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LabScribe Instructor's Guide

LabScribe Instructor’s Guide

Written by iWorx’s own Judi D’Aleo, this complete digital guide has answers to all the questions in our iWorx labs, tips, web links, and more to help you with using your systems more fully. All labs correspond to iWorx’s Lab Manual. It is an excellent resource for you and your colleagues.

Once purchased, you will be sent a PDF containing the Instructor’s Guide.

$150.00

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SKU: IPLMV7-IG Category:

Explore the Table of Contents to Discover Included Hands-On Labs

From animal nerve, general biology, foundations labs, and more, this Instructor’s Guide offers your students an immersive and interactive lab experience.

  • Experiment FB-1: Osmoregulation
  • Experiment AMe-1: Small Animal Respiratory Exchange Ratio (RER)
  • Experiment AM-1: Frog – Skeletal Muscle, Weight and Work
  • Experiment AM-2: Frog – Skeletal Muscle, Summation and Tetanus
  • Experiment AM-3: Frog – Heart Muscle
  • Experiment AM-4: Rat – Uterine Motility
  • Experiment AM-5: Rat – Intestinal Motility
  • Experiment AM-6: Frog ECG
  • Experiment AM-7: Crayfish Heart
    • Very similar to Frog Heart and makes a good comparative lab
  • Experiment AM-8: Byssal Muscle of Mussels or Other Bivalves
  • Experiments AM-9 & AM-10: Crayfish Gut Pharmacology
  • Experiment AM-11: Earthworm Smooth Muscle Contractions
  • Experiment AM-12: Crayfish ECG
    • Very similar to Frog ECG and makes a good comparative lab
  • Experiment AN-1: Crayfish – Membrane Potentials
  • Experiment AN-2: Frog – Action Potentials
  • Experiment AN-3: Frog – Neuromuscular Studies
  • Experiment AN-4: Earthworm – Action Potentials
  • Experiment AN-5: Cockroach Mechanoreceptors
  • Experiment AN-7: Cockroach Cercal Sense Organs
  • Experiment AN-8: CAP- Using the NA-100 NeuroAmp
  • Experiment CM-1: Oxygen Consumption and Size
  • Experiment CM-2: Mitochondrial Metabolism
  • Experiment CM-3: Mitochondrial Respiration
  • Experiment CM-4: Photosynthesis in Isolated Thylakoids
  • Experiment CM-5: Carbon Dioxide Fixation in Intact Cells
  • Experiment CM-6: Photosynthetic Gas Analysis using an Entire Plant
  • Experiment CM-7: Oxygen Consumption and Aerobic Respiration in Goldfish
  • Experiment GB-1: Biological Buffers
  • Experiment GB-2: Membrane Permeability
  • Experiment GB-3: Water Quality
  • Experiment GB-4: Ecological Balance
  • Experiment GB-5: Acid Rain
  • Experiment GB-6: Conductivity of Solutions
  • Experiment GB-7: Venus Fly Trap
  • Experiment CP-1: Beer’s Law
  • Experiment CP-2: Boyle’s Law
  • Experiment CP-3: Temperature and Relative Humidity
  • Experiment CP-4: The Simple Pendulum and Harmonic Motion
  • Experiment F-1: Sight Hearing Reflexes
  • Experiment F-2: ECG Exercise
  • Experiment F-3: Muscle Activity – Grip Strength
  • Experiment F-4: Breathing Parameters
  • Experiment F-5: Blood Pressure
  • Experiment HC-1: Blood Pressure, Peripheral Circulation, and Body Position
  • Experiment HC-2: Blood Pressure, Peripheral Circulation, and Imposed Conditions
  • Experiment HC-3: Pulse Wave Velocity
  • Experiment HC-4: Pulse Contour Analysis
  • Experiment HC-5: Body Position, Exercise, and Cardiac Output
  • Experiment HC-6: Effects of Temperature on Peripheral Oxygen Saturation Levels
  • Experiment HE-1: Metabolic and Thermal Response to Exercise
  • Experiment HE-2: Recovery from Exercise
  • Experiment HE-3: O2 Saturation and Exercise
  • Experiment HE-4: RMR-SubMaxVO2-RER (Respiratory Exchange Ratio)
  • Experiment FA-1: ANT HR-FitnessAssessment (or Polar HR-FitnessAssessment) – VO2Max
  • Experiment FA-2: ANT HR-FatBurningZone (or Polar HR-FatBurning Zone) – VO2Max
  • Experiment HE-14: VO2Max-MoxySmO2
  • Experiment HE-15: Ergometer-VO2Max-MoxySmO2
  • Experiment HE-6, HE-7 and HE-11: Breath-by-Breath Metabolic Labs
  • Experiment HE-8: Regulation of Body Temperature and RER
  • Experiment HE-12: Targeted Exercise
  • Experiment HH-1: The Electrocardiogram and Heart Sounds
  • Experiment HH-2: The Electrocardiogram and Peripheral Circulation
  • Experiment HH-3: Exercise, the Electrocardiogram, and Peripheral Circulation
  • Experiment HH-4: The Six-Lead Electrocardiogram
  • Experiment HH-5: The Diving Reflex
  • Experiment HH-6: Heart Rate Variability (HRV) and Experiment HH-12: Pulse and Heart Rate Variability
  • Experiment HC-6 (also covered in Human Heart chapter): Effects of Temperature on Peripheral
    Oxygen Saturation Levels
  • Experiment HH-7: Electrocardiograms from the Six Chest Leads
  • Experiment HH-8: Auscultation
  • Experiment HH-9: ECG and Heart Sounds using an Electronic Stethoscope
  • Experiment HH-10: 12-Lead ECG
  • Experiment HH-11: ECG – Simulations and Comparisons
  • Experiment HK-1: Human Kidney
  • Experiment HK-2: Kidney Diffusion and Conductivity
  • Experiment HK-3: Kidney Osmosis Using the Oxygen Diffusion Chamber
  • Experiment HM-1: Grip Strength and Electromyogram (EMG) Activity
  • Experiment HM-2: Electromyogram (EMG) Activity in Antagonistic Muscles
  • Experiment HM-3: Oculomotor Muscle Activity
  • Experiment HM-4: Stimulus Response, Work, Summation, and Tetanus in Human Muscle
  • Experiment HM-5: Flexibility and Range of Motion (ROM)
  • Experiment HM-6: Stimulation of Antagonistic Muscles
  • Experiment HM-7: Electromyogram (EMG) Activity in Antagonistic Muscles and Range of Motion
  • Experiment HM-8: The Electrogastrogram (EGG) and the Growling Stomach
  • Experiment HM-9: Kinesiology and Electromyogram (EMG) Activity in Targeted Muscles
  • Experiment HM-10: Electromyogram (EMG) Activity while Arm Wrestling and Experiment HM-11: EMG and Paired Arm Wrestling
  • Experiment HM-12: EMG – Balance Board
  • Experiment HM-13: Box Jump and Other Exercises – Wireless EMG-ROAM
  • Experiment HM-14: Menstrual Cramp Simulation
  • Experiment HN-1: Auditory and Visual Reflexes
  • Experiment HN-2: Stretch Receptors and Reflexes
  • Experiment HN-3: Human Nerve Conduction Velocity
  • Experiment HN-4: Hand-Foot Reactions
  • Experiment HN-5: Color Visual Reflexes
  • Experiment HN-6: Soleus and the Hoffman Reflex
  • Experiment HN-7: Median Nerve Conduction Velocity
  • Experiment HN-8: Human to Human Interface
  • Experiment HN-9: Game Show Physiology
  • Experiment HN-10 – Play Games
  • Experiment HN-11 – Red Light, Green Light
  • Experiment HN-12: Nerve Velocity and Hand Dominance
  • Experiment HN-13 – Conditioned Response
  • Experiment HN-14 – Senses ~ Eye (A) and Ear (B)
  • Experiment HP-1: The Electroencephalogram (EEG)
  • Experiment HP-2: The Galvanic Skin Response (GSR) and Emotion
  • Experiment HP-3: The Galvanic Skin Response, Deception, Cognitive Complexity, and Vigilance
  • Experiment HP-4: Skin Temperature, Stress, Calming, and Embarrassment
  • Experiment HP-5: Heart Rate, Blood Pressure, and Vagal Tone
  • Experiment HP-6: Cynicism/ Hostility and the “Hot Reactor”
  • Experiment HP-8: The Galvanic Skin Response (GSR) and Investigation into ‘Cheating’
  • Experiment HP-9: Facial Expression Electromyograms (EMG) and Emotion
  • Experiment HP-10: Visual Evoked Potentials (VEP)
  • Experiment HP-11: Multisensory Reaction Times
  • Experiment HP-12: Rubber Hand Illusion
  • Experiment HP-13: The Gaze Cue Paradigm
  • Experiment HP-14: Hypothesis-driven Biofeedback Lab/Research Study
  • Experiment HP-20: Relaxation & Music ~ Lab/Research Study
  • Experiment HP-21: Vacation & Relaxation
  • Experiment HP-22: Anticipation Anxiety
  • Experiment HP-23: Lie Detection & Facial Recognition using Eye Tracking
  • Experiment HP-24: Myth Busters
  • Experiment HP-28: Sports Psychology – Music and EEG
  • Experiment HP-29: Attractiveness Physiology
  • Experiment HP-32: Cell Phone Addiction
  • Experiment HP-7: Interference of Stimuli on Associative Tasks – The Stroop Effect
  • Experiment HP-15: Hypothesis-driven Prepulse Inhibition Lab/Research Study
  • Experiment HP-16: Eriksen Flanker Test
  • Experiment HP-17: Levels of Processing and Memory – Craik Memory Test
  • Experiment HP-18: Posner Attention Test
  • Experiment HP-19: Lexical Decision Task
  • Experiment HP-25: Hypothesis-driven Prepulse Inhibition Lab/Research Study
  • Experiment HP-26: Spatial Location and Visual Attention
  • Experiment HP-27: Spontaneous Imagery Scanning – Finke & Pinker Paradigm
  • Experiment HS-1: Breathing Parameters at Rest and After Exercise
  • Experiment HS-2: Breathing and Gravity
  • Experiment HS-3: Factors that Affect Breathing Patterns
  • Experiment HS-4: Lung Volumes and Heart Rate
  • Experiment HS-5: Breathing Techniques and Heart Rate
  • Experiment HS-6: Ventilation and Oxygen Saturation
  • Experiment HS-7: Ventilation and Oxygen Saturation Levels, Part 2
  • Experiment HS-8: Restrictive and Obstructive Airway Diseases
  • Experiment HS-9: PulseOx Challenge
  • Animal Fluid Balance:
    • Experiment FB-1: Osmoregulation
  • Animal Metabolism:
    • Experiment AMe-1: Small Animal Respiratory Exchange Ratio (RER)
      • Exercise 1: Changes in CO2 and O2 in a closed chamber, and RER in an Endothermic Animal
      • Exercise 2: Changes in CO2 and O2 in a closed chamber, and RER in an Ectothermic Animal
  • Animal Muscle:
    • Experiment AM-1: Frog – Skeletal Muscle, Weight and Work
    • Experiment AM-2: Frog – Skeletal Muscle, Summation and Tetanus
    • Experiment AM-3: Frog – Heart Muscle
    • Experiment AM-4: Rat – Uterine Motility
    • Experiment AM-5: Rat – Intestinal Motility
    • Experiment AM-6: Frog ECG
    • Experiment AM-7: Crayfish Heart
    • Experiment AM-8: Byssal Muscle of Mussels or Other Bivalves
    • Experiment AM-9: Crayfish Gut Pharmacology
    • Experiment AM-10: Crayfish Gut Pharmacology
    • Experiment AM-11: Earthworm Smooth Muscle Contractions
    • Experiment AM-12: Crayfish ECG
  • Animal Nerve:
    • Experiment AN-1: Crayfish – Membrane Potentials
    • Experiment AN-2: Frog – Action Potentials
    • Experiment AN-3: Frog – Neuromuscular Studies
    • Experiment AN-4: Earthworm – Action Potentials
    • Experiment AN-5: Cockroach Mechanoreceptors
    • Experiment AN-7: Cockroach Cercal Sense Organs
    • Experiment AN-8: CAP- Using the NA-100 NeuroAmp
  • Cellular Metabolism:
  • General Biology/Ecology:
  • Foundations Labs:
  • Human Circulation:
  • Human Exercise:
  • Human Heart:
  • Human Kidney:
  • Human Muscle:
  • Human Nerve:
  • Human Psychophysiology:
  • Human Psychophysiology Testing:
  • Human Spirometry:

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