Course

BIO-378: Physiology lab I

Lectures in this course (86)

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.

Covers the process of summing figures in biomechanics, including amplitude and time measurements.

Covers the analysis of fatigue data and data extraction using Excel.

Explores the analysis of passive muscle behavior and its impact on stiffness.

Explores the analysis of excitability in muscle contraction, emphasizing force and stimulus relationship.

Explores the analysis of muscle force as it lengthens and its impact on relaxation kinetics.

Explores the analysis of velocity in a lever mechanism and the relationship between force and muscle length.

Covers the analysis of temporal summations in bio mechanics.

Explores an experiment on muscle fatigue, revealing the complex interplay between myosin detachment and calcium reuptake mechanisms.

Discusses the final analysis of biomechanical results and the relationship between force and acceleration.

Explores the electrical activity of the heart muscle and the generation of ECG signals through vectograms.

Explores heart rate variability regulation, arterial pressure propagation, and pressure application on arteries.

Explains ECG signals, recording, and timing parameters for cardiac cycle analysis.

Demonstrates measuring pressure wave in the radial artery using a Doppler device.