ライフサイエンスコーパス: stride

1 heir group activity was distributed over the stride.

2 per stride or ascending two stair steps per stride.

3 g the perturbation, not within the perturbed stride.

4 has research on cytokinins begun to hit its stride.

5 time than it requires the fly to complete a stride.

6 y-cycle variations in muscle activity across strides.

7 k output in the perturbed and first recovery strides.

8 r video, we analyzed the kinematics of their strides.

9 Lung cancer prevention has made some strides.

10 ons, whisker movements were phase-coupled to strides.

11 crawling is made up of a series of periodic strides.

12 ng of esophageal cancer has made significant strides advances in the past 2 years.

13 onses occurred rapidly ( approximately 13-34 strides) after onset of split-belt walking.

14 tegrates external software packages (TALOS+, STRIDE and CYANA) to carry out different steps in the st

15 hanical demands of the bone made through the stride and from mild through the extremes of locomotion

16 quencing (RNA-seq) technology is hitting its stride and is beginning to be widely adopted.

17 Along with technological advances, strides are also being made with public policy and legis

18 further understand these diseases, but great strides are being made in our understanding and ability

19 At the same time, great strides are being made in the application of semiochemic

20 Important strides are being made in the chemoprevention of breast

21 Great strides are being made in the understanding of this hete

22 t these abilities is chemotaxis, where great strides are being made in understanding how cells orient

23 Although further strides are being made toward universal education of pro

24 If strides are to be made in the sciences, humanities, and

25 in step length symmetry ( approximately 128 strides) as well as EMG magnitude and timing ( approxima

26 Despite these strides, atomic-level insights into inhibitor action hav

27 rred in many areas with some of the greatest strides being made in complex repairs in younger age gro

28 alized nanoparticles, have taken significant strides, biological characterization of unmodified nanop

29 e lever and critical shock absorption during striding bipedal gait.

30 Striding bipedalism is a key derived behaviour of homini

31 se features indicate a foot well adapted for striding bipedalism.

32 Ab structure prediction has made great strides, but accurately modeling CDR H3 loops remains el

33 Stride, cadence, and range of motion at the lower extrem

34 However, if this vision is realized then strides can be made in advancing the public understandin

35 splacement), oxygen uptake, walking economy, stride characteristics and lower limb joint angles were

36 There were significant differences in stride characteristics and phase dependent differences i

37 Despite recent strides characterizing the ciliome and sensory ciliopath

38 Each stride consists of two phases.

39 Although great strides continue to be made each year in the diagnosis a

40 aling has been studied for decades and great strides continue to be made in defining the intricate pa

41 occurred approximately 13-20% earlier in the stride cycle at the higher belt velocity.

42 their activity that was phase locked to the stride cycle during simple locomotion.

43 de variety of spike distributions within the stride cycle, suggesting that, during either simple or l

44 always produce a single peak of activity per stride during ladder locomotion.

45 Future strides, extending those made in recent decades, will re

46 rom level running only in the first recovery stride following the perturbation, not within the pertur

47 return to level running means by the second stride following the perturbation.

48 ed from the stride just before to the second stride following the perturbation.

49 Hulleman & Olivers (H&O) make a much-needed stride forward for a better understanding of visual sear

50 t-associated genomic loci represents a large stride forward in a field where little is known about th

51 These findings represent a stride forward in our understanding of the malting proce

52 unctional PET data have also made impressive strides forward.

53 Birds walk with higher duty factors, lower stride frequencies and longer stance times compared to m

54 walk at slower relative speeds and relative stride frequencies, as preferred Fr decreased in larger

55 granular media using various leg shapes and stride frequencies.

56 rod performance, longer stride length, lower stride frequency, fewer low mobility bouts and longer tr

57 ait was also analyzed to determine velocity, stride frequency, symmetry, percentage stance time, stri

58 iorly, close to the animal's centre of mass; stride generation stems largely from parasagittal rotati

59 joint and rotated the entire hindlimb during stride generation.

60 Significant strides have also been made toward creating embryos free

61 in the "omics" technologies and while great strides have been accomplished in both chromatography an

62 As strides have been achieved in cancer control, issues fac

63 experience with well characterized cohorts, strides have been gained in understanding the true epide

64 ene-based electronics at Georgia Tech, great strides have been made developing epitaxial graphene on

65 Great strides have been made in characterizing the altered gen

66 Great strides have been made in decreasing the rates of intens

67 Great strides have been made in determining the cause of mitoc

68 c chromosome translocations, and substantial strides have been made in determining the specific oncog

69 Additional strides have been made in developing consensus definitio

70 Great strides have been made in developing potent antiretrovir

71 Great strides have been made in developing potent antiretrovir

72 Whereas great strides have been made in diagnosing and treating child

73 Although great strides have been made in dialysis and transplantation,

74 Significant strides have been made in early melanoma detection, but

75 Although great strides have been made in exploring the genetics of atri

76 In the last decade, strides have been made in identifying several new diseas

77 Giant strides have been made in identifying the molecular basi

78 Tremendous strides have been made in improving patients' survival f

79 In the last several years, significant strides have been made in our understanding of FeS clust

80 Although great strides have been made in our understanding of how the h

81 Throughout the last decade, great strides have been made in our understanding of pediatric

82 In the past 20 years, tremendous strides have been made in our understanding of the bioch

83 Significant strides have been made in our understanding of the biolo

84 these questions are far from complete, major strides have been made in our understanding of the cellu

85 Nonetheless, significant strides have been made in our understanding of the genet

86 Great strides have been made in plant metabolic engineering ov

87 Momentous strides have been made in technical development of salin

88 past year, the greatest and most consistent strides have been made in the area of energy balance, wi

89 Great strides have been made in the creation of programs aimed

90 entification of the hepatitis C virus, great strides have been made in the development of an antivira

91 Recently, great strides have been made in the development of pharmaceuti

92 Great strides have been made in the diagnosis, assessment, and

93 Significant strides have been made in the early diagnosis of melanom

94 Great strides have been made in the endoscopic and radiologic

95 Substantial strides have been made in the field of biomarker researc

96 During the last few decades, significant strides have been made in the field of noninvasive imagi

97 In addition, over the past decade great strides have been made in the noninvasive imaging and pr

98 Over the past 15 years, great strides have been made in the nonsurgical management of

99 Strides have been made in the past year to identify mean

100 Within the past several years, great strides have been made in the purification of different

101 Great strides have been made in the treatment of cancer.

102 Although great strides have been made in the treatment of CF, it remain

103 Great strides have been made in the understanding of complex n

104 While significant strides have been made in the understanding of the patho

105 Strides have been made in the use of ultrasonographic te

106 Major strides have been made in uncovering new genes, mechanis

107 Great strides have been made in understanding limb morphogenes

108 Significant strides have been made in understanding risk factors for

109 While enormous strides have been made in understanding the basic molecu

110 Although great strides have been made in understanding the complex bact

111 Although great strides have been made in understanding the diversity of

112 While great strides have been made in understanding the genome deliv

113 for human multiple myeloma (MM) cells, great strides have been made in understanding the relationship

114 In the past few years, significant strides have been made in unraveling the intricacies tha

115 Remarkable strides have been made over the past 20 years in elucida

116 Tremendous strides have been made regarding our understanding of ho

117 Over the past 20 years, tremendous strides have been made to decrease treatment-related mor

118 rway management are immense and though great strides have been made to improve patient safety, patien

119 While great strides have been made toward elucidating the cytoplasmi

120 In the past decade, revolutionary strides have been made toward the treatment of chronic H

121 In the past 20 years, remarkable strides have been made toward understanding and preventi

122 Using TPM, great strides have been made toward understanding the metaboli

123 ed cellular property or phenotype; and great strides have been made within this scope and context dur

124 Significant strides have been recently made to fold peptides and sma

125 H activation gained over recent years, great strides have been taken to design and develop new protoc

126 t increase the frequency and length of their strides if hunger pangs compete with their desire to see

127 defects in cancer is a novel and imperative stride in individualized identification of molecular cha

128 abilities, researchers have made significant strides in both fundamental and applied transgenics in k

129 This article will highlight the major strides in both medical and dietary treatment of EoE in

130 hagus and its progression to cancer, and new strides in both the endoscopic detection of the lesion a

131 Finally, recent strides in bridging the gap between photocatalysis and o

132 Despite strides in characterizing human history from genetic pol

133 Recent strides in computational biology and high-throughput tec

134 Recent studies have made significant strides in defining the function of intrinsic cardiac in

135 Nevertheless, the great strides in genomics, biological, behavioral, social, and

136 Decades of research have made important strides in identifying anatomical and physiological subs

137 ears, genetics research has made significant strides in identifying many risk factors for schizophren

138 ngineering and systems biology to make great strides in interrogating cellular metabolism but does no

139 SCP has taken vast strides in its application for disease diagnosis over th

140 the past decade, SCP has taken considerable strides in its application for disease diagnosis.

141 ed serologically, there have been impressive strides in many facets of our understanding of the natur

142 onvolutional neural networks (HCNNs) to make strides in modeling neural single-unit and population re

143 has progressed to a point where substantial strides in nanomaterial-enabled applications become real

144 There have been great strides in noninvasive diagnosis of fetal arrhythmias.

145 Since that time, we have made significant strides in optimizing this therapy: we have characterize

146 In the past year we have made major strides in our knowledge of this premalignant lesion.

147 markable technical advances has driven great strides in our understanding of molecular biology such t

148 ast two decades, there have been significant strides in our understanding of the disease and in treat

149 The past decade has seen great strides in our understanding of the genetic basis of hum

150 This review outlines recent strides in our understanding of the molecular characteri

151 In the past decade, there have been great strides in our understanding of the underlying immunopat

152 targeted therapies coupled with technologic strides in radiotherapy have the potential to improve ou

153 n retrieval (IR) systems have made important strides in recent decades, the problem of accurate knowl

154 ensic analysis of body fluids has made great strides in recent years.

155 nal magnetic resonance imaging has made some strides in the clinical realm but significant advances a

156 Major strides in the development of in vitro and in vivo assay

157 s is essential if we are to continue to make strides in the fight against human immunodeficiency viru

158 Great strides in the identification, etiologic understanding,

159 Significant strides in the immunohistochemical and molecular signatu

160 ealthcare quality improvement has made great strides in the last couple of decades, quality improveme

161 gy, neonatology, and surgery have made rapid strides in the last decade.

162 Landmark advances and revolutionary strides in the logic of synthesis have put the practicin

163 Important strides in the management of patients with HIV/AIDS-rela

164 Brain imaging of pain has made remarkable strides in the past year and a half.

165 Despite recent strides in the synthesis of elaborate nanometer-scale mo

166 Most recently, there have been considerable strides in the treatment of cancers in BRCA1/2 mutation

167 usceptibility and immune response are making strides in the understanding of disease pathogenesis and

168 Thus, strides in the understanding of the disease process must

169 We have made strides in these areas.

170 ast two decades, researchers have made great strides in this area, and these advances have provided e

171 rtant methodology recently making scientific strides in this arena is positron emission tomography (P

172 almology are growing in number and have made strides in traditional metrics of professional achieveme

173 Recent research has made great strides in uncovering the mechanisms by which the T help

174 In recent years, great strides in understanding and regulating the immune syste

175 ommunity is currently witnessing substantial strides in understanding stem cell biology in humans; ho

176 Great strides in understanding the design principles adapted b

177 nvestigators in recent years have made great strides in understanding the early embryology of the kid

178 r the past 30 years, we have made tremendous strides in understanding the genetic, molecular, and cel

179 Great strides in understanding the molecular underpinnings of

180 Although we have made significant strides in understanding the natural history of this dis

181 Rapid strides in understanding the physiology controlling ener

182 ome-wide association studies have made great strides in unraveling the genetic basis of regulation of

183 s transmitted during different phases of the stride, in relation to different parts of the limb, and

184 his is the most direct evidence to date of a stride integrator that is flexible enough to account for

185 The authors hypothesized that the STRIDE intervention would be more effective than usual c

186 he microscopy shows that most of the walking stride is produced by changes in lever angle brought abo

187 Muscle recordings were analysed from the stride just before to the second stride following the pe

188 improved poststroke track width (11% wider), stride length (21% longer), and travel distance (61% gre

189 itative gait function (swing time (seconds), stride length (cm), and stride length variability (stand

190 ignificantly reduced gait speed (P = 0.002), stride length (P = 0.008) and stride time standard devia

191 creases speed of locomotion due to shortened stride length [10], and they inhibit effective costal ve

192 were also identified in lame broilers (short stride length and duration, substantial lateral back mov

193 Similarities included stride length and duration.

194 ough to account for significant variation in stride length and frequency.

195 utperformed the resistance-training group in stride length and functional reach.

196 hippocampal substrates may support decreased stride length and increased stride length variability in

197 ng friction decreased velocity by decreasing stride length and increasing slipping.

198 t standard deviation of: speed, stride time, stride length and step width) were determined.

199 al stress and/or discomfort, while a shorter stride length and time, together with longer stance and

200 sed ground friction resulted in velocity and stride length attaining a maximum at intermediate fricti

201 h was not different across groups, change in stride length between normal and dual-task gait (ie, dua

202 ts in mutant mice, including irregularity of stride length during locomotion, impaired motor reflexes

203 We measured stride length in 13 people with PD with and 12 without f

204 Conversely, decreased stride length is associated with smaller hippocampal vol

205 ted in an increase in the cycle duration and stride length of both HLs.

206 wing time (seconds), stride length (cm), and stride length variability (standard deviation)) in a sub

207 upport decreased stride length and increased stride length variability in older adults.

208 t nondemented older adults exhibit increased stride length variability that is associated with lower

209 Stride length variability was more strongly associated w

210 We found that stride length was associated with hippocampal volume (be

211 Although stride length was not different across groups, change in

212 frequency, symmetry, percentage stance time, stride length, and step width.

213 Running velocity, stride length, and stride period only decreased at the s

214 plate latencies and reduced gait support and stride length, but not toe spread distances.

215 ated by improved rotarod performance, longer stride length, lower stride frequency, fewer low mobilit

216 Spatiotemporal characteristics (speed, stride length, stride time and step width) and gait dyna

217 ncreased percentage stance times and shorter stride lengths.

218 efficacy by continuing to capitalize on the strides made by basic and translational scientists in un

219 Despite the great strides made in imaging breast cancer (BC) in humans, th

220 The tremendous strides made in the characterization and purification of

221 are is greater than ever notwithstanding the strides made over the last decade.

222 We also describe the strides made toward developing novel pharmacological and

223 o reduce the incidence even further, greater strides must be made in reducing prenatal smoke exposure

224 ystem comprised of a bipedal DNA walker that strides on a DNA origami track powered by interactions w

225 high stairway, either ascending one step per stride or ascending two stair steps per stride.

226 climbing stairs, climbing one stair step per stride or two steps per stride, research to date has not

227 oreover, during a single locomotor period (a stride or wingstroke) the variation in movement may have

228 Management of PUM has made major strides over the past century from the days of enucleati

229 proaches to gene suppression have made great strides over the past decade, showing efficacy and safet

230 use of blindness worldwide, have taken great strides over the past decade.

231 gy as a specialty of medicine has made major strides over the past several decades, and major advance

232 annual decline in calf muscle density (brisk/striding pace -0.32 g/cm(3), average pace -0.46 g/cm(3),

233 ave to move the jockey through each cyclical stride path.

234 When quadrupedal mammals gallop, 1ratio1 stride per breath coupling is necessitated by pronounced

235 k that is tuned to stretch and recoil at 2.5 strides per second.

236 Running velocity, stride length, and stride period only decreased at the smallest crevice hei

237 sitive flow and negative flow, and increased stride period.

238 ion that assessment of the hindlimb width of stride provides a powerful indicator of axonal loss and

239 rm was on the sand for more than half of the stride, qualifying this behavior as a form of walking.

240 s that crabs measure distance by integrating strides, rather than linear acceleration or optic flow:

241 standing of food allergy has made tremendous strides recently.

242 e profoundly increase the magnitude of their stride-related frequency modulation compared with fast-c

243 tively low activity and modest magnitudes of stride-related modulation, and their group activity was

244 tion of motion and path on actin and a large stride relative to its short lever arms.

245 g one stair step per stride or two steps per stride, research to date has not clarified if there are

246 approximately 40-100 and approximately 20-70 strides, respectively).

247 an transplantation in the KSA has made great strides since 1985.

248 of motor properties including processivity, stride size and branchpoint turning.

249 In STRIDE, slow metabolizer CYP2B6 and NAT2 genotypes were

250 The STRIDE study assessed whether a lifestyle intervention,

251 analysis methodologies, there have been huge strides taken in dissecting the complex genetic basis of

252 Consequently, the proportion of a stride that each limb was in contact with the ground (du

253 Despite enormous conceptual strides, these two fields have developed largely along s

254 poral characteristics (speed, stride length, stride time and step width) and gait dynamics (variabili

255 d (P = 0.002), stride length (P = 0.008) and stride time standard deviation (P = 0.001).

256 mice and detected a significant increase in stride time with a concomitant increase in stance time.

257 within subject standard deviation of: speed, stride time, stride length and step width) were determin

258 ave amplitude (Mmax) elicited throughout the stride to correct for movement of stimulus and recording

259 e coronary angiography, which has made great strides to become a clinically useful tool to augment co

260 Chemistry took giant strides to gain control over the structure and features

261 nces in mainland China have made substantial strides to improve life expectancy at birth between 1990

262 Here, Davanco et al. stride toward this goal by hybrid on-chip integration of

263 This work thus represents a stride toward understanding and predicting the distal ac

264 ast 3 years, dictyBase has taken significant strides toward becoming a genome portal for the whole Am

265 Recent studies have made great strides toward our understanding of the mechanisms of mi

266 field of innate immunity to take significant strides toward this lofty goal.

267 Investigators have made many important strides toward understanding the molecular underpinnings

268 been dissected in considerable depth, great strides towards an understanding of the molecular contro

269 ic and cell-free biology has made tremendous strides towards creating artificial cellular nanosystems

270 Recent studies have made great strides towards elucidating causes of this phenomenon of

271 Recent studies have made great strides towards identifying putative genetic events unde

272 This stride underscores the possibility of moderating differe

273 Recently, strides were made to prevent and reverse senescence.

274 Although early strides will be made using process development and engin

275 In stride with these developing data types, the database ha

276 management of HCC has witnessed significant strides with advances in existing options and introducti