ライフサイエンスコーパス: pneumatic

1 lity of applying shear waves to the liver, a pneumatic acoustic wave generator was developed and test

2 In this work, we integrated a pneumatic actuated control layer to an affinity separati

3 on of elastomer surfaces under electrical or pneumatic actuation can debond various biofilms and barn

4 Pneumatic actuation of these patterns results in the con

5 and soft lithography, respectively, and the pneumatic actuator networks, on-board fuel reservoirs an

6 re we present an elastomeric microtube-based pneumatic actuator that can be extended into a microrobo

7 ane emissions were attributed to losses from pneumatic actuators and controls, engine crankcases, com

8 By embedding pneumatic actuators in a soft material inspired by a bio

9 Soft, pneumatic actuators that buckle when interior pressure i

10 ited actuators; electrostatic actuators; and pneumatic actuators.

11 57 Gg in emissions for completion flowbacks, pneumatics, and equipment leaks, coupled with EPA nation

12 ventricular fibrillation, with the hydraulic-pneumatic band system (HB-CPR), with a pneumatic vest sy

13 mpression was performed by a circumferential pneumatic bladder (vest-cardiopulmonary resuscitation).

14 Pigs (n = 6/group) received two pneumatic blasts to the right thoracic cage at baseline,

15 Intermittent pneumatic calf compression increased lower limb venous r

16 cardiac output measurements with and without pneumatic calf compression.

17 atients receiving prophylaxis), intermittent pneumatic compression (25%), warfarin (16%), or graduate

18 Intermittent pneumatic compression (IPC) is an effective form of deep

19 meta-analysis assessed whether intermittent pneumatic compression (IPC) of the lower limbs was effec

20 d (0-5 degrees C) injectate was unchanged by pneumatic compression (off, 7.00+/-2.28 L/min; on, 6.89+

21 Intermittent pneumatic compression [IPC] of the foot used daily for 3

22 , including graduated compression stockings, pneumatic compression boots, unfractionated heparin, low

23 Use of an intermittent pneumatic compression device alone is neither superior n

24 Pneumatic compression in patients with a body-mass index

25 with a reduced risk of thromboembolism were pneumatic compression in patients with body-mass indexes

26 While intermittent pneumatic compression is an established method of DVT pr

27 Phase 1 (n = 18) examined the effects of pneumatic compression on pulmonary artery temperature.

28 ter trials comparing the use of intermittent pneumatic compression or chemoprophylaxis alone to a com

29 ercent of control patients were treated with pneumatic compression, warfarin, enoxaparin, or unfracti

30 er into a cohesive solid using an air-driven pneumatic condenser fitted with an amalgam plugger at a

31 The electric device was interfaced with a pneumatic console such that the rate could be decreased

32 Pneumatic controllers in level control applications on s

33 Emissions from 377 gas actuated (pneumatic) controllers were measured at natural gas prod

34 t integrates high voltage CE power supplies, pneumatic controls, and fluorescence detection optics ne

35 termittent forearm compression produced by a pneumatic cuff also evoked brief increases of SSNA.

36 ss was manipulated in one arm by inflating a pneumatic cuff to 100 mmHg, whilst the other arm remaine

37 BP transducers, a very accurate (+/- 0.05%) pneumatic dead weight tester was used to apply pressures

38 t surgery but most of them were treated with pneumatic descemetopexy and a few ended in penetrating k

39 ade is an option in cases where methods like pneumatic descemetopexy fail.

40 Pneumatic descemetopexy was attempted thrice (twice with

41 de in late-onset DMD cases not responding to pneumatic descemetopexy.

42 Fifty-two patients underwent pneumatic device insertion and 32 patients received a ve

43 s, and reductions in the usage of gas-driven pneumatic devices.

44 Pneumatic dilatation and botulinum toxin (BOTOX) injecti

45 At present, pneumatic dilatation and Heller myotomy combined with an

46 d clinical trials comparing this option with pneumatic dilatation and Heller myotomy.

47 srupting the lower esophageal sphincter with pneumatic dilation (70%-90% effective) or laparoscopic m

48 ients with achalasia are treated with either pneumatic dilation (PD) or laparoscopic Heller myotomy (

49 In uncontrolled trials pneumatic dilation (weighted mean [SD]) is 72% (26%) eff

50 kely to respond to any therapy (BoTox [71%], pneumatic dilation [91%], or Heller myotomy [100%]) than

51 or this dysfunction for a sustained time are pneumatic dilation and Heller myotomy.

52 efficacious than alternative treatments like pneumatic dilation and laparoscopic Heller myotomy.

53 Both pneumatic dilation and surgical myotomy are effective th

54 Pneumatic dilation and surgical myotomy are the most eff

55 describing favorable long-term outcomes for pneumatic dilation make this a reasonable option to cons

56 had undergone either Botox injection and/or pneumatic dilation preoperatively.

57 s had previous therapy of achalasia, 21 with pneumatic dilation, 1 with BOTOX, 6 with balloon and BOT

58 chnique, as well as its efficacy compared to pneumatic dilation, myotomy, and combination therapy.

59 Pneumatic displacement and vitrectomy with direct evacua

60 r reaching the central cornea for successful pneumatic dissection and substantially flattens the lear

61 Pneumatic dissection created a "big bubble" in 67 of 80

62 The success rate and learning curve of pneumatic dissection in one clinical practice were analy

63 l big-bubble formation can be anticipated if pneumatic dissection is attempted at a sufficiently deep

64 Success rate and type of pneumatic dissection obtained; best spectacle-corrected

65 Pneumatic dissection succeeded in 75 of 88 eyes (85%).

66 During surgery, the cannula used for pneumatic dissection was inserted into the peripheral st

67 Surgical parameters, success rate of pneumatic dissection, and complications were recorded.

68 he depth reached by the cannula tip used for pneumatic dissection.

69 o 550 mum in depth and 9 mm in diameter; (2) pneumatic dissection; (3) debulking of approximately 80%

70 ncluding siphoning, capillary and centrifugo-pneumatic dissolvable-film (DF) valves.

71 niques while the neurites were deformed with pneumatic ejection of bath solution at 5-15 psi using a

72 Among these are the storage of pneumatic energy to realize complex switching sequences

73 ssure-regulating components for hydraulic or pneumatic fluidicelastomer actuators, limit their practi

74 A spray is generated by the action of the pneumatic force of the mass spectrometer (MS) vacuum at

75 usion was induced in male Wistar rats with a pneumatic impactor device.

76 A new combination of ultrasound and pneumatic impactor includes the advantages of each mode.

77 The concentration of dopamine introduced by pneumatic injection remained stable when sampled by cycl

78 ic layer containing the gate structure and a pneumatic layer are fabricated by soft-lithography in PD

79 uid extraction technique was performed using pneumatic liquid recirculation on a centrifugal microflu

80 um-garnet lithotripsy is more effective than pneumatic lithotripsy for ureteral calculi, but no more

81 aluation of a new combination ultrasound and pneumatic lithotripter reported an overall stone free ra

82 countered in our previous 52 patients with a pneumatic LVAD.

83 lass CE separation channels, microfabricated pneumatic membrane valves and pumps, and a nanoliter flu

84 on channel is pressurized such that when the pneumatic microvalve opens briefly, a variable-volume sa

85 (PDMS) microchip sample injector featuring a pneumatic microvalve that separates a sample introductio

86 individually controlled using in-house-built pneumatic microvalves to manipulate the flow pathway.

87 can run up to 80 assays in parallel using a pneumatic multiplexing architecture.

88 d exquisitely preserved skull with thickened pneumatic nasals, a median frontal horn, and a dorsal pr

89 of delta34S for a range of mineral waters by pneumatic nebulization sample introduction and the analy

90 locity distributions for indirect and direct pneumatic nebulizations in plasma spectrometry.

91 ) were merged into an aerosol generated by a pneumatic nebulizer (PN) and introduced into an ICPMS.

92 those obtained with a conventional crossflow pneumatic nebulizer (PN), equipped with a Scott-type spr

93 The on-chip pneumatic nebulizer provided control of the flow of the

94 In the second design, a miniaturized pneumatic nebulizer was fabricated as an integral part o

95 Thus, pneumatic oscillators can serve as on-chip frequency ref

96 Although pneumatic otoscopy and adjunctive tests offer additional

97 LR, 31; 95% CI, 26-37) tympanic membrane on pneumatic otoscopy are the most useful signs for detecti

98 She had no nystagmus or vertigo at pneumatic otoscopy.

99 nic membranes were translucent and mobile at pneumatic otoscopy.

100 a micropipette onto the cell surface with a pneumatic picopump, producing a shift in the center of m

101 CI were generated with a precisely regulated pneumatic piston, and forebrain tissue was evaluated usi

102 turgidity was collected using a custom-built pneumatic pressure cuff.

103 Upon application of negative pneumatic pressure, elastic beam elements in these actua

104 tion flowing under a controlled and constant pneumatic pressure.

105 By tweaking fluid infusion rates and pneumatic pressures and maintaining core body temperatur

106 For small children, paracorporeal pneumatic pulsatile pumps (e.g., Berlin Heart EXCOR VAD,

107 ted to a drive console that delivers a 65-mL pneumatic pulse during cardiac systole.

108 that the likely source of these wavelets are pneumatic pulses caused by opening and closing of respir

109 A pneumatic pumping apparatus was constructed to transport

110 Non-contact pneumatic pumping enabled a multi-cycle liquid-liquid ex

111 r completion flowbacks, equipment leaks, and pneumatic pumps and controllers are assumed to be repres

112 Emission factors for pneumatic pumps and controllers as well as equipment lea

113 nt to a previously reported device where two pneumatic pumps delivered pulses of glucose and buffer t

114 e 3-layer glass/polymer device contained two pneumatic pumps, a 12 cm mixing channel, and a 0.2 micro

115 Published clinical trials (index studies) of pneumatic retinopexy (PR), scleral buckling (SB), pars p

116 reoperative characteristics: (1) traditional pneumatic retinopexy and (2) nontraditional pneumatic re

117 nto the inferior fornix without suture after pneumatic retinopexy and was kept in place for 3 days.

118 Thirty patients who had undergone pneumatic retinopexy as the initial procedure for rhegma

119 Aniseikonia after pneumatic retinopexy for rhegmatogenous RD may be relate

120 atients who underwent external buckling with pneumatic retinopexy for uncomplicated rhegmatogenous re

121 83% vitrectomy, 5% scleral buckling, and 12% pneumatic retinopexy in 2014.

122 Pneumatic retinopexy is a good surgical option for prima

123 Short-term external buckling with pneumatic retinopexy is a novel and effective treatment

124 Pneumatic retinopexy is a retinal reattachment procedure

125 Pneumatic retinopexy is an effective treatment modality

126 ion are theoretically possible by increasing pneumatic retinopexy utilization from the current rate o

127 pars plana vitrectomy, scleral buckling, and pneumatic retinopexy was analyzed.

128 Pneumatic retinopexy was found to be comparable with scl

129 theast demonstrated a greater preference for pneumatic retinopexy when compared to all other regions

130 Increased utilization of pneumatic retinopexy would achieve significant cost savi

131 treatment (scleral buckling, vitrectomy, or pneumatic retinopexy).

132 Three months after pneumatic retinopexy, 18 patients (60.0%) developed micr

133 s, including vitrectomy, scleral buckle, and pneumatic retinopexy, are the only means to repair retin

134 est, despite its historical association with pneumatic retinopexy, did not demonstrate a greater pref

135 arative cost analyses were performed between pneumatic retinopexy, scleral buckling, and vitrectomy.

136 an occur following pars plana vitrectomy and pneumatic retinopexy.

137 nal detachments include scleral buckling and pneumatic retinopexy.

138 pneumatic retinopexy and (2) nontraditional pneumatic retinopexy.

139 tes to determine potential cost savings with pneumatic retinopexy.

140 tiple gas bubbles in a porcine eye model for pneumatic retinopexy.

141 Here, we report pneumatic ring oscillator circuits built from microfluid

142 silicon substrates is evaluated for use with pneumatic selectivity enhancement techniques for targete

143 ic foams allow the simple design of fully 3D pneumatic soft machines using common forming techniques.

144 The ion source employs a simple pneumatic spray operated at extremely high nebulizing ga

145 ith glutaraldehyde and matrix coating with a pneumatic spraying device.

146 ity of the nebulizing gas provides efficient pneumatic spraying of the charged liquid sample.

147 using a computer-controlled, MRI-compatible, pneumatic stimulator.

148 a function of the frequency of the punctate pneumatic stimulus trains and stimulus site (glabrous li

149 A new pneumatic tactile stimulator, called the TAC-Cell, was d

150 al counterpulsation (EECP) is a noninvasive, pneumatic technique that provides beneficial effects for

151 uirement of physical connections to off-chip pneumatics, the proposed sensor chip can efficiently cap

152 thermal cycling, electrophoretic separation, pneumatic valve fluidic control, and four-color laser ex

153 The design incorporates a reduced-volume pneumatic valve that actuates (on the order of hundreds

154 ance capillary electrophoresis channels, and pneumatic valves and pumps onto a single microfabricated

155 he muChopper was improved by automation with pneumatic valves, allowing fluorescence measurements to

156 w rate) was regulated by computer-controlled pneumatic valves, which allowed fast switching of the pr

157 o sensors, only five actuators, and a simple pneumatic valving system that operates at low pressures

158 ur unique, dissolvable-film based centrifugo-pneumatic valving was employed to provide sample-to-answ

159 Chest compression with a circumferential pneumatic vest enhances blood flow, but the size, weight

160 aulic-pneumatic band system (HB-CPR), with a pneumatic vest system (PV-CPR), and with standard manual

161 Pneumatic vitreolysis is reported to be cost-effective a

162 tions for VMT include pars plana vitrectomy, pneumatic vitreolysis, enzymatic vitreolysis, and observ