video topics - amazon s3 · video topics biology 1.1 1.2 the scientific what is science (3:03) ......
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VIDEO TOPICS Biology
1.1 What is Science
(3:03)
1.2 The Scientific
Method (14:33)
1.3 The Scientific
Mindset (6:32)
1.4 The
Characteristics of Life (12:34)
1.5 Levels of
Biological Organization
(3:14)
Biomolecules
The Molecules of
Life (10:46)
Biological Molecules
(15:19)
Proteins
(9:15)
Carbohydrates
(8:48)
Lipids (7:04)
Nucleic Acids
(7:04)
2B.1_The Power of Carbon (5:58)
2B.2_Hydrocarbons Functional Groups
(9:39)
2B.3_Dehydration Synthesis Hydrolysis
(13:01)
2B.4_Carbohydrates (16:43)
2B.5_Lipids (13:13)
Ecology
3.1 The Basics of
Ecology (9:00)
3.2 Consumers &
Producers (8.45)
3.3 Food Chains &
Food Webs (7:26)
3.4 Ecological
Pyramids (9:00)
3.5
Biogeochemical Cycles (11:57)
3.6 Primary Productivity
(5:29)
14.1.1 How do ecologists organize organisms and their--
(2:50)
14.1.2 What's the difference between biotic and abiotic factors
(3:56)
15.1.1 What are the properties of populations
(6.34)
Ecosystems & Communities
4.1 Weather, Climate, & the
Greenhouse Effect (5:56)
4.2 Climate Zones
(6:24)
4.3 Niches
(8:51)
4.4 Predation &
Herbivory (4:18)
Populations
5.1 Characteristics
of Populations (8:18)
5.2 Exponential &
Logistic Growth (7:06)
5.3 Dependent Limiting Factors
(6:32)
5.4 Density Independent Limiting
Factors (3:51)
5.5 Human
Population Growth (7:58)
Populations
(9:49)
Humans in the Biosphere
6.1 Renewable &
Nonrenewable Resources
(5:26)
6.2 Managing Land & Forest Resources
(8:37)
6.3 Managing
Freshwater Resources
(4:44)
6.4 Managing Air
Resources (4:09)
6.5 Human Impact on Biodiversity
(6:23)
6.6 3 Biggest
Concerns (8:09)
Biogeochemical Cycling
Biogeochemical Cycling (10:06)
Nitrogen Cycle
(6:34)
Cycle Series -
Nitrogen Cycle (14:04)
17.1.3 What is the
Nitrogen Cycle (6:00)
The Carbon Cycle
(7:23)
The Carbon Cycle
Power Point-Tangstar Science
(10:06)
The Water Cycle
Power Point-Tangstar Science
(10:59)
The Water
(Hydrologic) Cycle (10:08)
Phosphorus Cycle
(8:52)
Cell Structure & Function
7.1 Cell Theory
(8:23)
7.2 Microscopes
(11:52)
7.3 Difference
Between Prokaryotic and Eukaryotic Cells
(7:23)
7.4 The Nucleus
(5:18) 7.5 Ribosomes &
ER (6:43)
7.6 Golgi,
Lysosomes & Vacuoles
(5:51)
7.7 Mitochondria &
Chloroplasts (7:22)
7.8 Cytoskeleton
(5:57)
7.9 Cell Walls
(4:51)
7.10 Cell Membrane
(9:16)
7.11 Passive
Transport (14: 93)
7.12 Golgi,
Lysosomes & Vacuoles
(8:23)
7.13 Differential Gene Expression
(5:36)
Photosynthesis
8.1_ Energy Of Life (9:37)
8.2_Overview of Photosynthesis
(7:34)
8.3 NADPH
(3:51) 8.4_Chlorophyll and
Photolysis (7:42)
8.5_Chloroplast Structure
(4:30)
8.6 Details of
Photosynthesis (6:45)
8.7 Factors That
Influence Photosynthesis
(4:66)
Chapter 8 Review
(6:48)
Photosynthesis
(12:26)
Photosynthesis Light
Dependent and Independent
Reactions (17:18)
Photosystem I,II
(7:26)
Nature's smallest
factory: The Calvin cycle - Cathy Symington
(5:37) TED-Ed
Cellular Respiration & Krebs Cycle
9.1 Introduction to Cellular Respiration
(6:46)
9.2 Comparing
Photosynthesis & Respiration
(5:02)
9.3 Glycolysis
(5:13) 9.4 Krebs Cycle
(3:26)
9.5 Electron
Transport Chain (8:11)
9.6 Anaerobic Respiration
(7:26)
Cellular Respiration
(14:14)
Cell Division / Mitosis
10.1 Why Are Cells
So Small? (6:06)
10.2 Prokaryotic
Cell Division (6:38)
10.3 Eukaryotic Chromosomes
(6:06)
10.4 Interphase
(5:41) 10.5 Prophase &
Metaphase (6:27)
10.6 Anaphase &
Telophase (4:43)
10.7 Cytokinesis
(6:06)
10.8 Hayflick Limit
and Telomeres (2:32)
10.9 Cell Cycle
Regulation (8:12)
10.10 Stem Cells
(6:25)
10.11 Mitosis
(5:17)
10.12_Mitosis
Dance (5:17)
Introduction to Genetics
11.1_ Genes Loci (5:33)
11.2_Diploid Haploid (6:32)
11.3_Meiosis (9:44)
11.4_Gametogenesis (6:31)
11.5_Mitosis vs. Meiosis (4:22)
11.6_Who is Gregor Mendel (4:27)
11.7_ Mendelian Vocabulary
(13:11)
11.8_Monohybrid Crosses (17:41)
11.9_Dihybrid Crosses (10:17)
11.10_Incomplete Dominance
(7:56)
11.11_Multiple Alleles (6:19)
11.12_Polygenic Traits (4:28)
11.13_Environmental Factors
(2:18)
11.14 Incomplete
Dominance, Codominance, and
Sex-Linked (2:18)
11.15 Genotypes &
Phenotypes (10:17)
11.16 A Beginner's Guide to Punnett
Squares (12:14)
11.17 Phases of
Meiosis (27:22)
11.18 Phases of
Meiosis (8:25)
DNA
12.A1_ DNA's Discovery, the Early
Years (11:38)
12.A2_Nucleotide Structure
(8:33)
12.A3_DNA Double Helix Structure
(13:55)
12.B_DNA Replication (22:31)
DNA replication
(14:13)
RNA & Proteins Synthesis
13.1_ Types of RNA (9:59)
13.2_Transcription (14:38)
13.3_mRNA Processing
(9:01)
13.4_The Genetic Code
(11:46)
13.5_Translation (9:05)
13.6_Gene Mutations
(12:49)
13.7_ Chromosomal Mutations
(7:23)
Transcription and Translation
(11:56) Bozeman Science
Human Genetics
14.1 Types Of
Human Chromosomes
(6:40)
14.2 Karyotypes
(9:18)
14.3 Pedigrees
(9:12)
14.4 ABO Blood
Types Inheritance (5:15)
14.5 Human Autosomal Disorders
(6:15)
14.6 Sickle Cell
Disease (7:05)
14.7 Human
Chromosomes (4:17)
14.8 Sex Linked
Traits (14:55)
14.9 X
Chromosome Inactivation
(6:40)
14.10 Nondisjunction
(15:33)
Evolution I
16.1 Charles
Darwin (10:37)
16.2 Who
Influenced Charles Darwin (10:56)
16.3 Darwin Theory Pt. A
(8:15)
16.4 Darwin Theory Pt. B
(12:42)
16.5 Evidence for
Evolution by Natural Selection
(20:17)
Evolution II
17.1 Populations &
Gene Pools (10:36)
17.2 Genes &
Variation (10:36)
17.3 Evolution as Genetic Change
(5:26)
17.4 Three Types of
Selection (7:12)
17.5 Genetic Drift
& the Founder Effect (6:19)
17.6 Hardy-
Weinberg Principle (11:30)
17.7 Speciation & Reproductive
Isolation (11:12)
17.8 How Life Got Here (9:18)
17.9 Endosymbiotic
Theory (7:46)
Blood
What is Blood
(5:11)
Blood | Learn About Blood
Composition And Its Functions
(17:11)
How Does Blood
Clot (2:00)
White Blood Cells
Types and Functions (4:38)
Blood Types
(10:45)
Blood Types Explanation
(7:36)
Human Blood
Types (19:09)
Blood Types: ABO
and Rh (with donuts and sprinkles)
(10:45)
Systems of the Body
Anatomy & Physiology
(11:25)
The Digestive
System (9:37)
The Respiratory
System (8:45)
The Circulatory System (11:34)
The Immune
System (13:46)
The Endocrine
System (13:47)
The Reproductive
System
The Nervous
System
The Sensory
System
The Muscular System
(5:58)
Why You Are Still
Alive - The Immune
Cell vs. virus: A
battle for health -
(8:59) (17:39) (10:32) System Explained (9:37)
Shannon Stiles (3:58)
Regulation & Feedback Loops
Positive & Negative
Feedback Loops (9:37)
Bozeman Science
Thermoregulation (4:50)
Bozeman Science
Osmoregulation
(8:58) Bozeman Science
Elements of a
Feedback Loop (9:27)
Bozeman Science
Fight or Flight
Response (5:51)
Homeostatic Loops
(9:37)
Amoeba Sisters
The Biomolecule
Band (7:30)
Enzymes and …Pac-
Man? (4:50)
Homeostasis (and
the Cell Membrane King) (4:12)
Osmosis: A Solute and
Solvent Love Story (9:27)
Prokaryotes and
Eukaryotes (5:52)
Bacteria: The Good, The Bad, The Kinda
Gross (4:39)
DNA Structure and
Function (8:53)
DNA Replication:
The Cell's Extreme Team Sport
(7:58)
Why RNA is Just as
Cool as DNA (4:43)
Protein Synthesis and
the Lean, Mean Ribosomes Machines
(7:07)
Mutations: The
Potential Power of a Small Change
(7:21)
The Cell Cycle and
Cancer (7:41)
Mitosis: The Amazing Cell
The Mini Mitosis
Tutorial
Meiosis: The Great
Divide
Multiple Alleles (ABO
Blood Types) and
Monohybrids and
the Punnett Square
Punnett Squares and Sex-Linked
Process that Uses Division to Multiply
(7:55)
(2:58) (7:40) Punnett Square (7:12)
Guinea Pigs (6:27)
Traits (6:15)
http://www.amoebasisters.com/handouts.html
Viruses: Virus
Replication and The Mysterious
Common Cold (7:37)
Cellular Respiration
and the Mighty Mitochondria
(7:48)
Photosynthesis and
the Teeny Tiny Pigment Pancakes
(7:45)
Human Body Systems:
The 11 Champions (7:44)
Plant Structure and
Adaptations (8:40)
Plant Reproduction
in Angiosperms (8:04)
Genetics
8.1 Genes and
Alleles (8:15)
Brian Bennett
8.2 Genotype
Phenotype (8:08)
Brian Bennett
8.3 Punnett
Squares (6:46)
Brian Bennett
8.4 Dihybrid Crosses
(5:47) Brian Bennett
8.5 Sex Linked
Traits and Incomplete Dominance
(6:22) Brian Bennett
8.6 Codominance
and Multiple Alleles (8:36)
Brian Bennett
9.2.3 Homozygous
v. Heterozygous (8:08)
Math and Science
Punnett Square
Gregor Mendel's
How Mendel's pea
Learn Biology: How
Genetic Crosses -
Genotypes &
A Beginner's Guide
Punnett Squares (5:02)
Pelletier Teach
plants helped us understand
genetics (3:06)
TED-Ed
to Draw a Punnett Square (7:41)
mahalodotcom
Simple Monohybrid Cross (IB Biology)
(6:09) Alex Lee
Phenotypes (10:17)
Bozeman Science
to Punnett Squares (12:14)
Bozeman Science
IB Biology - Dihybrid
crosses and gene linkage (5:02)
Mahesh Alur
Dihybrid Cross
Vodcast (11:37)
Alex Lee
Karyotype
Karyotypes
(10:00) Skipper Coates
8.6 Karyotypes and
Chromosomal Disorders
(9:59) Barbra Bedwell
Karyotyping (IB
Biology) (7:04)
Alex Lee
Pedigree Chart
Pedigree Charts
(4:29) Jennifer DesRochers
Karyotyping (IB
Biology) (7:04)
Alex Lee
Pedigree Analysis 1: How to solve a genetic pedigree
No. 1 (9:12)
Andrew Douch
Solving pedigree genetics problems
(12:26) Biology Monk
Pedigree MIT 7.01SC
Fundamentals of Biology (11:52)
MIT OpenCourseWare
Gel Electrophoresis DNA Fingerprinting
Gel Electrophoresis (6:58)
Khanacademymedicine
DNA Gel
Electrophoresis (6:09)
Greg Petersen
Electrophoresis:
How to Read Results (6:48)
Fisher Science Education
How does DNA
fingerprinting work? - Naked Science
Scrapbook (5:26)
Naked Scientists
DNA Fingerprinting
(6:09) Bozeman Science
Tropisms
tropism (7:42)
Patricia Davis
Tropisms for IGCSE
Biology (8:39)
Tom Dare
Surface area to volume ratio
IB Biology 2.1.6 Surface area to
volume ratio in cells (3:57)
IBguides’s channel
2.1.6 Explain the
importance of the surface area to
volume ratio as a factor limiting cell
size (2:44)
Stephanie Castle
Mark Drollinger
Asexual
Reproduction (2:16)
Cladograms
Stated Clearly
What is Natural
Selection? (9:18)
Stated Clearly
The Cell Cycle and
Cancer (7:41)
BioVidsRock
Unit 3-Online Video
Tutorial on Cell Theory, Structure &
Function (13:07)
Cells Cells
Mr. Fords Class
Khan Academy
Heredity & Genetics
Introduction to
heredity (17:27)
Punnett square fun
(25:16)
Hardy-Weinberg
principle (14:57)
Sex-linked traits (14:19)
Genetics 101 part 1: What are genes?
(4:26)
Genetics 101 part 2: What are SNPs?
(2:01)
Genetics 101 part 3: Where do your genes
come from? (4:21)
Genetics 101 part 4: What are
phenotypes? (14:57)
Khan Academy
Cellular Respiration
ATP: Adenosine triphosphate
(13:35)
Introduction to cellular respiration
(14:19)
Oxidation and reduction review from biological point-of-view
(13:29)
Oxidation and reduction in cellular
respiration (17:08)
Krebs / citric acid cycle
(17:47)
Glycolysis
(13.30)
Electron transport chain
(17:16)
Oxidative phosphorylation
and chemiosmosis (4:59)
Cellular Respiration
(10:05)
Khan Academy
Photosynthesis
ATP: Adenosine triphosphate
(13:35)
Photosynthesis (13:38)
Photosynthesis: Light reactions 1
(20:16)
Photosynthesis: Light reactions and
photophosphorylation (18:51)
Photosynthesis: Calvin cycle
(13:28)
Photorespiration (17:03)
C-4 photosynthesis (16:58)
Cam plants (8:37)
Photosynthesis
(4:52)
Khan Academy
Cells and Cell Division
Diffusion and osmosis (18:59)
Parts of a cell (21:03)
Chromosomes, chromatids,
chromatin, etc (18:23)
Mitosis, meiosis and sexual reproduction
(18:23)
Phases of mitosis (20:42)
Phases of meiosis (27:23)
Embryonic stem cells (19:54)
Cancer (12:36)
SPECIAL ATTENTION
Photosynthesis
(4:52)
Cellular Respiration
(10:05)
Enzymes (13:03)
Amino Acids, Protein, & Nucleic Acids
Amino Acids, Protein,& Nucleic Acids
Living Things
1.1 Atoms and
Molecules in Living Things
1.1.1 Common
Elements in Living Things
https://www.youtube.com/watch?v=rJSYDhpBksc
https://www.youtube.com/watch?v=ejDZN7csuNo
https://www.youtube.com/watch?v=KXTF7WehgM8