ライフサイエンスコーパス: workstation

1 al (on the order of a few hours on a desktop workstation).

2 ng the purchase of a complex liquid-handling workstation).

3 icles-using a single shared memory commodity workstation.

4 ure archival and communication system (PACS) workstation.

5 akes a few seconds per sequence on a typical workstation.

6 Two views were digitized and displayed on a workstation.

7 usand genes in mere CPU seconds on a desktop workstation.

8 ssible within two days on a single processor workstation.

9 ate and a 96-channel robotic liquid handling workstation.

10 formed on a state-of-the-art electrochemical workstation.

11 can be processed in a few hours on a typical workstation.

12 -format plates and a robotic liquid-handling workstation.

13 nd a 96-channel programmable liquid-handling workstation.

14 h pre- and postcontrast images at a computer workstation.

15 etermination in a matter of days on a single workstation.

16 0, that cause excessive paging on a 96 Mbyte workstation.

17 hometer and the Pediatric Pulmonary Function Workstation.

18 00-kb genomic sequence in a few seconds on a workstation.

19 mages) were reviewed by using an interactive workstation.

20 ensitometry and a three-dimensional graphics workstation.

21 data can be performed locally, at a regular workstation.

22 with hard copies to 70 of 249 (28%) with the workstation.

23 lar graft and advanced 3-dimensional imaging workstation.

24 sis is finished within a minute on a regular workstation.

25 ssay technology on the ViBE protein analysis workstation.

26 ders interpreted coregistered scan sets on a workstation.

27 a picture archiving and communication system workstation.

28 performed by a laboratory-developed computer workstation.

29 and a commercially available medical imaging workstation.

30 software routine, running on a 3.06 GHz Xeon workstation.

31 on time that is otherwise needed on a single workstation.

32 o-Corasick algorithm executing on a 2.67 GHz workstation.

33 m written in C, running on a Dual 3 GHz Xeon workstation.

34 aware of and look for in the selection of a workstation.

35 le but were analyzed on the same independent workstation.

36 e, 15-30 minutes) to create images at the 3D workstation.

37 onsider a variety of factors when choosing a workstation.

38 Four PET features were viewed on a PET/CT workstation.

39 l (3D) CT images were reviewed at a computer workstation.

40 on were automated on a Tecan liquid-handling workstation.

41 of the largest thrombus in each patient at a workstation.

42 romosome-wide SNP data analysis in a PC or a workstation.

43 e and Agatston scores were calculated with a workstation.

44 000-700 000 compounds/h on a SGI Origin 2000 workstation.

45 It runs on SUN, SGI and DEC (Compaq) Unix workstations.

46 pe that will run on all X-windows-based Unix workstations.

47 n equally well on Macintosh, Windows or Unix workstations.

48 reference standard for medical image viewing workstations.

49 fort zone of local data stores on scientific workstations.

50 iac risk groups by using at least one of the workstations.

51 calcium scoring software of three different workstations.

52 otent inhalation anesthetics from anesthesia workstations.

53 ake our approach feasible on today's typical workstations.

54 and configure the software packages on UNIX workstations.

55 ailable and can be run on simple Linux-based workstations.

56 nd is adaptable to automation (Tecan Genesis Workstation 100 robotic system).

57 rotein-ligand interactions using the Gyrolab workstation, a commercial microfluidic platform develope

58 The three workers with workstations adjacent to the trichloroethylene source an

59 as automated using a robotic liquid-handling workstation, allowing the preparation of 96 samples (or

60 at 26,000 cells min(-1) on a single computer workstation and (iii) ease of use by adjusting only two

61 s modified by the addition of an interactive workstation and a bus adapter.

62 high data throughput using a single computer workstation and are readily applicable to a wide spectru

63 marizes the critical elements in a radiology workstation and the characteristics one should be aware

64 ns as well as a suitably equipped anesthesia workstation and trained personnel are essential.

65 tudy using a commercially available VITREA 2 workstation and VITREA VITAL nodule segmentation softwar

66 ipetting steps can be performed by a robotic workstation and which, moreover, provides longer reads (

67 al mammograms were displayed on mammographic workstations and printed on film according to the manufa

68 n as a binary program for the PC and the Sun workstation, and as a set of flatfiles.

69 ires transferring of the data to an off-line workstation, and this process frequently occurs after th

70 latforms (PC-compatible, Macintosh, and UNIX workstations) anywhere inside or outside our institution

71 ented on computer controlled electrochemical workstations as a new electroanalytical method to exploi

72 agent administration, were transferred to a workstation at which automated registration followed by

73 Spiral CT data were analyzed with workstation-based 3D imaging software, with a thresholdi

74 (8) will a workstation-based CT-FFR be mandatory?

75 A directed, workstation-based search can improve the PE detection ra

76 ologists independently performed a dedicated workstation-based search for PE.

77 A dedicated workstation-based search resulted in detection of PE in

78 Each scan was analyzed at a workstation by a fellowship-trained thoracic radiologist

79 cans were interpreted at a three-dimensional workstation by radiologists blinded to autopsy findings.

80 Images were reviewed at a three-dimensional workstation by two experienced radiologists in consensus

81 in 106 patients, FFR was computed at a local workstation by using a computational fluid dynamics algo

82 e image datasets were evaluated on dedicated workstations by 2 radiology residents and 1 board-certif

83 For example, a modern workstation can easily handle the computations needed to

84 Use of multimodality intelligent workstations can improve the performance of radiologists

85 than approximately 800 residues) on current workstation-class computers and therefore addresses the

86 ain information during periods with the PACS workstation compared with periods without the workstatio

87 are program and a three-dimensional graphics workstation, CT scans were analyzed to define the volume

88 of individual reconstruction intervals, each workstation demonstrated the same score variability, wit

89 y 1.0) objectives is an integral part of the workstation design allowing submicron-resolution, three-

90 ector row scanners and interpreted with PACS workstations enable depiction of pancreas divisum.

91 A 96-well-format robotic workstation equipped with antibody-derivatized affinity

92 re archiving and communication system (PACS) workstations equipped with software for two- and three-d

93 m, the ABI Prism 6700 Automated Nucleic Acid workstation, extracted RNA and set up reactions for real

94 Choosing a workstation for daily use in the interpretation of digit

95 The data were downloaded to a workstation for interactive intraluminal navigation.

96 sliced, and displayed on an image-processing workstation for off-line analysis.

97 Contours were made with a commercial workstation for the lower axillary tissues, lungs, and h

98 hese images were analyzed on a commercial CT workstation for the volume of lung resected and the pre-

99 search for additional nodules at a dedicated workstation for three-dimensional image analysis.

100 browsers can now be used as high-performance workstations for querying, processing, and visualizing g

101 ector CT console with three-dimensional (3D)-workstation-generated images for the definition of renal

102 ecific probe capture on specimen preparation workstation GT-X (Roche Diagnostics K.K., Tokyo, Japan)

103 Anesthesia workstations have been found to have a larger reservoir

104 Without the PACS workstation, higher occupancy, higher aggregate severity

105 Simple MIPs compared well with 3D-workstation images.

106 ultiviewer in the radiology department and a workstation in the medical intensive care unit.

107 re archiving and communication system (PACS) workstation in the MICU shortens those delays.

108 Images were interpreted at computer workstations in a blinded fashion.

109 The radiographs were displayed on computer workstations in randomized order, and an observer test w

110 oth hardware and software aspects of medical workstations, including interface design, are reviewed,

111 nation was taken, and the presence of a PACS workstation influenced the time from radiographic examin

112 (28 were 1-5 mm, 41 were >or=6 mm) by using workstations integrated with CAD software.

113 ribes the development of a micromanipulation workstation integrating two-photon, three-dimensional im

114 tracted by the need for interaction with the workstation interface.

115 icine laptop interpretation and conventional workstation interpretation performed in blinded manner f

116 d presentation that raises new challenges in workstation interpretation software, image navigation, a

117 The image-comparison workstation is a versatile tool for comparative assessme

118 The processing time on the standard BrainPET workstation is approximately 16 s for each motion estima

119 on of LBM in modern PET scanners and display workstations is recommended, in view of the increasing f

120 gnment algorithm, as implemented on a modest workstation, is computationally efficient, allowing for

121 28 (75%) of the images were available at the workstations; it took 1.8 hours for 238 of 317 (75%) of

122 As three-dimensional imaging workstations move from the advanced radiologic intervent

123 ound at the bench but often neglected at the workstation, notably provenance management, change notif

124 om all other lesions sent to biopsy, the CAD workstation obtained an area under the receiver operatin

125 llumination time-lapse SPIM data on a single workstation or in parallel on a HPC cluster.

126 from the device are processed remotely on a workstation or via a cloud application (based on CyVerse

127 P, allowing efficient simulations on desktop workstations or single supercomputer nodes.

128 orkstation compared with periods without the workstation (p = .03).

129 ted more quickly than similar images from 3D workstations; postprocessing demands (eg, for renal dono

130 Each workstation produced different absolute numeric results

131 The program is distributed on clusters of workstations, providing a substantial speedup and low ex

132 On a desktop workstation running LISP, we have found the global optim

133 displayed in "CAVE simulator" mode on an SGI workstation screen, or as an interactive virtual environ

134 A PACS workstation significantly decreased the delays in obtain

135 There is no "one-size-fits-all" workstation, so users must consider a variety of factors

136 e meniscal position was measured using eFilm Workstation software.

137 was interfaced to a TomTec three-dimensional workstation that allows electrocardiographic and respira

138 ction widths, the images were displayed on a workstation, the cross-sectional area of the tumor on ea

139 Doppler data were transferred to a computer workstation, the RV forward and pulmonary regurgitant fl

140 Integris 3D RA device,which is a specialized workstation (Three-Dimensional Rotational Angiography).

141 eformations and show the suitability of this workstation to further studying cellular response to mec

142 The ability of the CAD workstation to help differentiate malignancies from beni

143 ntation requires less than 3 h on a standard workstation to process the full human genome when as lit

144 essing unit (GPU)-accelerated machines, from workstations to supercomputers.

145 to workflow execution sites ranging from lab workstations to the cloud.

146 radiologists reviewed the examinations on a workstation using standard mediastinal windows, lung win

147 Execution times on a Sparc 10 workstation varied from 16 seconds for smaller proteins

148 and is downloaded automatically to a user's workstation via Java Web Start using the HTML protocol.

149 A workstation was used to postprocess volume-rendered thre

150 A 96-well format robotic workstation was used to prepare antibody-derivatized aff

151 When the workstation was used, the staff did not access the image

152 mparative analysis of CAC scores between the workstations was performed by using regression analysis,

153 On a dedicated workstation, we measured the TMTV with 4 adaptive thresh

154 at night or day, and the presence of a PACS workstation were significant predictors of the elapsed t

155 the five specimens were then downloaded to a workstation, where a measurement tool was used to measur

156 lanar controller as compared with a standard workstation, whereas there was no significant difference

157 An image-comparison workstation, which alternately displayed two registered

158 mated using a Hamilton MicroLab Star Robotic workstation, which included the preparation of standards

159 a picture archiving and communication system workstation with bone settings (window width, 1500 HU; w

160 rotiter plate and automated using a pipeting workstation with performance suitable for high-throughpu

161 lysis software) and with the aid of the CADx workstation (with classification yielding an estimation

162 re archiving and communication system (PACS) workstation, with standard, locally determined center le

163 s revealed excellent correlation between the workstations, with highest correlation at 60% of the R-R

164 VR models were evaluated in real time at the workstation without CT images.

165 conventional interpretation from a videotape workstation, yet diagnostic accuracy is comparable.