ライフサイエンスコーパス: yaw

1 -specific T(z) response accompanied by trunk yaw.

2 s, oblong grapes and grape tomatoes roll and yaw.

3 either translational sideslip or rotational yaw.

4 ated by having subjects rotate their head in yaw.

5 -specific sequences in a patient with active yaws.

6 iagnostic evaluation of a molecular test for yaws.

7 reponema pallidum subspecies pertenue causes yaws.

8 e azithromycin to treat patients with latent yaws.

9 in was effective in participants with latent yaws.

10 port the WHO strategy for the eradication of yaws.

11 ctivities to identify and treat new cases of yaws.

12 lth Organization (WHO) strategy to eradicate yaws.

13 agin titre of >/=1:8) was higher in cases of yaws (63%) and dual infections (92%) than in H ducreyi i

14 as conducted to determine whether whole-body yaw alters the position and orientation of LP.

15 The prevalence of high-titer latent yaws among children was reduced from 18.3% to 6.5% (diff

16 For the highest accuracy achieved, yaw and acceleration values are most important.

17 mulation) and quantitatively determined head yaw and head roll, while stimulation of either STN raise

18 f the preparation during bending both in the yaw and in the pitch plane.

19 ons that stimulated only the canals (upright yaw and on tail roll) produced accurate VOR timing durin

20 ing posture, circular tail movements control yaw and pitch as the gecko descends.

21 In primates, yaw and pitch aVOR must be compensatory to stabilise ima

22 mpleted gaze-stability exercises in both the yaw and pitch directions.

23 ccipital axis is lower than that elicited by yaw and pitch, causing errors in aVOR magnitude and dire

24 ters and gyros monitored train and passenger yaw and roll, and a survey evaluated motion sickness.

25 generation is influenced by features of both yaw and the distractor, where the degree of influence is

26 ions onto the manifold representing proverse yaw and to quantify the degree to which freely flying in

27 heir visual environment with a series pitch, yaw and torsional (roll) rotations of their eyes, where

28 hieved in 151 (92%) participants with latent yaws and 101 (94%) with active yaws (risk difference -2.

29 icipants enrolled, 273 (88%; 165 with latent yaws and 108 with active yaws) completed follow-up.

30 enrolled 493 participants with seropositive yaws and a further 32 with negative serology.

31 and non-treponemal antigens in patients with yaws and avoids the need for laboratory support.

32 The lesions in patients with yaws and dual infection were more circular in shape (79%

33 romise as a near-patient diagnostic tool for yaws and H ducreyi.

34 Skin lesions in patients with yaws and in those with dual infection were larger than t

35 ic rather than the organotropic character of yaws and provide further evidence of distinctive biologi

36 combination of azithromycin (AZI) targeting yaws and trachoma, with the newly approved ivermectin, a

37 logical and pathological differences between yaws and venereal syphilis.

38 haracteristics of the patients infected with yaws and with H ducreyi were similar.

39 movement to control flight direction (pitch, yaw, and roll axes).

40 ertenue, and endemicum) that cause syphilis, yaws, and bejel, respectively.

41 nclude programs targeting scabies, impetigo, yaws, and diseases causing lymphoedema.

42 or active yaws, serologic surveys for latent yaws, and molecular analyses to determine the cause of s

43 lidum lineage recovered as a sister group to yaws- and bejel-causing lineages.

44 negative body-axis drag exists only for wind yaw angles above a certain analytical threshold, the neg

45 negative frontal pressures exist at smaller yaw angles and subsequently produce body-axis drag coeff

46 ction, large pitch angles and bifurcation of yaw angles are predicted.

47 determinants of the spatial distribution of yaws are needed to help with the completion of baseline

48 to better control, eliminate, and eradicate yaws are needed.

49 nd five with UVD during transient whole-body yaw at 2800 deg/s(2).

50 The VOR was evoked by transient, whole-body yaw at 2800 deg/s2 peak acceleration, capable of evoking

51 The prevalence of latent yaws at 18 months was 6.54% (95% CI, 5.00 to 8.08) among

52 to update the reported number of people with yaws at national and subnational levels and to estimate

53 a bee's moment of inertia about the roll and yaw axes but not the pitch axis.

54 played slower rotations about their roll and yaw axes, regardless of whether these rotations were dri

55 netic field allowing free rotation about the yaw axis actively seeks a narrow CO(2) plume during flig

56 he spherical projector was rotated about its yaw axis at 4.5 degrees /s for approximately 90 s.

57 formity to the median head motions along the yaw axis was associated with higher ratings of vection,

58 pivot to allow frictionless turns about the yaw axis, we discovered that bar fixation as well as smo

59 ight simulator that enables maneuvers in the yaw axis, we found that flies readily steer directly tow

60 which permitted free body rotation about the yaw axis.

61 tethered Drosophila free to rotate about the yaw axis.

62 etic tether that allows free movement in the yaw axis.

63 al plane and eye rotations about a vertical (yaw) axis to track and fixate targets of interest.

64 orts the WHO strategy for the eradication of yaws based on mass administration of the entire endemic

65 llatory motion from a first order subsidence yaw behavior.

66 nema pallidum that give rise to the diseases yaws, bejel, pinta and, most notably, syphilis(1).

67 plasma reagin titre >/=1:8) latent or active yaws, between April, 2013, and May, 2015.

68 sponse was attenuated by 90 deg head roll or yaw, both of which uncouple the inter-aural axis from th

69 ally significant increases in sensitivity to yaw but not vertical plane rotations, suggesting partici

70 us motion observed are: cobs roll, pitch and yaw; but green chillies, blueberries, tropical berries,

71 To eradicate yaws by 2020, WHO has launched a campaign of mass treatm

72 To meet the WHO target of eradicating yaws by 2030, highly sensitive and specific diagnostic t

73 s and organs in adult, neonate, and maternal yaws by PCR and RIT clearly demonstrated that, unlike sy

74 Reactive syphilis serology caused by latent yaws can occur in ulcers with the presence of H ducreyi

75 igned to actively detect and treat remaining yaws cases and is initiated on the basis of laboratory-s

76 During 2010-13, 256 343 yaws cases were reported to WHO from 13 endemic countrie

77 Yaws, caused by Treponema pallidum subspecies pertenue a

78 trains related to both venereal syphilis and yaws-causing T. pallidum subspecies were already present

79 m children aged 6 to 15 years with confirmed yaws, collected before and after treatment, were tested

80 8%; 165 with latent yaws and 108 with active yaws) completed follow-up.

81 ssa and every possible (pitch, distance, and yaw) configuration of the head relative to a flat surfac

82 oints were the prevalence of active cases of yaws, confirmed by polymerase-chain-reaction assay, in t

83 rial population and the prevalence of latent yaws, confirmed by serologic testing, in a subgroup of a

84 ss of kinematics that provide favorable roll-yaw coupling.

85 t maintains stable gaits, with low frequency yaw deviations, when subject to random perturbations in

86 the WHO target product profile criteria for yaws diagnostics.

87 The yaw-dominated masticatory cycle of primates, ungulates a

88 ages (total population 3117 people) during a yaws elimination campaign in Papua New Guinea in April,

89 omized, community-based trial conducted in a yaws-endemic area of Papua New Guinea, we randomly assig

90 ctive disease ranged from 0.31% to 14.54% in yaws-endemic areas, and prevalence of latent yaws ranged

91 suggest a diverse etiology of skin ulcers in yaws-endemic areas, which may help design more accurate

92 unately, the RPR test is available rarely in yaws-endemic areas.

93 In this yaws-endemic community, H ducreyi is an important and pr

94 2012, over 89 million people were living in yaws-endemic districts.

95 ial additional etiological agents of CU in a yaws-endemic region.

96 us ducreyi-as causes of skin ulceration in a yaws-endemic region.

97 causative agents of cutaneous ulcer (CU) in yaws-endemic regions in the tropics.

98 We did a prospective cohort study of five yaws-endemic villages (total population 3117 people) dur

99 uspected clinical yaws living in two remote, yaws-endemic villages in Papua New Guinea were enrolled.

100 illance must accompany the implementation of yaws eradication activities.

101 r DPP assay could ease the implementation of yaws eradication activities.

102 Island (Papua New Guinea) examined during a yaws eradication campaign in October 2013-October 2014.

103 the accuracy of diagnosis in countries with yaws eradication campaigns.

104 atent yaws is a crucial component of the WHO yaws eradication strategy to prevent relapse and the res

105 s of initial efforts at implementing the WHO yaws eradication strategy.

106 To achieve yaws eradication, the use of the new WHO strategy of ini

107 antigens-for guiding use of antibiotics for yaws eradication.

108 ously represent both heading and horizontal (yaw) eye rotation velocity by measuring heading tuning c

109 insect kinematics do act to provide proverse yaw for a variety of maneuvers.

110 WHO has targeted yaws for global eradication by 2020.

111 yaws is endemic and to certify countries as yaws free where yaws was endemic in the past.

112 bar velocity are attenuated or eliminated in yaw-free conditions.

113 Yaw-free flies respond to the same stimulus by ignoring

114 ound oscillating at different frequencies, a yaw-free fly follows the frequency of the ground only, w

115 ially "clamping" a bar in the periphery of a yaw-free fly has no effect.

116 of endemicity and to certify others as being yaws-free.

117 ngry fly in a magnetic field, allowing it to yaw freely, presented odor plumes, and examined how visu

118 hed data for prevalence of active and latent yaws from Jan 1, 1990, to Dec 31, 2014.

119 At 18 months, the prevalence of active yaws had decreased from 0.46% (102 of 22,033 persons) at

120 enetic activation of HS cells elicits robust yaw head movements and yaw turning responses in fixed an

121 oprioceptive stimulation produced during (1) yaw head-on-trunk rotation about the C1-C2 axis while in

122 as body length, body angle, head roll, head yaw, head pitch, and path and speed of hand movements.

123 s taken to be non-inferior to that of active yaws if the lower limit of the two-sided 95% CI for the

124 We report a case of yaws in a patient with puritic cutaneous eruption who wa

125 as part of a randomized controlled trial for yaws in Ghana and Papua New Guinea.

126 of serologically confirmed active infectious yaws in the entire population and the prevalence of late

127 We collected yaws incidence data from official national surveillance

128 birds to substantially change their roll and yaw inertia but has a minimal effect on the position of

129 Offspring born to yaws-infected mothers did not produce immunoglobulin M a

130 The prevalence of active and latent yaws infection fell rapidly and substantially 12 months

131 Yaw is linearly correlated with the difference between t

132 Treatment of latent yaws is a crucial component of the WHO yaws eradication

133 nterrupt the transmission in countries where yaws is endemic and to certify countries as yaws free wh

134 Yaws is endemic in west Africa, southeast Asia, and the

135 aemophilus ducreyi causes lesions similar to yaws is particularly important and further work is neede

136 3085 individuals with at least one suspected yaws lesion, 531 (17%) were serologically confirmed.

137 The incidence and dissemination of cutaneous yaws lesions in very young guinea pigs were remarkably d

138 and 2608 were given to the participants with yaws-like lesions and their contacts, respectively, at r

139 en (aged 1-18 years) with suspected clinical yaws living in two remote, yaws-endemic villages in Papu

140 tradeoff between hydrodynamic stability and yaw maneuverability, illuminating different functional a

141 could provide a way to prioritize areas for yaws mapping.

142 wind turbines in high thrust coefficient and yaw misaligned states without using corrections for thes

143 h maximizes the power of a wind farm through yaw misalignment that deflects wakes away from downstrea

144 The prevalence of roll and yaw motion are the most common.

145 d motion-sensitive neuron, encodes preferred yaw motion in the presence of stimuli not aligned with i

146 rees of freedom describing translational and yawing motions of the body.

147 ither H ducreyi (n=42), T pallidum pertenue (yaws; n=19), or coinfection with both organisms (dual in

148 To eradicate yaws, national control programmes use the Morges strateg

149 h information about the pitch, distance, and yaw of a surface relative to its head.

150 ttractive odorant increases the influence of yaw-optic flow on steering behavior in flight, which enh

151 in a loss of olfaction-dependent increase in yaw optomotor fidelity.

152 ed in the blowfly how the well characterized yaw optomotor reflex and the activity of identified visu

153 that contrary to previous expectations, the yaw optomotor reflex shows a bimodal directional tuning

154 they concomitantly increase the gain of the yaw optomotor response by enhancing the animal's ability

155 udy the vision-based control autonomy of the yaw optomotor response of flying fruit flies (Drosophila

156 en reoriented their in-flight posture (i.e., yaw or heading angle) while passing through, minimizing

157 d 6 days after bed rest under different head yaw orientations.

158 a low incidence and short persistence of the yaws pathogen in internal organs.

159 inal grid cells and hippocampal place cells, yaw plane optic flow signals likely influence representa

160 ctively according to head orientation in the yaw plane relative to environmental landmark cues.

161 In the yaw plane, concave responses to bending of rostral segme

162 to angular head rotation in the horizontal (yaw) plane, are critical for the signal.

163 We estimated yaws prevalence (and 95% CIs).

164 emicircular canals (upright roll and on tail yaw) produced higher VOR gains overall than were elicite

165 ividuals with serologically confirmed active yaws provided paired lesion swabs between March, 2021, a

166 yaws-endemic areas, and prevalence of latent yaws ranged from 2.45% to 31.05%.

167 Our corroborated model for proportional yaw reorientation and speed control shows how lovebirds

168 ly, we were able to genetically separate the yaw responses and sideslip responses in our behavioral a

169 s with latent yaws and 101 (94%) with active yaws (risk difference -2.0%, 95% CI -8.3 to 4.3), meetin

170 ad angle about a principal axis of rotation: yaw, roll, and pitch.

171 hold measurements than normal (p < 0.01) for yaw rotation (depending upon frequency, 5.4x to 15.7x gr

172 Yaw rotation can cause stable torsional offsets in the l

173 by a highly repeatable transient whole-body yaw rotation in darkness at a peak acceleration of 2800

174 They perceived whole-body yaw rotation in one direction with the head pitched forw

175 ion of the horizontal semicircular canals by yaw rotation increased minute ventilation in young but n

176 increased transverse movement resulting from yaw rotation may have been a crucial evolutionary prereq

177 P, after which subjects underwent whole-body yaw rotation of 30 degrees or 70 degrees , at peak accel

178 natomies evolved concurrently with increased yaw rotation of the jaw during chewing cycles.

179 movements was conjugate and coupled to head yaw rotation to produce a "saccade and fixate" gaze patt

180 ibular nucleus neurons (n = 9) while pairing yaw rotation with a pitch optokinetic stimulus, resultin

181 on thresholds as a function of frequency for yaw rotation, superior-inferior translation ("z-translat

182 ngular velocities to propel the body without yaw rotation.

183 ant transverse movement, likely produced via yaw rotation.

184 ion by participants' report of their passive yaw rotations in the dark, objective balance via posturo

185 that the slower rise in roll velocity during yaw rotations on entering and leaving curves had induced

186 eidomastoid muscles in rhesus monkeys during yaw rotations spanning the physiological range of self-m

187 h more neurons preferring roll than pitch or yaw rotations.

188 rformed repeated clinical surveys for active yaws, serologic surveys for latent yaws, and molecular a

189 er space to quantify the optimum regions for yaw stability and performance.

190 by discussing potential sources of roll and yaw stability, we consider the various sources of static

191 el to explore the effects of saccades on the yaw stabilization reflex of D. melanogaster.

192 In contrast, yaw stimulation produces an entirely different pattern i

193 y completed unpublished studies from the WHO yaws surveillance network.

194 and dried blood spot specimens collected for yaws surveillance projects in Ghana, Vanuatu, and Papua

195 gh-throughput multiplex tool for large-scale yaws surveillance.

196 To accomplish this feat, lovebirds primarily yaw their bodies into the gust while fixating their head

197 r monaurally, whether the head was turned in yaw through 90 deg, whether the head was pitched down th

198 When the head was turned in yaw to face in different directions the sway response ch

199 ram encode the majority of information about yaw torque in spike timings, but we do not know whether

200 robotic flower producing a range of turning (yaw) torques.

201 WHO and its partners aim to interrupt yaws transmission in countries of endemicity and to cert

202 odynamic mechanisms to provide proverse roll-yaw turn coordination.

203 cells elicits robust yaw head movements and yaw turning responses in fixed and tethered flying flies

204 nnal segment cooperate to direct small-angle yaw turns up the plume gradient.

205 hawkmoth Manduca sexta, encode torque during yaw turns.

206 Adequate synchronization of roll tilt with yaw velocity on curves will reduce motion sickness and i

207 estigate vertical saccade behavior after the yaw vestibulo-ocular reflex (VOR) had driven eye torsion

208 Latent yaws was defined as lack of suspicious skin lesions or p

209 a pallidum subsp pertenue on PCR, and active yaws was defined as ulcers positive for T pertenue on PC

210 and to certify countries as yaws free where yaws was endemic in the past.

211 mycin on a Papua New Guinean island on which yaws was endemic.

212 Clinical suspicion of yaws was established according to a WHO pictorial guide.

213 The reduction in the community prevalence of yaws was greater with three rounds of mass administratio

214 The prevalence of active infectious yaws was reduced from 2.4% before mass treatment to 0.3%

215 Treatment of latent yaws was taken to be non-inferior to that of active yaws

216 venereal treponemal diseases, like bejel and yaws, which are found today in subtropical and tropical

217 around a dorsoventrally-oriented axis (i.e., yaw) while decreasing the mechanical advantage of jaw ro

218 tire population and the prevalence of latent yaws with high-titer seroreactivity in a subgroup of chi

219 Three cases of yaws with resistance to macrolides were found in the exp

220 reduces information transmitted by H1 about yaw, with the amount of this reduction depending on the