This lesson includes detailed instructions for the frog preparation procedures necessary for BSL PRO lessons A02, A03, and A04.
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This BSL PRO Lesson explains how to isolate the gastrocnemius muscle of the frog and its somatic motor nerve (the sciatic nerve) and describes the hardware and software setup necessary to…
This BSL PRO lesson describes the hardware and software setup necessary to record Compound Action Potentials (CAP) from a dissected frog sciatic nerve. For a specific procedure on isolating and removing…
This BSL PRO Lesson explains how to prepare the frog heart and describes the hardware and software setup necessary to record cardiac rate and contractile responses of the frog heart.
In the following experiments, you will study some of the physiological and pharmacological properties of visceral smooth muscle taken from the rabbit ileum. (The ileum is the last part of…
This PRO lesson illustrates action potentials as they function through the conduction of cockroach ventral nerve cords. By administering soft puffs of air to the “anal cerci” one can provoke…
In this lesson, the Q10 principle is demonstrated by measuring the metabolic rate of goldfish at two different temperatures: 22° C (acclimation temperature) and 32° C (acute exposure temperature). The…
This PRO lesson describes the hardware and software setup necessary to record action potentials from a dissected earthworm.
Follow BSL setup and use “Lab 4: Crayfish Muscle Resting Potential” from the Crawdad Lab Manual for Neurophysiology to record and alter resting potential by changing external ion concentration. Crawdad…
This PRO lesson describes the hardware and software setup necessary to record the electrical activity from the muscle of the hornworm pupae.
This BSL PRO lesson describes the hardware and software setup necessary to record smooth muscle from earthworm gut, in vitro.
This BSL PRO lesson examines and records action potential from cardiac tissue in an amphibian. The lesson procedure and template were developed for BSL 4.0.1 or above.
BSL Home Lessons for Single-channel Data Recorder BSL Home guides students to record great life science data from their own bodies— heart signals (ECG), brain waves (EEG), muscle activity (EMG), eye…
BSL Lessons for Functional Near Infrared Spectroscopy guide students through muscle and brain oxygenation labs with easy-to-follow step-by-step instructions. Seeing is believing—students form stronger conceptual links with readings and lecture material…
This BSL PRO lesson describes the hardware and software setup necessary to record a 12-lead ECG.
This BSL PRO Lesson examines the principle of compartmental modeling, which is based on the fact that electrical circuits can describe and simulate neural, biochemical, and biomechanical systems. Gerald Westheimer published…
This PRO lesson describes hardware and software setup of the BSL PRO System to record and measure nerve conduction velocity along the ulnar nerve of a human subject.
This BSL PRO lesson describes hardware and software setup of the BSL PRO System to record and measure nerve conduction velocity along the ulnar nerve of a human subject. Stimulation can…
This PRO lesson describes hardware and software setup of the BSL PRO System to record (noninvasive) blood pressure response to isometric or straining exercise.
This PRO lesson describes hardware and software setup of the BSL PRO System to record the Wingate Anaerobic Test, explains the Transform menu commands to use for meaningful analysis, and…
This BSL PRO Lesson describes hardware and software setup of the BSL PRO System to record and measure the finger twitch from a human subject using a variable force transducer…
This BSL PRO Lesson describes hardware and software setup of the BSL PRO System to record and measure the finger twitch from a human subject using a finger twitch transducer…
This PRO Lesson explains how to prepare an active learning lesson on human skeletal EMG.
Follow the procedure on this site to record and measure change in heart rate (ECG) from a human after immersing in cold water. Next, design an experiement to identify the…
This PRO lesson describes hardware and software setup of the BSL PRO System to record and measure auditory evoked potentials.
Derived from original work created by Pr Jean-Frans Lambert and Nicole Chantrier, Institut d’Enseignement istance / Universitaris 8- Saint-Denis France
Derived from original work created by Pr Jean-Frans Lambert and Nicole Chantrier, Institut d’Enseignement istance / Universitaris 8- Saint-Denis France
Derived from original work created by Pr Jean-Frans Lambert and Nicole Chantrier, Institut d’Enseignement istance / Universitaris 8- Saint-Denis France
Derived from original work created by Pr Jean-Frans Lambert and Nicole Chantrier, Institut d’Enseignement istance / Universitaris 8- Saint-Denis France
Derived from original work created by Pr Jean-Frans Lambert and Nicole Chantrier, Institut d’Enseignement istance / Universitaris 8- Saint-Denis France
Derived from original work created by Pr Jean-Frans Lambert and Nicole Chantrier, Institut d’Enseignement istance / Universitaris 8- Saint-Denis France
This PRO Lesson describes basic reflex and reaction time (visual stimulus) exercises and details hardware and software setup of the BSL Lessons System to record reaction time to auditory stimulus.…
In this lesson, you will record blood pressure, and the BSL PRO software will calculate Systolic BP, Diastolic BP and Mean BP.
This BSL PRO lesson records absolute volume of O2 and CO2 in a 60-second interval. The lesson was updated in December 2019 to use GASSYS3 Gas Analysis System. The lesson was…
This PRO Lesson describes how to design and develop software-based digital filters to perform a variety of physiological signal filtering tasks and cascade 2nd-order biquads to create high order filters.…
This BSL PRO lesson describes hardware and software setup of the BSL System to record ECG, Impedance (Z0), and Derivative Impedance (dZ/dt), and measure relative differences in Cardiac Output and Stroke…
This BSL PRO lesson describes hardware and software setup of the BSL System to record and measure visual evoked potentials.
The Biopac Student Lab system can be used to amplify and enhance the ECG signal using a clinical diagnosis tool referred to as the Signal Averaged ECG. The technique allows…
This experiment will test a subject’s response level while being exposed to a series of pictures with one of the pictures being drastically different and repeated five times over the…
BSL PRO Signal Processing Labs are a series of lessons that explain how to create and test the types of electronic circuits used in Biomedical Engineering (BME). The Signal Processing Labs use the BIOPAC SS39L…
BSL PRO Signal Processing Labs are a series of lessons that explain how to create and test the types of electronic circuits used in Biomedical Engineering. Concepts introduced include the basics of amplifiers (with special…
This experiment will test a subject’s face muscle activities, especially the muscle corresponding with smiling and frowning, while the subject is exposed to a series of pictures or sounds.
This PRO Lesson describes basic reflex exercises and details hardware and software setup of the BSL Lessons System to record the reflex reaction. All data collection and analysis is done…
Basal metabolic rate (BMR) refers to body metabolism as measured under a set of standard basal conditions designed to minimize the effects of as many influencing factors as possible.
This PRO Lesson explains how to run a classic Stroop test using SuperLab to deliver the stimuli. If the word “red” is printed in blue ink how will the interference…
A startle response is a physiological response to an unexpected intense stimulus, such as a burst of loud noise or the slamming of a door. This stimulus is known as the…
This PRO lesson describes basic and advanced heart rate variability measurements and details hardware and software setup of the BSL PRO software to record ECG. All data collection and analysis…
This PRO Lesson details hardware and software setup of the BSL PRO software to examine the Fast Fourier Transform. All data collection and analysis is done via the BIOPAC MP3X…
This BSL PRO Lesson describes how to record an electrogastrogram (electrical activity from the stomach muscles) from a resting human subject. software: Biopac Student Lab PRO 3.7.7, 3.7.5 or 3.7.3 (template was created…
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