Technology - Chapter 2

Basic Biochemistry of Life (CBSC), Mac, MS-DOS CD-ROM

The Cell: A Functioning Structure (Parts 1 and 2) (CRM), 30 min, 16 mm or video

Cell Biology (COR), 17 min, 16 mm or video

Cell Biology (CBSC), Mac, MS-DOS CD-ROM

Cell Organelles and Transport (FH), 15 min, video

Cell Respiration: Anaerobic and Aerobic (IM), 26 min, video

Cell Structure and Energy Production (IM), 60 min, video

Cell Structure and Function (PLP), Mac and MS-DOS CD-ROM

Cell Structures and Their Functions (EI), slides or filmstrip

Cells (INT), Mac

Cells of Animals: Structure and Function (PLP), 25 min, video

Cellular Respiration (IM), 60 min, video

Cellular Respiration (CL), 39 min, video

Cellular Respiration (PLP), Mac and MS-DOS CD-ROM

Cellular Respiration Energy of Life (PLP), 22 min, video

Cellular Respiration: Energy for Life (IM), 30 min, video

Cellular Respiration Series: Glycolysis I, Glycolysis II, The Krebs Cycle, Oxidative Phosphorylation (FH), 10 min each, video

The Cytoplasm (COR) (WB), 15 min, 16 mm or video

Diffusion (IM), 29 min, video

Discovering the Cell (NGS), 28 min, video

Enzymes: Regulators of Body Chemistry (PLP), 36 min, video

Functional Chemistry in Living Cells (IM) (PLP), 60 min, video

Gardens of Biology I: Energetics and Metabolism (INT), Mac

How Cells Obtain Energy (PLP), 17 min, video

The Importance of the Nucleus (MDA), videodisc

Inside the Cell: Microstructures, Mechanisms, and Molecules (CFH), filmstrip, slide, or video

Inside the Living Cell (PLP), six 15-min videos

Introduction to Cell Structure: Part I: The Structure of the Cell (IM), 17 min, video

Introduction to Living Cells (PLP) (WB), 18 min, video

An Introduction to the Living Cell (CBSC), 30 min, video

The Isolation and Metabolism of Mitochondria (FH), 15 min, video

Little Feet: Cilia and Flagella, Parts I and II (IM), 22 min and 35 min, video

The Living Cell (COR), 15 min, 16 mm or video

The Living Cells (AIMS), 14 min, laser videodisc

Membranes (CBSC), filmstrip

Metabolic Pathways (INT), Mac

Metabolism: The Fire of Life (IM) (PLP), 35 min, video

The Mitochondrion and ATP Synthesis (WB) (PLP), 13 min, video

The New Cell (IM), 40 min, video

The Nucleus (COR), 13 min, 16 mm or video

Organelles and Origins (Biology: Form and Function) (CPB), 24 min, video

Osmosis Lab (EME), Mac, MS-DOS

The Outer Envelope (PLP), 17 min, video

The Plasma Membrane (COR) (WB), 13 min, 16 mm or video

Spaceship Earth (HH), 88 min, video series

The Structure of the Cell: Part I (PLP), 20 min, video

The Study of the Cell (PLP), MS-DOS

Visualizing Cell Processes (PLP), 60 min, video

Water and Ion Movement across Frog Skin (INT), Mac

Note: To obtain these technologies, see the list of distributors.

Technology to Accompany Human Biology, Chapter 2
Life Science Animations Videotapes
Video #1: Chemistry, The Cell, and Energetics

• Journey Into a Cell (#2) The structure and function of all major organelles are reviewed with reference to a cross section of the animal cell. (1)^* Endocytosis (#3) Vesicle formation occurs as a particle enters the cell. (1)
• Cellular Secretion (#4) A protein made at the rough endoplasmic reticulum is repackaged into a vesicle at the Golgi apparatus. When this vesicle fuses with the plasma membrane, secretion occurs. Lysosomes are also seen budding from the Golgi apparatus. (1)
• Glycolysis (#5) The glycolytic pathway is described in depth, and the molecular structure of each participant is shown. (4)
• Oxidative Respiration (#6) The Krebs cycle is described in depth, and the molecular structure of each participant is shown. (4)
• The Electron Transport Chain and the Production of ATP (#7) Chemiosmotic ATP synthesis in a mitochondrion is described in a straightforward and simplified manner. (2)
• ATP As an Energy Carrier (#11) ATP structure and the ATP cycle are reviewed pictorially. (1)

• Cell Size (#2) The rate of diffusion varies as students change the cell size, cell shape, the number of dimples, and number of villi (projections that increase the surface area.) (3)
• Active Transport (#3) The amino acid transport rate varies as students change the expenditure of ATP and the amino acid concentration. (4)
• Thermodynamics (cell chemistry) (#6) An enzyme reaction rate graph varies as students change the enzyme concentration, temperature, and pH for three different enzymes. (3)
• Oxidative Respiration (#8) The rate of ATP production in a mitochondrion varies as students change the availability of food and oxygen molecules to the amount of ATP already present in the cell. (2)

Note: To obtain these technologies, call our Customer Service Department at 1-800-338-5578, or contact your WCB/McGraw-Hill sales representative.