Making Physiology Happen

Teaching

LabsByDesign

LabsByDesign is the easiest and most cost effective way for you to design the physiology teaching labs that perfectly fit your needs. It’s a unique, cost effective alternative to standard lab kits.

Here’s how LabsByDesign works. You choose from more than 350 iWorx professionally authored lab experiments in cardiovascular, respiratory and neuromuscular physiology. An easy to use web-based selection guide lets you simply check-off those labs you want to teach. The automated LabsByDesign configurator then gets to work tailoring the necessary components from our complete line of data recording modules, sensors, electrodes, stimulators and other supporting accessories along with the courseware necessary to support the experiments you selected. One of our LabsByDesign technical consultants will then contact you to ensure the solution fits your requirements precisely.

The end result is a complete package that does exactly what you want…no more, no less.


Please complete the form below.
Check the experiments you would like to teach.  An email will be sent to you with a list of the components you need to teach these labs and a price quotation.

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Animal Muscle
AM-01 Skeletal Muscle - Weight and Work
AM-02 Skeletal Muscle - Summation and Tetanus
AM-03 Heart Muscle
AM-04 Uterine Motility with Displacement Transducer
AM-05B Intestinal Motility with Force Transducer
AM-06 Frog Electrocardiogram
AM-07 Crayfish Heart
AM-08 Byssal Retractor Muscle
AM-09 Crayfish Gut Pharmacology
AM-10 FrogNerveMuscle - Summation, Tetanus, and Fatigue in a Intact Nerve/Muscle Prep
AM-11 Earthworm Smooth Muscle Contractions
AM-12 Crayfish Electrocardiogram
AMe-01-iWireGA SmallAnimalRER-iWireGA
Animal Nerve
AN-01 Membrane Potentials
AN-02 Compound Action Potentials
AN-03 Neuromuscular Studies
AN-04 Action Potentials in Earthworm
AN-05 Cockroach Leg Mechanoreceptors
AN-07 Cockroach Cercal Sense Organs
AN-08 Frog Sciatic Nerve Compound Action Potential
AN-10 Crustacean Stretch Receptors
AN-12A Crustacean Neuromuscular Junction
AN-12B Neuromuscular Junction in Crayfish - part B
AN-13 Crayfish Motor Nerve
BioInstrumentation
BI-01 ECG Signal Conditioning
BI-02 EMG Signal Conditioning
BI-03 ECG Noise
BI-04 Frequency Response of Filters
BI-05 Op-Amp Circuits
Cellular Metabolism
CM-01 Oxygen Consumption and Size
CM-02 Mitochondrial Metabolism
CM-03 Mitochondrial Respiration
CM-04 Photosynthesis
CM-05 CO2 Fixation
CM-06 Whole Pant Gas Analysis
CM-07 Oxygen Consumption and Aerobic Respiration
Fluid Balance
FB-01 Osmoregulation
General Biology
GB-01 Biological Buffers
GB-02 Membrane Permeability
GB-03 Water Quality
GB-04 Ecological Balance
GB-05 Acid Rain
GB-06 Conductivity of Solutions
Human Circulation
HC-01 Blood Pressure, Peripheral Circulation and Body Position
HC-02 Blood Pressure, Peripheral Circulation and Imposed Conditions
HC-03 Pulse Wave Velocity
HC-04 Pulse Contour Analysis
HC-05 Body Position, Exercise and Cardiac Output
HC-06C Effects of Temperature on Peripheral Oxygen Saturation Levels
Human Exercise
HE-01 Metabolism and Thermal Response to Exercise
HE-02 Recovery from Exercise
HE-03C Exercise, Blood Pressure and Oxygen Saturation Levels
HE-04C Respiratory Exchange Ratio
HE-05C Resting Metabilc Rate
HE-08A Regulation of Body Temperature and Respiratory Exchange Ratio (RER)
HE-09C Resting, Active and Exercising Metabolic Rates
HE-10C Aerobic Fitness Testing
HE-12 Targeted Exercise with Wireless Electrocardiogram (ECG)
HE-13 The ‘fat burning zone’ is a theory that you should maintain your heart rate at just 70 – 80% of your maximum heart rate during exercise to burn more fat.
Human Heart
HH-01 Electrocardiogram (ECG) and Peripheral Circulation
HH-02 ECG and Heart Sounds with Stethoscope
HH-03 Exercise, the ECG and Peripheral Circulation
HH-04 Six Lead ECG
HH-05A The Diving Reflex
HH-05B The Diving Reflex with Respiration rate
HH-05C The Diving Reflex
HH-06 Heart Rate Variability
HH-07 ECG using Six Leads
HH-08 Auscultation
HH-09 ECG and Heart Sounds using an Electronic Stethoscope
HH-10 12-Lead Electrocardiograms (ECGs)
HH-11 ECG ~ Simulations and Comparisons
HH-12 Pulse and Heart Rate Variability (HRV)
Human Kidney
HK-02 Kidney Diffusion and Conductivity
HK-03 The cell membrane is more than just a barrier that separates the contents of the cell from the surrounding environment. The cell membrane regulates the movement of molecules, such as nutrients or waste products, into or out of a cell. Since some, but not all, particles are allowed to move across cell membranes, these membranes are considered to be selectively or semi- permeable.
Human Muscle
HM-01 Grip Strength and the Electromyogram
HM-02 Electromyogram Activity in Antagonistic Muscles
HM-03 Oculomotor Muscle Activity
HM-04 Stimulus Response, Work, Summation and Tetanus in Human Muscles
HM-05 Flexibility and Range of Motion
HM-06 Stimulation of Antagonistic Muscles
HM-07 Electromyogram (EMG) Activity in Antagonistic Muscles and Range of Motion
HM-08 Electromyogram (EMG) Activity while Arm Wrestling
HM-09 Kinesiology and Electromyogram (EMG) Activity in Targeted Muscles
HM-10 The Electrogastrogram (EGG) and Growling Stomach
HM-11 Electromyogram (EMG) for Paired Arm Wrestling
HM-12 Wii Balance Board and EMG Activity
Human Nerve
HN-01 Auditory and Visual Reflexes
HN-01A Auditory and Visual Reflexes
HN-02A Stretch Receptors and Reflexes with Reflex Hammer
HN-02B Stretch Receptors and Reflexes with Plethysmograph
HN-03 Human Nerve Conduction Velocity
HN-04 Hand vs. Foot Reactions
HN-05 Visual Reflexes and Color Stimulation
HN-06 Hoffman Reflex using the Soleus Muscle
HN-07 Median Nerve Conduction Velocity
HN-08 Human To Human Interface
HN-09 Game Show Physiology
HN-10 Play Games - Hypothesis Testing
HN-11 Visual Reflexes and Color Stimulation
HN-12 Sensory and motor nerve conduction velocities of median nerve, and sometimes the ulnar nerve as well, of both the dominant and nondominant limbs.
HN-13 Conditioned Response to stimuli
Human PsychoPhysiology
HP-01 The Electroencephalogram (EEG)
HP-01A The Electroencephalogram (EEG) using Button Electrodes
HP-02 Galvanic Skin Response and Emotion
HP-03 Galvanic Skin Response and Deception, Coginitive Compliance and Vigilance
HP-04 Skin Temperature, Stress, Calming and Embarrassment
HP-05A Heart Rate and Blood Pressure
HP-05B Personality and Vagal Tone
HP-05C Vigilance and Reaction Time
HP-06 Cynicism-Hostility and the Hot Reactor
HP-07 The Stroop Effect
HP-08 The Galvanic Skin Response (GSR) and Investigation into Cheating
HP-09 Facial Expression Electromyograms (EMG) and Emotion
HP-10 Visual Evoked Potentials (VEP)
HP-11 Multisensory Reaction Times
HP-12 Rubber Hand Illusion
HP-13 The Gaze Cue Paradigm
HP-13A The Gaze Cue Paradigm using Eye Tracker system
HP-14 Hypothesis-driven Biofeedback Lab/Research Study
HP-15 Hypothesis-driven Prepulse Inhibition Lab/Research Study
HP-16 Eriksen Flanker Test
HP-17 Levels of Processing and Memory
HP-18 Posner Attention Test
HP-19 Lexical Decision Task
HP-20 Listening to relaxing music to control tension.
HP-21 Looking at vacation imagery to control tension.
HP-22 How does anticipating something affect your physiology; HR, temp, RR, etc...
HP-23 Using deception and famous faces to determine witness accuracy.
HP-24 To determine whether alternative healing items really work physiologically.
HP-25 When perceiving a stimulus, features are registered early and automatically, while objects are identified separately and at a later stage in processing.
HP-26 Searching for a curved letter around in a circle and any other letters they can remember.
HP-27 Uses neuro-feedback to control anxiety.
HP-27 Images with a series of dots followed by an image of an arrow - is the arrow pointing do the dots?
HP-28 Listening to music to psych up before a sporting event.
HP-29 Determine, by looking at various male and female faces., why some are more attractive than others.
Human Spirometry
HS-01 Breathing Parameters at Rest and After Exercise
HS-02 Breathing and Gravity
HS-03 Factors that Affect Breathing Patterns
HS-04 Lung Volumes and Heart Rate
HS-05 Breathing Techniques and Heart Rate
HS-06C Ventilation and Oxygen Saturation Levels - Part 1
HS-07C Ventilation and Oxygen Saturation Levels - Part 2
HS-08 Restrictive and Obstructive Airway Diseases
Tutorial
TT-01 Tutorial with ECG
TT-02 Tutorial with pulse

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