Exemplos de uso de Linear transducer em Inglês e suas traduções para o Português
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Seoul, South Korea apparatus equipped with a 7-10 MHz linear transducer.
A linear transducer is used to measure four movements.
A 4-cm high-frequency 7-12 MHz, Medison linear transducer was used.
A high-resolution linear transducer is used to view the brachial artery longitudinally and measurements are taken before and after compressive stimulus, as shown in Figure 1.
ElaXto on liver during surgery with intraoperative linear transducer IOT332.
Ultrasound US studies with a high-frequency linear transducer constitute an important imaging method to characterize changes in the nail bed in patients with psoriasis Ps and PsA.
Milwaukee, Wis., USA equipment coupled with a multifrequency linear transducer 6-14 MHz.
The ultrasound examinations were performed using Toshiba linear transducer equipment of 7.5 MHz, by two professionals belonging to the same service.
Height measurement of welding path by linear transducer.
The next step was the placement of the linear transducer on the medial aspect of the arm, at 5 to 10 cm above the antecubital fold, insonating the brachial artery posteriorly to the biceps and laterally to the brachial muscle Figure 1.
Subcutaneous fat SF was measured by ultrasonography, with a 7.5MHz linear transducer.
The u.s. study was performed using a multifrequency linear transducer(13-5 mhz) and mri equipment in high magn.
The quantification of abdominal visceral adipose tissue was made using ultrasonography with a 3.5 mhz linear transducer.
The thickness of subcutaneous fat was measured with a linear transducer at a frequency of 10.0 MHz.
We used the ultrasound equipment Vivid 3 GE Healthcare, Milwaukee,WI, USA with a 10 MHz high-resolution linear transducer.
Anatomical and functional data were obtained at rest by use of a 3.5-MHz linear transducer, placed on the third or fourth left intercostal space.
Subcutaneous fat was measured by abdominal ultrasound, with a Toshibaappliance,Model Power Vision 6000 and 7.5MHz linear transducer.
Consequently, a transversal ultrasound of the sacrum was performed linear transducer perpendicular to the spinal axis.
US examinations were performed using an Aplio XG machine Toshiba Medical Systems, Co, Ltd, Ottowara,Japan equipped with a 5-12 MHz PLT-1204AX linear transducer.
The studies were performed with a Medison 8800 high-resolution color Doppler equipment with a 7.5 MHz linear transducer applied on closed eyes covered with methylcellulose gel.
US examinations were performed using a General Electric LOGIQ Book XP Ultrasound machine USA equipped with a high frequency 8-10 MHz linear transducer.
A Doppler spectral analysis ultrasound was used, comprised of a basic unit with 7.5 and 10-MHz linear transducer Diasonic Gateway and high-frequency linear probes 7.5 or 10 MHz.
Ultrasound studies were performed in a digital model 1500 HDI equipment, with a 7.5 10.0 MHz linear transducer.
Initially, compression was applied for 1 hour with the linear transducer guided by CDUS.
We used aDoppler ultrasound device Hewlett-Packardr, model Image Point with5-10 MHz variable frequency linear transducer.
For the analysis we used the ultrasound portable nanomaxx, with a linear transducer- l 25- 06-13 mhz and 23 mm.
The B-mode US and sonoelastography images were obtained by GE Medical System Logic 9 andSiemens Acuson Antares US apparatuses, with the utilization of a high-frequency linear transducer.
Note that since the sacrum is a superficial structure a high-frequency linear transducer should be used.
The integrity of the tendons was investigated by means of ultrasound examinations performed by the same examiner,using a Toshiba device with a 7.5 MHz linear transducer.
For this, we used the m-turbo ultrasound machine, sonosite fujifilm,integrated with linear transducer with frequency from 5 to 7.5-mhz.