...and Mammals) Endothermic Figure 42.3 page 874...
...Circulation in Mammals Figure 42.4 page 875...
...Pulse Heart Murmur Figure 42.5 page 876...
...42.5 page 876 Figure 42.6 page 876...
...(ECG or EKG) Figure 42.7 page 877...
...and Capillaries Endothelium Figure 42.8 page 878...
...Flow Through Veins Figure 42.9 page 878...
...Pressure Cardiac Output Figure 42.10 page 879...
...42.10 page 879 Figure 42.11 page 880...
...Through Capillary Beds Figure 42.12 page 881...
...881 Capillary Exchange Figure 42.13 page 881...
...Breathing Control Centers Figure 42.26 page 893...
...Carbonic Acid Bicarbonate Figure 42.29 page 896...
...Mast Cells Chemokines Figure 43.5 page 903...
...Kidneys Mammalian Kidneys Figure 44.21 page 944...
...Filtrate to Urine Figure 44.22 page 946...
...Conservation of Water Figure 44.23 page 948...
...Natriuretic Factor (ANF) Figure 44.24 page 950...
...Glands Neurosecretory Cells Figure 45.1 page 956...
...Juvenile Hormone (JH) Figure 45.2 page 957...
...Signal Transduction Response Figure 45.3 and 45.4...
...Vertebrate Endocrine System Figure 45.5 page 960...
...Antidiuretic Hormone (ADH) Figure 45.6 page 963...
...(PTH) Vitamin D Figure 45.9 page 967...
...Beta Cells Insulin Figure 45.10 page 968...
...the Adrenal Gland Figure 45.14 page 971...
...the Human Male Figure 46.8 page 981...
...the Human Female Figure 46.9 page 983...
...Intercourse) Orgasm Spermatogenesis Figure 46.11 page 985...
...Spermatogonia Acrosome Oogenesis Figure 46.13 page 986...
...Hormones Androgens Testosterone Figure 46.14 page 987...
...Female Pattern Hormones Figure 46.15 page 988...
...Third Trimester Labor (Figure 46.19 page 992...
...“Enigma” Trophoblast Contraception Figure 46.21 page 994...
...Structure and Synapses Figure 48.2 page 1023...
...the Reflex Arc Figure 48.3 page 1024...
...Oligodendrocytes Schwann Cells Figure 48.5 page 1026...
...Potential Resting Potential Figure 48.6 page 1027...
...a Membrane Potential Figure 48.7 page 1027...
...Voltage-Gated Ion Channels Figure 48.8 page 1029...
...Potential Action Potential Figure 48.9 page 1030...
...Along an Axon Figure 48.11 page 1032...
...Synapses Chemical Synapses Figure 48.12 page 1033...
...Potential (IPSP) Summation Figure 48.13 page 1035...
...Cephalization Nerve Cords Figure 48.15 page 1039...
...Vertebrate Nervous Systems Figure 48.16 page 1040...
...Division Parasympathetic Division Figure 48.18 page 1041...
...of the Cerebrum Figure 48.24 page 1047...
...Primary Motor Cortex Figure 48.25 page 1048...
...Transduction Receptor Potential Figure 49.2 page 1060...
...Mechanoreceptors Muscle Spindle Figure 49.3 page 1061...
...1061 Hair Cell Figure 49.4 page 1061...
...Vertebrate Single-Lens Eye Figure 49.9 page 1064...
...Focusing the Eye Figure 49.10 page 1065...
...Fovea Light-Absorbing Pigment Figure 49.11 page1066 Retinal...
...Rhodopsin Bipolar Cells Figure 49.13 page 1067...
...49.13 page 1067 Figure 49.14 page 1067...
...Cells Ganglion Cells Figure 49.15 page 1068...
...Primary Visual Cortex Figure 49.16 page 1068...
...The Mammalian Ear Figure 49.17 page 1070...
...Saccule Simicircular Canals Figure 49.19 page 1071...
...Olfaction in Humans Figure 49.24 page 1075...
...Endoskeletons Human Skeleton Figure 49.28 page 1079...
...Vertebrate Skeletal Muscle Figure 49.30 page 1080...
...Bands A Bands Figure 49.31 page 1081...
...Sliding Filament Model Figure 49.33 page 1082...
...T (transverse) Tubules Figure 49.35 page 1083...
...49.35 page 1083 Figure 49.36 page 1084...

...physical fitness profile (Figure 4-4). • Using...

...with the Environment (Figure 5-1) 1. Cell...
...two nonpolar “tails” (Figure 5-2) 2. The...
...a phospholipid bilayer (Figure 5-3) a. In...
...of the cell (Figure 5-4) 6. Recognition...
...glass of water (Figure 5-5) d. Diffusion...
...by simple diffusion (Figure 5-6a) a. Lipid-soluble...
...move them across (Figure 5-7d) i. These...
...ions or molecules (Figure 5-7b) i. Aquaporin...
...through the membrane (Figure 5-7c) ii. The...
...of water occurs (Figure 5-7a) Copyright ©...
...cell by osmosis (Figure 5-7b) iii. In...
...cell by osmosis (Figure 5-7c) 4. Osmosis...
...for nonwoody plants (Figure 5-8a) ii. When...
...lose turgor pressure (Figure 5-8b) b. The...
...is usually isotonic (Figure 5-9a) i. The...
...water and shrivel (Figure 5-9b) iii. In...
...water and swell (Figure 5-9c) ? Lecture...
...their concentration gradient (Figure 5-10) b. Active...
...into the cell (Figure 5-11) i. This...
...into the cell (Figure 5-12) i. Receptor...
...into the cell (Figure 5-13) i. This...
...of the cell (Figure 5-14) a. A...
...produce more wastes (Figure 5-15) 3. Some...
...Attach Cells Together (Figure 5-16a) 1. Protein...
...Cell Attachments Leakproof (Figure 5-16b) C. Gap...
...are cell-to-cell channels (Figure 5-16c) 2. Plasmodesmata...
...adjacent plant cells (Figure 5-16c) Case Study...
...Revisited: Vicious Venoms (Figure 5-17) Copyright ©...

...to 100 micrometers (Figure 4-1) 2. Cell...
...has three functions (Figure 4-2) i. Isolates...
...Support, and Movement (Figure 4-5) 1. The...
...Past the Cell (Figure 4-6) 1. Cilia...
...of the cell (Figure 4-7a) 3. Flagella...
...the plasma membrane (Figure 4-7b) E. The...
...the Eukaryotic Cell (Figure 4-8) 1. The...
...coils of chromosomes (Figure 4-9) c. Genetic...
...molecules of mRNA (Figure 4-10) 3. The...
...in protein synthesis (Figure 4-11) ? Case...
...with nuclear envelope (Figure 4-11) b. Rough...
...from the ER (Figure 4-12) b. Modifies...
...vesicle are released (Figure 4-13) Copyright ©...
...cell’s digestive system (Figure 4-14) a. Membrane-bound...
...cell from bursting (Figure 4-15) 2. Plant...
...are called cristae) (Figure 4-16) d. Internal...
...sites of photosynthesis (Figure 4-17) a. All...
...Plastids for Storage (Figure 4-18) 1. Chloroplasts...
...Are Relatively Small (Figure 4-19) B. Prokaryotic...
...perform biochemical reactions (Figure 4-19e) Copyright ©...
...for Human Bodies (Figure 4-20) KEY TERMS...

...four different atoms (Figure 3-1) 2. Functional...
...that links monomers (Figure 3-2) a. Water...
...molecules into subunits (Figure 3-3) b. Water...
...What Are Carbohydrates? (Figure 3-4) A. There...
...of most polysaccharides (Figure 3-5) b. Fructose...
...in corn syrup (Figure 3-6) c. Galactose...
...is milk sugar (Figure 3-6) d. Ribose...
...DNA and RNA (Figure 3-7) B. Disaccharides...
...by Dehydration Synthesis (Figure 3-8) 1. Disaccharides...
...Life: Fake Foods (Figure E3-1) C. Polysaccharides...
...storage in plants (Figure 3-9) b. Glycogen...
...found in plants (Figure 3-10) d. Chitin...
...crabs, and spiders (Figure 3-11) 3.4 What...
...Hydrogen, and Oxygen (Figure 3-12) 1. Fats...
...as energy-storage molecules (Figure 3-13a) a. Fats...
...at room temperature (Figure 3-14a) b. Unsaturated...
...at room temperature (Figure 3-14b) ? Health...
...and Your Heart (Figure E3-2) 4. Waxes...
...are highly saturated (Figure 3-13b) ? Lecture...
...one phosphate group (Figure 3-15) 2. Fatty...
...Fused Carbon Rings (Figure 3-16) 1. Cholesterol...
...and Your Heart (Figure E3-2) 3.5 What...
...What Are Proteins? (Figure 3-17 and Table...
...four functional groups (Figure 3-18) a. Nitrogen-containing...
...its distinctive properties (Figure 3-19) B. Amino...
...by Dehydration Synthesis (Figure 3-20) 1. A...
...Levels of Structure (Figure 3-21) 1. Primary...
...back upon themselves (Figure 3-22) ? Case...
...amino acid chain (Figure 3-23) a. This...
...and a base (Figure 3-23) 2. Adenosine...
...within a cell (Figure 3-24) 3. “Electron...
...known as nucleotides (Figure 3-25) a. The...

...unit of life (Figure 1-1) a. Due...
...in multicellular organisms (Figure 1-2) B. Organisms...
...their nonliving surroundings (Figure 1-3) 2. Certain...
...of body temperature (Figure 1-4) D. Organisms...
...Respond to Stimuli (Figure 1-5) E. Organisms...
...F. Organisms Reproduce (Figure 1-6) 1. Reproducing...
...acid, or DNA (Figure 1-7) G. Organisms,...
...a common ancestor (Figure 1-8) B. Three...
...species to extinction (Figure 1-9) ? Case...
...Scientists Study Life? (Figure 1-10) A. Life...
...at Different Levels (Figure 1-10) 1. All...
...more complex cells (Figure 1-11) a. The...
...in similar ways (Figure 1-3) B. The...
...a Human Endeavor (Figure 1-12) 1. Knowledge...

...PROJECT LIFE CYCLES (FIGURE 1.3) 1-* Project...
...and their effects (Figure 1.4) 1-14 Quadruple...
...of project success (Figure 1.6) 1-* Four...
...of project success (figure 1.7) 1-* Understanding...
...Spider web diagram (figure 1.8) 1-* Spider...
...embedded organizational evaluation (figure 1.9) 1-* Project...
...Maturity Generic Model (Figure 1.10) 1-* Copyright...
...and Text Organization (Figure 1.11) Copyright ©2016...
...PMBOK KNOWLEDGE AREAS (FIGURE 1.12) 1-30 summary...

...visual of Maxwell (Figure 9.2). Talk about...
...experiment similar to Figure 9.1, but with...
...and diagram it (Figure 9.3). Emphasize that...
...(a more meaningful figure than 3 x...
...a visual of Figure 9.5. Show Figure...
...Figure 9.5. Show Figure 9.3, and shake...
...regions come next (Figure 9.8)? Explain the...
...Change “recycling” of Figure 9.16: “a small...
...a big dog.” Figure 9.20 and 9.21...
...recent temperature data (Figure 9.18), and CO2...
...and CO2 concentrations (Figure 9.17). Ask: Which...
...km/s. According to Figure 9.5, one wavelength...
...greenhouse gas (see Figure 9.23). 29. Coal-fired...
...warming. 31. In Figure 9.20, the peak...
...ppm. According to Figure 9.21, the temperature...
...32. According to Figure 9.25(a), Americans emit...