Kristin Bishop-von Wettberg

Table of Contents:

00:18 - Myriapoda
02:57 -

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10:44 - Inheritance of X-Linked Genes
11:29 -

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10:17 -
18:46 -
25:05 - Pedigree Analysis
29:45 -

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01:28 - Drawing from the Deck of Genes
02:25 -
04:00 - Concept 14.1: Mendel used the scientific approach to identify two laws of inheritance
05:16 - The Garden Pea Served as th...

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05:17 - Concept 13.1: Offspring acquire genes from parents by inheriting chromosomes
22:34 - Meiosis Consists of Two Cell Divisions
23:34 -
30:09 - Crossing Over and Synapsis D...

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00:31 - Parathyroid Hormone and Vitamin D: Control of Blood Calcium
32:24 - Structure and Function

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07:19 - Cellular Hormone Response Pathways
14:01 - What Acts as the Second Messenger?
18:12 - Why Do Different Target Cells Respond in Different Ways?
24:09 - Simple Endocrine P...

Table of Contents:

00:28 - Sense and Sensibility
11:05 - How Do Rods and Cones Detect Light?
14:38 - Sensory Transduction in the Eye
15:57 -

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10:30 - Mechanoreceptors

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03:45 - Threshold depolarization Action Potential
24:01 - The Synapse
26:30 - Synapse Structure and Neurotransmitter Release
26:43 - Synapse Structure and Neurotran...

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03:00 - Lines of Communication
39:36 - Graded Potential

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09:52 - Comparing Endothermy and Ectothermy
15:45 -
26:43 - Quantifying Energy Use
31:44 -

Table of Contents:

08:37 - Structure and Function at Cellular and Molecular Levels
27:04 -
31:22 - The Role of Regulation and Feedback
35:21 -

Table of Contents:

00:41 - Information Processing in Plants
02:54 - Blue-Light Photoreceptors
03:39 - Phytochrome Photoreceptors
04:23 - Phytochrome Photoreceptors
09:34 - Signals That Promote Flo...

Table of Contents:

05:03 - Transduction
06:05 - Response
17:53 - The Cholodny–Went Hypothesis
21:47 -
26:05 - Apical Dominance
30:37 -
39:53 -

Table of Contents:

06:37 - Pushing Xylem Sap: Root Pressure
08:34 - Pulling Xylem Sap: The Cohesion-Tension Hypothesis
20:03 - Concept 36.4: The rate of transpiration is regulated by stomata

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23:46 -

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10:10 -
34:26 - Parenchyma Consists of “Workhorse” Cells
35:12 - Parenchyma Consists of “Workhorse” Cells
39:24 -

Table of Contents:

00:12 - The Flow of Genetic Information
03:54 -
19:23 -
32:54 -

Table of Contents:

03:41 - The One-Gene, One-Enzyme Hypothesis
20:04 -
35:42 - Alteration of mRNA Ends
39:40 - Ribozymes

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17:40 -
26:01 -
33:34 -
36:22 -
38:26 - Effect of Telomere Length on Cell Division
44:20 - DNA Polymerase Proofreads
45:25 - Mismatch Repair

Table of Contents:

10:19 - Prophase
13:40 - Metaphase
18:01 -
29:51 - The Cell Cycle Control System
43:26 - How Does the G1 Checkpoint Work?

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06:14 - Signaling between Unicellular Organisms
11:20 -
32:00 -
41:17 -
46:11 -
49:23 -

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05:18 -
13:29 - Oxygen and CO2 Pass through Stomata
14:40 - Photorespiration
19:51 -

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01:19 - The Process That Feeds the Biosphere
10:42 - Tracking Atoms Through Photosynthesis
28:15 - When Light Is Absorbed, Electrons Enter an Excited State
35:01 - The Reaction ...

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05:16 - Concept 9.5: Fermentation and anaerobic respiration enable cells to produce ATP without the use of oxygen
21:38 - Concept 9.6: Glycolysis and the citric acid cycle conne...

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10:32 - What Happens to the NADH and FADH2?
12:26 - What Happens to the NADH and FADH2?
13:22 - Concept 9.4: During oxidative phosphorylation, chemiosmosis couples electron tran...

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09:23 -
23:22 - What Happens When Glucose Is Oxidized?
26:46 - Three Steps of Cellular Respiration
36:26 -

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04:37 -
27:48 -
34:29 - Metabolic Pathways Evolve

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06:16 -
15:36 - Free-Energy Change, G
31:15 - ATP Transfers Energy via Phosphate Groups
33:53 - How Does ATP Drive Endergonic Reactions?

Table of Contents:

01:08 - Concept 7.3: Passive transport is diffusion of a substance across a membrane with no energy investment
02:10 -
16:47 -
22:12 -
23:56 - How Ion Pumps Maintain Membrane...