| A | B | C | D | E | F | G | H | |
|---|---|---|---|---|---|---|---|---|
1 | Click the Icons Below to Explore Each Lesson and Its Companion Quiz! | â– Downloadable Classroom Resources Attached to Each Video Lesson! | ||||||
2 | Hover or Click Row 3 Headers For Details About Each Resource! | |||||||
3 | Title | Video Lesson | Quiz | Video Recap | Annotated Video Script | Topic Recap | Unlectured Series Slides | Unlectured Facilitation Guide |
4 | Nature of Science | |||||||
5 | CER | |||||||
6 | Casual and Scientific Use of "Theory" and "Law" | |||||||
7 | General Lab Safety | |||||||
8 | Microscopes and How to Use a Light Microscope | |||||||
9 | Characteristics of Life | |||||||
10 | Biological Levels in Biology: Tour of the World | |||||||
11 | Properties of Water | |||||||
12 | Biomolecules | |||||||
13 | Enzymes | |||||||
14 | Enzyme Examples, Cofactors/Coenzymes, Inhibitors, and Feedback Inhibition | |||||||
15 | Prokaryotic vs. Eukaryotic Cells | |||||||
16 | Introduction to Cells | |||||||
17 | Cell Organelles and Structures Review | |||||||
18 | Endosymbiotic Theory | |||||||
19 | Specialized Cells: Significance and Examples | |||||||
20 | How Cells Become Specialized | |||||||
21 | Inside the Cell Membrane | |||||||
22 | Diffusion | |||||||
23 | Osmosis and Water Potential | |||||||
24 | Cell Transport | |||||||
25 | Sodium Potassium Pump | |||||||
26 | Intro to Cell Signaling | |||||||
27 | What is ATP? | |||||||
28 | Cellular Respiration | |||||||
29 | Fermentation | |||||||
30 | Photosynthesis | |||||||
31 | DNA, Chromosomes, Genes, and Traits: An Intro to Heredity | |||||||
32 | DNA Replication | |||||||
33 | Gel Electrophoresis | |||||||
34 | PCR | |||||||
35 | Genetic Engineering | |||||||
36 | The Cell Cycle | |||||||
37 | Mitosis | |||||||
38 | Meiosis | |||||||
39 | Chromosomes Number During Division | |||||||
40 | Mitosis vs Meiosis | |||||||
41 | Chromosomes and Karyotypes | |||||||
42 | Alleles and Genes | |||||||
43 | Monohybrid Crosses | |||||||
44 | Dihybrid and Two-Trait Crosses | |||||||
45 | Punnett Squares and Sex-Linked Traits | |||||||
46 | Multiple Alleles | |||||||
47 | Incomplete Dominance, Codominance, Polygenic Inheritance | |||||||
48 | Pedigrees | |||||||
49 | Mega Genetics Review | |||||||
50 | DNA vs RNA | |||||||
51 | Protein Synthesis | |||||||
52 | How to Read a Codon Chart | |||||||
53 | Protein Structure and Folding | |||||||
54 | Gene Expression and Regulation | |||||||
55 | Gene Regulation and the Order of Operon | |||||||
56 | Epigenetics | |||||||
57 | Mutations | |||||||
58 | Evolution | |||||||
59 | Natural Selection | |||||||
60 | Genetic Drift | |||||||
61 | Speciation | |||||||
62 | Hardy-Weinberg Equilibrium | |||||||
63 | Classification | |||||||
64 | Dichotomous Keys: Identification Unlocked | |||||||
65 | Asexual and Sexual Reproduction | |||||||
66 | Bacteria | |||||||
67 | Archaea | |||||||
68 | Viruses | |||||||
69 | Antibiotics, Antivirals, and Vaccines | |||||||
70 | Protists and Fungi | |||||||
71 | Plants: Diversity, Structure, and Adaptations | |||||||
72 | Plant Reproduction in Angiosperms | |||||||
73 | Animals: Tour of 9 Phyla | |||||||
74 | Autotrophs and Heterotrophs | |||||||
75 | Food Webs and Energy Pyramids: Bedrocks of Biodiversity | |||||||
76 | Ecological Relationships | |||||||
77 | Carbon and Nitrogen Cycles | |||||||
78 | Ecological Succession | |||||||
79 | Biomagnification | |||||||
80 | Human Body Systems Overview | |||||||
81 | Homeostasis and Negative/Positive Feedback | |||||||
82 | Immune System | |||||||
83 | Lymphatic System | |||||||
84 | Circulatory System | |||||||
85 | Digestive System | |||||||
86 | Respiratory System | |||||||
87 | Muscle Tissue and Sliding Filament Model | |||||||
88 | Excretory System and Nephron | |||||||
89 | Endocrine System | |||||||
90 | Nervous System | |||||||
91 | Integumentary System | |||||||
92 | Skeletal System | |||||||
93 | Want to bring Amoeba Sisters content to your school? Visit edpuzzle.com/originals to learn more or request a quote for your school here. | |||||||