00:59

Module 3: Introduction to IPE Facilitation

00:52

Considerations unique to IPE facilitation

00:55

The Core of IPE Facilitation

02:03

What is the difference between Uni, Multi and Interprofessional Education?

03:38

Types of Interprofesional Work

02:39

Interprofessional Education for Interprofessional Socialization

02:06

Interprofessional Education for Interprofessional Collaborative Practice

01:19

WHY Interprofessional Collaborative Practice?

09:12

Cardiac cycle part 2

12:20

cardiac cycle part 1

14:38

Welcome to ONLINE PHYS 125 FALL 2018

02:20

Using excel to make a bar graph

05:22

Using excel to create a line graph (1 subject's of data)

03:39

Graphing standards

04:42

a-v o2 difference

07:24

Afterload (CV variables part 3c)

06:01

Contractility (CV variables part 3b)

09:15

Preload (CV variables part 3a)

09:19

Regulation of heart rate (Cardiovascular variables part 2)

04:38

Definition of cardiac output (Q), stroke volume (SV) and heart rate (HR)- CV variables part 1

06:49

Sliding filament theory (skeletal muscle 3)

02:20

Contraction types (skeletal muscle 4)

06:39

Neuromuscular junction (skeletal muscle part 2)

09:38

Muscle features (skeletal muscle part 1)

07:28

Lactate threshold (lactic acid part 4)

09:50

Lactic acid production (lactic acid part 3b)

08:17

Lactic acid production (lactic acid part 3a)

03:37

Energy expenditure and intensity (lactic acid part 2)

07:33

Introduction to lactic acid (Lactic acid series part 1)

04:14

From summersault to backflip! Intro to a flipped class.

08:21

RER and RQ during non steady state conditions

08:29

Respiratory exchange ratio (RER) and respiratory quotient

07:47

Ventilation- How do we breathe?

04:56

Flow, pressure and resistance in blood vessels and the lung

05:23

Pressure volume relationships- blood vessels and lungs

07:10

Synapse (Nervous system 6)

03:35

Action potential- threshold (Nervous system part 5)

11:26

Action potential (nervous system 4)

07:28

Neuron anatomy (Nervous system 3)

06:04

Divisions of the nervous system (Nervous system 2)

04:00

Resting membrane potential (nervous system 1)

04:13

Concentration diffusion and equilibrium

08:16

Electron transport chain

03:47

Krebs cycle

07:24

formation of acetyl CoA

07:48

Anaerobic glycolysis

05:14

Oxidation and reduction reactions

04:02

Phosphagen system

07:55

Introduction to ATP

07:29

Enzymes in chemical reactions

14:07

Part 2 of 3 Using technology for feedback

06:43

Part 3 of 3 Using technology to provide feedback

11:04

Part 1 of 3 Using technology to provide feedback

01:31

Explain everything demo.mp4

08:42

PO2 changes throughout the body

12:44

Using ACSM to predict performance

03:13

Using oxyHb and Fick to calculate VO2max

12:20

OxyHb dissociation curve to calculate blood oxygen content

05:15

Oxyhemoglobin dissociation curve

05:52

Effect of adding humidity on PO2