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1 al and peripheral skinfold thicknesses using calipers).
2 the intraoperative measurement obtained with calipers.
3 in limb and precordial leads with electronic calipers.
4 re recorded by two observers with electronic calipers.
5 d when it did not, measured it manually with calipers.
6 ce daily and tumor measurements were made by calipers.
7 joint space width measured using electronic calipers.
8 y using diameter measurements and electronic calipers.
9 calf sites was measured with use of Holtain calipers.
10 studied with refractometry, ultrasound, and calipers.
11 ained with hand-held calipers and electronic calipers.
12 between those using hand-held or electronic calipers.
13 of vasoactive drugs was measured with video calipers.
14 ity score matching without replacement using calipers.
15 lingual widths were measured with calibrated calipers: 1) furcation entrance/roof (FE); 2) cemento-en
17 n transverse CT scans with use of electronic calipers according to both unidimensional and bidimensio
18 as follows: diameter, 2.1 mm with hand-held calipers and 0.68 mm with electronic calipers; area, 9.4
19 the x-ray beam) were measured with a pair of calipers and a magnifying lens fitted with a graticule.
21 e-dimensional (3D) measurement with software calipers and automated measurement with software (automa
26 of the subjects were measured with skinfold calipers and the buttocks circumference with a metal tap
27 lture case that fits within microscope stage calipers and under the objective lenses was invented.
28 r (as assessed with hand-held and electronic calipers) and area thresholds disagreed with those obtai
30 on film were used, 11% less using electronic calipers, and 1% greater using the autocontour technique
33 a variable ratio and a fixed ratio within 8 calipers based on the standard deviation of the logit an
34 and facial dimensions (using anthropometric calipers), body mass index (BMI), neck circumference, an
35 R and 3D endoluminal displays and electronic calipers by four radiologists who were unaware of the re
36 identify, measure, and track cNFs, including calipers, digital imaging, and high-frequency ultrasound
37 core (PS) matching, but none have considered calipers for matching on the disease risk score (DRS).
39 BW measurement was obtained with electronic calipers from the axial image at the splenic vein level
40 dmann applanation tonometry, PD with vernier calipers in room light, Rfx by Hartinger coincidence ref
41 nalyzed by ultrasound and ex vivo by Vernier calipers, mice were euthanized, and tissues were harvest
42 ined first with portable US with and without calipers of any findings at the site of lump and adjacen
43 12% less than the actual cross-product when calipers on film were used, 11% less using electronic ca
48 sed optimal matching within propensity score calipers to conduct multiple matched comparisons includi
49 lized structures have been used as molecular calipers to probe the outer vestibule structure of K cha
50 ements by ultrasonography and anthropometric calipers were available as reported in the companion man
51 ctrocardiographic recorders and angiographic calipers were used for testing at each site, and test re
52 hy and volumetric measurements of cNFs using calipers were used to evaluate the number and volume of
53 t ARF dimers bind complex sites as molecular calipers with ARF-specific spacing preference, and provi
54 le nanoscale devices, we call DNA nanoswitch calipers, with a force-based barcoding system to disting