12:17

Standard Error of the Mean (SEM)

10:10

Neurons part 3 of 3: activity at a synapse

08:51

Neurons part 2 of 3: action potential

09:59

Neurons part 1 of 3: resting potential

12:03

Signal transduction pathways

07:51

Working with fruit flies for genetics lab

09:09

Mitosis and cell cycle

07:26

Reproductive adaptations

08:14

Introduction to reproduction

03:47

Energy flow activity demonstration

03:22

Oh deer demonstration

06:50

Introduction to fungi

05:55

Introduction to protists

09:57

Intro to prokaryotic domains

10:49

Animal evolutionary history (part 2 of 2)

11:15

Animal evolutionary history (part 1 of 2)

09:06

Plant evolutionary history (part 2 of 2)

08:19

Plant evolutionary history (part 1 of 2)

08:14

Virus structure and reproduction

08:24

Major events in the history of life

07:38

Origin of life

11:10

Organizing life's diversity

08:06

Speciation

08:58

Additional evolutionary forces

09:31

Modernizing Darwin's evolution

08:17

Evidence for evolution (part 3 of 3)

06:07

Evidence for evolution (part 2 of 3)

08:14

Evidence for evolution (part 1 of 3)

08:21

Evolution by natural selection

08:44

Mendelian genetics (part 2)

10:03

Mendelian genetics (part 1)

11:24

Two trait inheritance

08:37

X linked inheritance

11:40

One trait inheritance practice

03:02

Human life cycle

08:24

Meiosis (part 2 of 2)

07:42

Meiosis (part 1 of 2)

07:02

Ways to reproduce offspring

08:57

Introduction to genetics vocabulary

08:49

Mutation

07:21

RNA translation

05:55

RNA transcription

02:43

DNA and RNA differences

06:50

DNA replication

07:44

DNA structure

11:05

Binary fission and mitosis

06:37

Intro to osmosis

07:58

Passive and active transport

07:09

Membrane structure and function

06:33

Enzyme lab introduction

07:51

Overview of photosynthesis

09:20

Enzyme proteins

08:23

Water's properties to support life

11:49

Investigation 13 - enzyme catalysis (with colorimeters)

08:54

Eukaryotic organelles

07:02

Prokaryotic and eukaryotic cells

09:39

Experimental design

11:25

Overview of cellular respiration

06:50

ATP ADP cycling

10:15

Nucleic acids