Complete voice-over PowerPoint lecture presentations and short animated video clips linked to a free Creative Commons (ccby) interactive electronic Cell & Molecular Biology textbook (eText) at http://dc.uwm.edu/biosci_facbooks_bergtrom/

346-2 Regulating Cell Death
4:35
346-2 Regulating Cell Death
315-2 Overview of signal transduction
2:35
315-2 Overview of signal transduction
311 2 Glycocalyx Sugars Covalen link Membrane
1:07
311 2 Glycocalyx Sugars Covalen link Membrane
310-2 Cell Junctions
2:41
310-2 Cell Junctions
294 2 Osmosis
3:07
294 2 Osmosis
293-2 Passive and Facilitated Diffusion
6:07
293-2 Passive and Facilitated Diffusion
287-2 Hydropathy Predicts Protein Structure
4:18
287-2 Hydropathy Predicts Protein Structure
198-2 5' Cap 3' PolyA tail
2:02
198-2 5' Cap 3' PolyA tail
196-2 Origins of introns
2:25
196-2 Origins of introns
171-2 DNA, Chromosomes, Karyotypes & Gene Maps
5:13
171-2 DNA, Chromosomes, Karyotypes & Gene Maps
164-2 Proton pumps store free energy of the ET
6:16
164-2 Proton pumps store free energy of the ET
155 2 Glycolysis stage2 rxns7 10
2:58
155 2 Glycolysis stage2 rxns7 10
112-2 Mitochondria Fractionation
1:10
112-2 Mitochondria Fractionation
354-2 Protected Molecular Communication Semipermeable Membranes
1:38
354-2 Protected Molecular Communication Semipermeable Membranes
346-2 Necrosis vs Apoptosis i e Programmed Cell Death
3:56
346-2 Necrosis vs Apoptosis i e Programmed Cell Death
345-2 Rb Gene Encodes Transcription Factor Regulatory Subunit
1:32
345-2 Rb Gene Encodes Transcription Factor Regulatory Subunit
341-2 Events in the Phases of the Cell Cycle
2:28
341-2 Events in the Phases of the Cell Cycle
340-2 Experiments Revealing Replication in Cell Cycle Interphase
3:35
340-2 Experiments Revealing Replication in Cell Cycle Interphase
336-2 ATP Binding & Hydrolysis Changes Myosin Head Conformation
3:28
336-2 ATP Binding & Hydrolysis Changes Myosin Head Conformation
335-2 An Actin Myosin Contraction Cycle Resolves the Contraction Paradox
3:12
335-2 An Actin Myosin Contraction Cycle Resolves the Contraction Paradox
334-2 Myosin Monomers & S1 Heads Decorate Actin
2:20
334-2 Myosin Monomers & S1 Heads Decorate Actin
333-2 Thick Filament & Myosin Monomer Structure
1:43
333-2 Thick Filament & Myosin Monomer Structure
330-2 The Sliding Filament Model of Skeletal Muscle Contraction
5:02
330-2 The Sliding Filament Model of Skeletal Muscle Contraction
327-2 Proof of Sliding Microtubules During the Bending of Flagella and Cilia
3:47
327-2 Proof of Sliding Microtubules During the Bending of Flagella and Cilia
326-2 9+2 Microtubule Array in Axonemes that Beat
3:20
326-2 9+2 Microtubule Array in Axonemes that Beat
325-2 Microtubule Motor Proteins
3:55
325-2 Microtubule Motor Proteins
323-2 Demonstration of the Polarity & Dynamics of Microtubules
4:31
323-2 Demonstration of the Polarity & Dynamics of Microtubules
322-2 Microtubules, Microfilaments and Intermediate Filaments in Cells
5:11
322-2 Microtubules, Microfilaments and Intermediate Filaments in Cells
321-2 Introduction to the Cytoskeleton
3:48
321-2 Introduction to the Cytoskeleton
320-2 The RAS Oncogene its Normal Mitogenic Effects and Cancer
1:24
320-2 The RAS Oncogene its Normal Mitogenic Effects and Cancer