Titlebook: VI Latin American Congress on Biomedical Engineering CLAIB 2014, Paraná, Argentina 29, 30 & 31 Octob; Ariel Braidot,Alejandro Hadad Confer

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Towards the Electric Cell-Substrate Impedance Sensing (ECIS) Technique as a Monitor of Effects in Mchanges upon the exposure of a cell culture to low-frequency magnetic fields; we report on many technical details and difficulties that we found along the way; and we discuss the results of our first test of the system with actual cell cultures. Future work is discussed.

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Design and Characterization of a Volume-Cycled Small Animal Mechanical Ventilator Coupled with a Reers were compared to values obtained with theoretical mathematical models. A 12.7% maximum deviation was found in the model’s elastance in comparison with the predicted value, and the measured resistance did not assume the expected behavior of a linear system, decreasing sharply with the increase of frequency.

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Surface EMG Multichannel Measurements Using Active, Dry Branched Electrodes,tage gain of 4 , allowing for a ±550 mV electrode offset. The device bandwidth ranges from DC to 500 . with a 2000 . sampling rate. The CMRR is 90 . further improved by an independent DRL circuit with gain above 30 . at 50 .. Multichannel EMG measurements were successfully conducted and example results are shown.

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Optical Absorption Coefficients of Gold Nanorods through Acoustic Waves in an Optical Hyperthermia nals and their absorption coefficients is performed in a phantom based in a neutral gelatin system, in order to able to identify and quantify the influence of these acoustic waves in cell death in optical hyperthermia essays.

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