ライフサイエンスコーパス: stair

1 walking, rising from a chair, and descending stairs.

2 the month and with walking 2 blocks or using stairs.

3 the daily hours spent standing and climbing stairs.

4 were placed beside escalators with adjacent stairs.

5 ating limb weakness, and difficulty climbing stairs.

6 aily activities such as walking and climbing stairs.

7 ing no to little difficulty seeing steps and stairs.

8 ulty walking but not for difficulty climbing stairs.

9 ces, but also vertically, going up slopes or stairs.

10 uced by IL-6-activated STAT3, which we named STAiRs.

11 his risk further increasing when negotiating stairs.

12 ls during walking on level ground, ramps and stairs.

13 edestrian area, approach-to-stairs area, and stairs.

14 increased risk of tripping, particularly on stairs.

15 While STAiRs 1, 2 and 6 remain unprocessed in the nucleus and

16 001), mean (+/-SE) time to climb and descend stairs (12.7 +/- 0.4 vs 13.9 +/- 0.4 seconds; P=.05), ti

17 ucleus and show myeloma-specific expression, STAiRs 15 and 18 are spliced and broadly expressed.

18 meter: 76% versus 54%, P=0.001; and walking stairs: 74% versus 54%, P=0.011).

19 d difficulty with errands, 68% with climbing stairs, 79% with walking two miles, 87% with participati

20 However, stair ambulation requires different kinematics, kinetics

21 tate isolated tasks (e.g., walking, running, stair ambulation).

22 ed knee and ankle prostheses for walking and stair ambulation.

23 el sensors during squats, jumps, walking and stair ambulation.

24 outcomes during squats, jumps, walking, and stair ambulation.

25 ed how wearing multifocal spectacles affects stair and step negotiation.

26 movements of his legs to stand, walk, climb stairs and even traverse complex terrains.

27 to do activities such as walking or climbing stairs and how much pain limits their everyday activitie

28 We explain the analytical power of STAIRS and illustrate their construction and use with Ar

29 2D slabs of Sn atoms arranged as microscopic stairs and intercalated by Li atoms.

30 d real-world environments, including slopes, stairs and obstructed pathways.

31 ith intrusive body pain, difficulty climbing stairs and slower chair rise speed.

32 roke Treatment Academic Industry Roundtable (STAIR) and Stroke Recovery and Rehabilitation Roundtable

33 hStar Ambulatory Assessment, time to climb 4 stairs) and (2) safety, which included growth, bone biom

34 ation mode (eg, on level ground or ascending stairs) and natural transitions between different ambula

35 (ie, serious difficulty walking or climbing stairs) and self-care disability (ie, self-reported diff

36 tivities, walk a half mile, walk up and down stairs, and do heavy housework without help were collect

37 re energy expenditure from walking, climbing stairs, and exercise/sports.

38 transitions between walking on level ground, stairs, and ramps--and of the ability to reposition the

39 ed significantly higher log RT scores in the stairs area than in the high-pedestrian and hallway envi

40 : hallway, high-pedestrian area, approach-to-stairs area, and stairs.

41 see text] in the sagittal plane during both stair ascent (P = 0.005, Cohen's d = 1.7) and descent (P

42 ng the transitions between level walking and stair ascent and descent over a range of stair inclinati

43 n moment (P < 0.001, Cohen's d<-2.77) during stair ascent and descent, and decreased foot progression

44 with and without knee osteoarthritis during stair ascent and descent.

45 ground walking, ramp ascent and descent, and stair ascent and descent.

46 primary outcomes of fast-pace 5- and 10-step stair ascent power.

47 e difference of femoral neck strains between stair ascent vs. descent, young vs. older populations wa

48 alking and positive knee power generation in stair ascent, which are fundamental biomechanical functi

49 inability to walk 1 block or up a flight of stairs at annual follow-up, and persistent incident mobi

50 irways disease and difficulty walking up the stairs because of a health problem.

51 intrusive body pain and difficulty climbing stairs, but for chair rise speed they were fully account

52 r for 4 minutes), ADL6 (climbing 1 flight of stairs carrying a load).

53 1), speed (12.1; 95% CI, 1.4-22.8; P = .03), stair climb (11.4; 95% CI, 1.3-21.5; P = .03), pain (20.

54 lated with percent change from baseline in 4-stair climb (4SC) at Week 97.

55 as follows: distance (39.1%), speed (15.6%), stair climb (9.7%), pain (116.9%), VascuQol (41%), EQ-5D

56 mobility-related self efficacy (P = 0.0035), stair climb (P = 0.0249) and 6-minute walk performance (

57 n group A, comparing the results of the four-stair climb assessment at 72 weeks and baseline, the geo

58 placebo on the change in results of the four-stair climb assessment between baseline and 72 weeks, in

59 enne muscular dystrophy, results of the four-stair climb assessment worsened in both groups over the

60 henne muscular dystrophy, completed two four-stair climb assessments with a mean of 8 s or less (<=1

61 was adapted using masked data from the four-stair climb assessments.

62 speed, incident self-reported mobility, and stair climb impairment) at median 3.0-y follow-up.

63 nd 432/3993 men (10.8%) experienced incident stair climb impairment.

64 ures were gait assessment, timed walk, timed stair climb with and without videography, and isometric

65 longer, and loss of stand from supine, four-stair climb, ambulation, full overhead reach, hand-to-mo

66 alk, treadmill time, an overhead task, and a stair climb.

67 th change scores on the distance, speed, and stair-climb domains of the Walking Impairment Questionna

68 effect of exercise + dietary weight loss on stair-climb performance.

69 < 0.05), 6-minute walk distance (P < 0.05), stair-climb time (P < 0.05), and knee pain (P < 0.05) re

70 Participants completed measures of stair-climb time and 6-minute walk distance, self effica

71 Stair-climb time differed by neuropathy status (P = 0.04

72 ncluded weight loss, 6-minute walk distance, stair-climb time, WOMAC pain and stiffness scores, and j

73 effect of exercise + dietary weight loss on stair-climb time.

74 red in 1996-2008 using timed performances on stair-climb, walking, sit-to-stand, and balance tests at

75 stimated from the daily number of flights of stairs climbed and blocks walked as well as the sports p

76 tance (6.92; 95% CI, 1.07-12.8; P = .02) and stair climbing (10.4; 95% CI, 0.00-20.8; P = .03); and S

77 alking (p < 0.001), running (p = 0.006), and stair climbing (p = 0.003).

78 d by treadmill walking, quality of life, and stair climbing ability.

79 Stair climbing correlates included skeletal muscle mass

80 Item Short Form and the walking distance and stair climbing domains of the Walking Impairment Questio

81 s (P < 0.05), but did not demonstrate slower stair climbing or descent speed.

82 speed score by 13.3 (95% CI, 11.9-15.2), and stair climbing score by 25.2 (95% CI, 25.1-29.4) (P < .0

83 hout arms) and exploratory outcomes (12-step stair climbing test, 6-min walking distance, fast gait s

84 Stair climbing time (four-step and 12-step tests), chair

85 Race differences in walking measures and stair climbing time diminished when the authors accounte

86 performance as secondary outcomes (four-step stair climbing time, usual gait speed, and time to rise

87 Fourteen participants took part in two stair climbing trials whereby measures of heart rate wer

88 in leg-press and chest-press strength and in stair climbing while carrying a load.

89 ronments, including obstacle negotiation and stair climbing with record speed at the submillimeter sc

90 ty-related disability (difficulty walking or stair climbing) in 2714 women and 2095 men aged 65-100 y

91 ects of exercise on functional muscle power (stair climbing) in middle-aged women.

92 cts and new conditions for walking, running, stair climbing, and biking.

93 At baseline, men reported their walking, stair climbing, and participation in sports or recreatio

94 Alumni Health Study reported their walking, stair climbing, and sports/recreation in 1977.

95 xperienced >/=20.0 point declines in the WIQ stair climbing, distance, and speed scores had a higher

96 es in Walking Impairment Questionnaire (WIQ) stair climbing, distance, or speed scores were associate

97 he midsole was most accurate for running and stair climbing, followed by waist-worn and wrist-worn pe

98 3%, 13.1% and 15.4% for walking, running and stair climbing, respectively.

99 creational activities, including walking and stair climbing, were reported at study entry.

100 s across categories of 2-year changes in WIQ stair climbing, WIQ distance, and WIQ speed scores with

101 ction--and one objective test of walking and stair climbing.

102 eter presented acceptable reliability during stair climbing.

103 activities, including jogging, walking, and stair climbing.

104 y of step counts, especially for walking and stair climbing.

105 shoe's midsole during walking, running, and stair climbing.

106 ascertain rate of energy expenditure during stair climbing; (2) two step climbing invokes a higher r

107 uestionnaire scores for distance, speed, and stair climbing; and the 36-Item Short-Form Health Survey

108 nfidence interval [CI]: 1.01 to 3.68 for WIQ stair climbing; HR: 2.34, 95% CI: 1.15 to 4.75 for WIQ d

109 lly two strategies are employed for climbing stairs, climbing one stair step per stride or two steps

110 ry vascular resistance (PVR) and walking and stair-climbing ability, NYHA class, dyspnea scores, and

111 Time to complete the walking and stair-climbing test decreased from 36.5 to 32.7 seconds

112 Knee range of motion, Timed Up and Go, Stair-Climbing Test, and 6-Minute Walk were also measure

113 t baseline we assessed the walking distance, stair-climbing, and walking speed WIQ category scores am

114 4(4)8(8), as octameric water aggregates in a stair conformation which interacts minimally with the ca

115 3) as well as in the transverse plane during stair descent (P = 0.015, Cohen's d = 1.3), than the con

116 during level walking, downhill walking, and stair descent in eight self-reported unstable knees afte

117 present study investigated whether step and stair descent safety is improved by using single-vision

118 femoral neck cross-section were greater for stair descent than ascent for both age groups (mostly P

119 and stress fractures might be greater during stair descent than ascent.

120 greater improvements in 5-step regular-pace stair descent time [net difference (95% CI): -0.09 s (-0

121 ion angle (P = 0.038, Cohen's d=-1.2) during stair descent, in individuals with knee osteoarthritis.

122 igher during chair rise to 39% higher during stair descent.

123 VA was applied to test the effect of age and stair direction on the femoral neck strains.

124 SD symptoms during the exposure phase in the STAIR/Exposure condition than in the Support/Exposure co

125 se (N=104) who were randomly assigned to the STAIR/Exposure condition, Support/Exposure condition (ex

126 The STAIR/Exposure dropout rate was lower than the rate for

127 The STAIR/Exposure group was more likely to achieve sustaine

128 STAIR/Exposure produced greater improvements in emotion

129 STAIR/Exposure was associated with fewer cases of PTSD w

130 Higher numbers of stair flights climbed during 1 week were associated with

131 ning in affect and interpersonal regulation (STAIR) followed by exposure by comparing it against two

132 prostheses can restore natural ambulation on stairs for bilateral above knee individuals.

133 Stroke Therapy Academic Industry Roundtable (STAIR) group has outlined rational approaches to preclin

134 elivery were increased for women who climbed stairs > or = 10 times per day (odds ratio (OR) = 1.60,

135 ap drug, NXY-059, which followed many of the STAIR guidelines, reinvigorated enthusiasm in neuroprote

136 r risk of falling when negotiating steps and stairs if they do not also consistently increase margins

137 and stair ascent and descent over a range of stair inclination angles.

138 o predict joint angles given the gait phase, stair inclination, and ambulation context (transition ty

139 y in the swing phase, which are sensitive to stair inclination.

140 let independently, ability to ambulate up 10 stairs independently, and ability to remember most thing

141 fall risk and the fatal sequelae of falls on stairs, it is worthwhile to investigate the mechanism of

142 fficulty with physical tasks (e.g., climbing stairs, lifting 10 pounds (4.54 kg)).

143 ion is demonstrated from the assembled novel stair-like and coil-like gold nanorod chiral metastructu

144 applying a magnetic field, we observe multi-stair metamagnetic transitions, characterized by equidis

145 At baseline, lean persons used the stairs more often than overweight persons (5.4% and 3.8%

146 test number of falls occurring on the indoor stairs (n = 24, 29%) and bedroom (n = 17, 21%).

147 d greater whole-body angular momentum during stair negotiation when compared to asymptomatic controls

148 ng, acceleration and deceleration, slope and stair negotiation, turning, and deliberate obstacle avoi

149 ng, acceleration and deceleration, slope and stair negotiation, turning, and deliberate obstacle avoi

150 individuals with knee osteoarthritis during stair negotiation.

151 nd physical activity in walking and climbing stairs on these associations were not significant.

152 basic physical activities, such as climbing stairs or lifting).

153 ingling toes/feet (10%), and trouble walking stairs or standing up (9%).

154 Only 36% could climb stairs or walk uphill without limitations, 54% could wal

155 onal history of knee OA, or pain on climbing stairs or walking up slopes all had LRs of 2.1 (sensitiv

156 ed shelf), mobility (ie, walking down steps, stairs, or curbs), and driving.

157 likely to work for pay (P = .004) and climb stairs (P = .01) but self-reported high-intensity exerci

158 pain, traumatic onset, difficulty descending stairs, palpable effusion, fixed-flexion deformity, rest

159 Stepped Aligned Inbred Recombinant Strains" (STAIRS) plus single whole Chromosome Substitution Strain

160 tion time (TR) adiabatic inversion recovery (STAIR) prepared UTE (STAIR-UTE) sequence designed to sup

161 ating high satisfaction, and for the Steps & Stairs questions, a pooled score estimate at 0.23, indic

162 )/6<112> Shockley partial and an a(0)/6<110> stair-rod dislocation.

163 of view, the SFTs are comprised of a set of stair-rod dislocations at the (110) edges of a tetrahedr

164 lline defects bounded by stacking faults and stair-rod dislocations, are often observed in quenched o

165 d preclinical studies that better align with STAIR/SRRR recommendations and downstream clinical trial

166 e preclinical evidence were identified using STAIR/SRRR.

167 ot supercoil, suggesting that formins do not stair step along the two subunits exposed on the growing

168 e employed for climbing stairs, climbing one stair step per stride or two steps per stride, research

169 etimes was associated with a cleavage with a stair-step appearance within the corneal epithelial laye

170 velopment and lactation, we designed a novel stair-step compensatory nutrition regimen that is a uniq

171 Multiple stair-step elements are used to provide efficient captur

172 field behavior significantly decreased (in a stair-step fashion) as a function of increasing gestatio

173 The crystal structures of 1 and 3a reveal stair-step infinite chains whereby adjacent dimer-of-tri

174 ered dimer architecture may allow formins to stair-step on the barbed end of an elongating nascent fi

175 Although this stair-step or ramp-flat geometry is well known, there is

176 e simulation exhibited a canonical anticodon stair-stepped conformation.

177 th highest values associated with use of the stair stepper and the rowing ergometer.

178 ntry skiing simulator, rowing ergometer, and stair stepper induced higher (P < .05) rates of energy e

179 or, a cycle ergometer, a rowing ergometer, a stair stepper, and a treadmill.

180 values associated with the treadmill and the stair stepper.

181 iopathic inflammatory myopathy who performed stair-stepping exercise for up to 10 minutes (mean, 5.7

182 h juvenile idiopathic inflammatory myopathy, stair-stepping exercise induces signal intensity changes

183 The height and width of the stair steps are determined by parameters of cochlear fre

184 cending one step per stride or ascending two stair steps per stride.

185 lity to get around the house, go up and down stairs/steps, and walk at least 400 yards; participants

186 Exposure condition (exposure comparator), or STAIR/Support condition (skills comparator) and assessed

187 training followed by Supportive Counseling (STAIR/Support).

188 um number of calories when climbing a set of stairs the single-step strategy is better.

189 onfined liquid-solid interface varied from a stair type for the regions of single or double molecular

190 Among black persons, stair use decreased from 4.1% to 3.4% with the health si

191 Younger persons increase their stair use from 4.6% to 6.0% with the health sign and 6.1

192 Older persons almost doubled their stair use from 5.1% to 8.1% with the health sign and inc

193 Overall, stair use increased from 4.8% to 6.9% and 7.2% with the

194 Among white persons, stair use increased from 5.1% to 7.5 and 7.8% with the h

195 The health sign increased stair use to 7.2% among normal-weight persons and 6.3% a

196 ht persons; the weight-control sign prompted stair use to increase to 6.9% among persons of normal we

197 ng the health and weight-control benefits of stair use were placed beside escalators with adjacent st

198 s, enabling the individual to walk and climb stairs using different gait patterns, such as step-over-

199 en November 2018 and October 2019 to compare STAIR-UTE and a clinical T2-weighted fluid-attenuated in

200 version time for nulling water signals using STAIR-UTE imaging at different TRs.

201 The three-dimensional STAIR-UTE sequence effectively suppressed water componen

202 antom studies both suggest that the proposed STAIR-UTE technique can effectively suppress long T2 tis

203 tic inversion recovery (STAIR) prepared UTE (STAIR-UTE) sequence designed to suppress water signals a

204 ean 0.286 [95% CI 0.104, 0.469]) and climb 4 stairs velocity (p = 0.027; LS mean 0.059 [95% CI 0.007,

205 [95% CI 0.220, 0.491 meters/second]; climb 4 stairs velocity, p = 0.001 [95% CI 0.034, 0.105 event/se

206 A new difficulty in walking or climbing stairs was also more likely to develop in the continuous

207 ficulty walking one-quarter mile or climbing stairs was measured every 6 mo over 6 y.

208 Differential use of stairs was observed between ethnic groups.

209 People with knee pain focused on stairs, weight, and stiffness, while those with hip pain

210 < .001), and those with difficulty climbing stairs were more likely to report LCS than those without

211 age, race, weight classification, and use of stairs were observed.

212 ned by the inability to climb >=2 flights of stairs, which is <4 metabolic equivalent tasks) if the r

213 gh risk of falling, and are unable to ascend stairs with a natural gait pattern.

214 lar columns of patterns ("box", "braid", or "stair") with high packing energy, which is mainly contri

215 quarter mile or walk up and down 1 flight of stairs without assistance among participants without bas

216 rter mile or to walk up and down 1 flight of stairs without assistance among those without baseline m

217 alk 1/4 mile or walk up and down 1 flight of stairs without assistance among those without baseline m

218 arter mile or walk up and down one flight of stairs without assistance.

219 th daily climbing of at least two flights of stairs (without stopping) during the past year (daily cl