BIO-378: Physiology lab I

Lectures in this course (86)

Covers the process of recruiting muscles for EMG experiments using LabVIEW software.

Explores nerve conduction using EMG to measure muscle activity and optimize stimulation parameters.

Covers the analysis of reflexes using EMG and hammer stimulation.

Discusses challenges in measuring depolarization propagation speed in muscle fibers.

Summarizes the analysis of EMG data, focusing on muscle electrical activity and signal duration.

Covers biomechanical characteristics, sensor setup, calibration, crosstalk, and sampling challenges in muscle studies.

Covers assembly techniques, calibrations, data analysis, and continuous recording for muscles.

Demonstrates an experiment to observe the passive behavior of a muscle.

Explores a muscle stimulation experiment to observe contractions and analyze muscle excitability.

Investigates how muscle length affects force generation during contractions through an experimental approach.

Delves into muscle contraction speed variations with load adjustments and force sensor movements.

Explores stimulating muscles through reflex mechanisms and EMG signal overlapping.

Explores preload adjustments, timing parameters, stimulus delivery, and calibrations in biomechanics.

Explores measuring muscle fatigue through length adjustments and force observations.

Covers the basics of Excel, including data analysis and chart creation.

Covers the analysis of passive figures in BioMechanics using Excel.

Covers the analysis of excitability figures and data processing using Excel and LabVIEW tools.

Discusses the force-length relationship analysis in biomechanics and the extraction of biomechanical parameters.

Explores the analysis of velocity data in biomechanics using Excel for visualization and interpretation.

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