globally

49 Bed bugs (Cimex lectularius) provide a unique opportunit

50 The bed bug, Cimex lectularius L., emits an alarm pheromone

51 Through bed bug, Cimex lectularius transcriptome analysis, we id

52 The bed bug, Cimex lectularius, has re-established itself as

53 The common bed bug, Cimex lectularius, is an obligate hematophagous

54 Culex pipiens and Anopheles gambiae) and the bed bug, Cimex lectularius, suggesting that this is a co

55 To begin studies on reproduction in common bed bug, Cimex lectularius, we identified three genes co

56 ty, was purified from salivary glands of the bed bug, Cimex lectularius.

57 as an obligate nutritional mutualist in the bed bug, Cimex lectularius.

58 Their best-known member is the bed bug, Cimex lectularius.

59 evious work showed that three populations of bed bugs, Cimex lectularius L., evolved significantly in

60 Pyrethroid resistance in bed bugs, Cimex lectularius, has prompted a change to co

61 ober 2008) were performed using the keywords bed bugs, Cimex, control, prevention, and eradication.

62 Original accounts or investigations of bed bugs, clinical responses with sufficient detail of c

63 designing the most effective and sustainable bed bug control methods.

64 reagents (attractants or repellents) for the bed bug control.

65 As such, dead bed bugs could act as tropomyosin reservoirs following b

66 g treatment and exposure to tropomyosin from bed bugs could sensitize individuals and lead to increas

67 These findings enhance our understanding of bed bug digestive physiology and the wCle-bed bug nutrit

68 rental market, calibrate it to parameters of bed bug dispersion and housing turnover, and use it to e

69 mination on three digestive processes in the bed bug - diuresis, erythrocyte (red blood cell) lysis,

70 oal of this research was to: 1) determine if bed bugs emit AP as an alarm response to heat exposure,

71 e proposed or initiated policies to stem the bed bug epidemic, but little guidance is available to ev

72 Volatile chemicals were collected from bed bug-exposed papers, which are known to induce aggreg

73 incing evidence of substantiated presence of bed bug exposure.

74 y which wCle-supplemented B-vitamins promote bed bug fitness remain unclear.

75 ence of infestation, rate of introduction of bed bugs from other municipalities, and the strength of

76 Aposymbiotic bed bugs had slower nymphal development, reduced adult s

77 A variety of clinical reactions to bed bugs have been reported, including cutaneous and rar

78 Bed bugs have reemerged in the United States and worldwi

79 Bed bugs have shown a recent and rapid global expansion

80 d feeders, such as Cimex lectularius (common bed bug), have symbiotic associations with nutritional e

81 hat although human skin odors attract hungry bed bugs, human skin compounds may also prevent arrestme

82 ents) reacted to AP released by heat exposed bed bugs (i.e., emitters) by frantically moving within 5

83 velop a mathematical model for the spread of bed bugs in a generalized rental market, calibrate it to

84 o rapidly confirm the presence or absence of bed bugs in a room.

85 were prepared by varying several parameters: bed bug infestation level (1 bed bug/3 bed bugs), surfac

86 notify potential tenants of current or prior bed bug infestations.

87 rface, providing highly credible evidence on bed bug infestations.

88 es, which can help track, manage and control bed bug infestations.

89 intra-lineage level (within human-associated bed bugs), inter-lineage level (between human- and bat-a

90 egation behaviour could be exploited to lure bed bugs into traps for surveillance, treatment efficacy

91 fective essential oil-based insecticides for bed bug IPM and conducting mode-of-action studies on ind

92 The common bed bug is an obligate hematophagous parasite of humans.

93 This strategy evolved in bed bugs is based on their unique morphological, physiol

94 Evidence for disease transmission by bed bugs is lacking.

95 l symbionts that reside within tsetse flies, bed bugs, lice, reduviid bugs, and ticks, with specific

96 al conditions and the physiological state of bed bugs likely influence the dual nature behavioral res

97 ed into a lure that could be used to improve bed bug management.

98 experimental support for the hypothesis that bed bugs may contribute to the transmission of MRSA in s

99 Results indicated that while the bed bug midgut is a hospitable environment for MRSA, the

100 ore attractive than clean clothing to active bed bugs moving within a bedroom sized arena and (2) ele

101 eous electrical activity measurements of the bed bug nervous system demonstrated neuroinhibitory effe

102 of bed bug digestive physiology and the wCle-bed bug nutritional mutualism, with broader implications

103 Functional characterization of two bed bug odorant receptors and co-receptors in response t

104 rized the electro-physiological responses of bed bug odorant receptors to human odorants with the Xen

105 ng the complexity of odorant encoding in the bed bug odorant receptors.

106 y less effective in eliciting responses from bed bug odorant receptors.

107 to their cryptic behavior, the detection of bed bugs often necessitates labor-intensive, time-consum

108 lts underscore the nutritional dependence of bed bugs on their Wb symbiont and suggest that Wb may pr

109 Male bed bugs only mate with recently fed females and do so b

110 No evidence-based interventions to eradicate bed bugs or prevent bites were identified.

111 Beyond its application to bed bugs, our model offers a framework to evaluate polic

112 e as disease vectors and optimal methods for bed bug pest control and eradication are unclear.

113 When given a choice, bed bugs preferred to arrest on substrates not previousl

114 tool to determine the presence or absence of bed bug proteins on a surface, providing highly credible

115 As one of the most notorious ectoparasites, bed bugs rely heavily on human or animal blood sources f

116 A variety of bed bug residue samples were prepared by varying several

117 n flow tube mass spectrometer, we found that bed bugs responded to lethal and sublethal heat exposure

118 were found to be extractable in hexane, and bed bugs responded to such extracts in a dose-dependent

119 ion of wCle significantly impairs fitness in bed bugs, resulting in slow development, low egg product

120 the diagnosis, treatment, and eradication of bed bugs reviewed the clinical articles.

121 sands of years, yet the genetic basis of the bed bug's basic biology and adaptation to dense human en

122 and biotin (B7), which are deficient in the bed bug's diet of vertebrate blood.

123 ral flow test devices for the detection of a bed bug specific protein.

124 se variables influenced the detection of the bed bug specific proteins in the sample and to what degr

125 ters: bed bug infestation level (1 bed bug/3 bed bugs), surface type (wood/fabric), feeding status (f

126 We also determined whether bed bugs that fed through the contaminated membrane coul

127 r eggs per female, and lower hatch rate than bed bugs that harbored Wb.

128 In aposymbiotic bed bugs that were fed B-vitamins-supplemented blood, ny

129 icture of the olfactory coding mechanisms of bed bugs that will ultimately contribute to the design a

130 possibly other arthropods such as fleas and bed bugs, the strong saliva-induced DTH response may ref

131 han 40 human diseases has been attributed to bed bugs, there is little evidence that they are vectors

132 Due to the weekly feeding behaviours of bed bugs, these results suggest that bed bug transmissio

133 Here, we fed bed bugs through a membrane contaminated with methicilli

134 ood/fabric), feeding status (fed/unfed), and bed bug time-on-surface (1 d/7 d).

135 present a similarly attractive cue, allowing bed bugs to 'hitch-hike' around the world after aggregat

136 The ability of bed bugs to detect human odorants in the environment is

137 ng areas when travelling can be exploited by bed bugs to facilitate passive dispersal.

138 ence the dual nature behavioral responses of bed bugs to human skin compounds.

139 The potential for bed bugs to serve as disease vectors and optimal methods

140 ours of bed bugs, these results suggest that bed bug transmission of MRSA is highly unlikely.

141 ould act as tropomyosin reservoirs following bed bug treatment and exposure to tropomyosin from bed b

142 persistence over time, and impacts of common bed bug treatment strategies on detectable tropomyosin.

143 Bed bugs universally avoided sheltering in TAG-treated s

144 In this study we show that female insects (bed bugs) up-regulate immune function in their copulator

145 t Bacteria has sparked a renewed interest in bed bug vector potential.

146 h as phloem-feeding aphids and blood-feeding bed bugs, we present the genome sequence and comparative

147 Most importantly, bed bugs were able to transmit MRSA to an uncontaminated

148 Ten populations of bed bugs were challenged with two combination products (

149 Contrary to previous reports, bed bugs were found to be reproductively compatible at b

150 Only 2 clinical trials concerning bed bugs were identified and tested the ability of pest

151 omplexity of adaptive strategies employed by bed bugs will help in designing the most effective and s

152 e regulation of molting and metamorphosis in bed bugs with a goal to identify key players involved.

153 d quantified development and reproduction in bed bugs with and without Wb and with and without B-vita

154 serve as multifunctional semiochemicals for bed bugs, with some odorants attracting host-seeking sta

155 lateral flow strip test for the detection of bed bugs would represent a novel use for a well-establis