TRANSPARENCY COLLECTION

INSITUTE LIBRARY

TRANSPARENCY COLLECTION

 28-day menstrual cycle

 The 1995 average annual population growth rate in different parts of the world

 Abscission zone in maple (Acer)

 Absorption of visible light by photosynthetic pigments

 Acid precipitation

 Acids, Bases and pH Values

 Active transport across a cell membrane

 Activity series of metals

 Acute inflammation

 Adaptive radiation

 Algal micrograph : light microscope, transmission EM, and scanning EM

 Alpha and beta emission

 Amoeboid protozoans

 An amphoteric substance

 The anatomy of a clam

 The anatomy of a crayfish

 The anatomy of a grasshopper

 The anatomy of a marine sandworm

 The anatomy of a snake

 The anatomy of a spider

 The anatomy of a sponge

 The anatomy of a starfish

 Anatomy of teleost fishes

 Antarctic food web

 Antibody-mediated immune response

 Antibody production in response to fetal Rh+ markers

 Arrangement of actin and myosin filaments in a sarcomere

 Attraction and Repulsion of Magnets

 Bacteria on the tip of a pin

 Bacterial agents of gonorrhea, syphillis, and chlamydia

 Bacterial DNA. Photosynthetic bacteria. Flagellated bacterium

 Bacterial reproduction by binary fission, a cell division mechanism

 The bacteriophage virus

 Ball and stick models

 A Barr body from a human female. (b) anhidrotic ectodermal dysplasia

 Beating of a sperm flagellum. Ciliated paramecium

 The beginning of digestion

 A benign tumor. (b) a Cancerous neoplasm

 Bilateral invertebrate nervous systems

 Biology : transparencies, teacher's guide

 Bird anatomy

 Bird respiratory system

 Blood and lymph vessels in intestinal villi

 Blood circulation in a full-term placenta. Blood vessels extend from the fetus, through the umbilical cord, and into chorionic villi

 Body plan and micrograph of a Euglena

 Body plan of a clam

 Body plan of a cuttlefish

 Body plan of a female roundworm

 Body plan of a flowering plant

 Body plan of a hagfish and a lamprey. The toothed oral disk of a lamprey

 Body plan of a sea anemone

 Body plan of a sea star

 Body plan of a simple sponge

 Body plan of an earthworm

 A bomb calorimeter

 Bone

 Boyle's and Charles' Laws

 The brain structure of vertebrates

 Bread mold

 Bronsted-lowry acids and bases

 The carbon cycle

 The cecum and appendix

 Cell division

 Cell functions

 Cell-mediated immune response

 Cells inside seminiferous tubules

 Cells of the respiratory tract; cilia (gold) and mucus secreting cells (rust)

 Cellular components of blood

 Celsius and Kelvin temperature scales

 Chain reaction

 Changes during the menstrual cycle

 Changes in global diversity over geologic time

 Changes in nucleosome structure during gene transcription

 Changes in plant form along environmental gradients

 Changes in the chest during breathing

 Changes in the earth's oceans and land masses over geologic time

 Characteristics of epithelium

 Chemical bonding

 Chemical synapses

 Chemistry connections to our changing world : transparencies

 Chloroplast structure and function

 Cholesterol-triggered atherosclerotic plaques in a coronary artery

 Classes of levers

 Classes of organic compounds

 Classification of matter

 Cloning

 The closed circulatory system of an earthworm

 Clot formation

 Cohesion-tension theory of water transport

 Colligative properties of solutions

 A colony of methanogenic cells

 Common allergens. Grass and ragweed pollen

 Commonly observed oxidation numbers of the representative elements

 Communication between cardiac muscle cells

 Communication junctions between abutting cardiac muscle cells. Location of specialized cardiac muscle cells

 Comparative embryological evidence for evolution. (a) Similar vertebrate embryos. (b) Fishlike structures in early human embryo

 Comparison of a skeletal systems of a human and an ape

 Comparison of gill-supporting structures in jawless fishes and jawed fishes

 Comparison of mitosis and meiosis

 Comparison of monocots and dicots

 Components of a plant cell

 Components of an animal cell

 Compound eyes of a deerfly

 The compound light microscope

 Concave mirrors

 Control of water and nutrient uptake by roots

 Control over glucose metabolism

 Concave Lenses

 Convex lenses

 Convex mirrors

 Covalent bonding

 Creating a DNA library. Insertion of plasmids into a host to produce cloned DNA

 Crossing over disrupts linkage

 Crossing over during prophase I

 Crystal systems

 Cutaway view and photograph of a lancelet

 Cutaway view of plasma membrane

 Cutaway view of the human heart

 Cyanobacteria (blue-green algae)

 Cytokinesis in a plant cell

 Cytokinesis in an animal cell

 Cytomembrane system

 Cytoplasmic division of a plant cell, as brought about by cell plate formation

 Cytoskeletal components

 Day and night

 Dehydration synthesis

 Development of a bean plant, a dicot

 Development of a chick embryo

 Development of a human hand

 Development of corn, a monocot

 Development of shepherd's purse, a dicot

 Developments that revealed a key factor in the genetic basis of body weight

 Diagram and micrograph of a chloroplast

 Diagram and micrograph of a Golgi body

 Diagram and micrograph of a mitochondrion

 Diagram of the nuclear envelope

 Diagram of the pulmonary circuit

 Diagram of the systemic circuit

 Didinium swallowing a Paramecium

 Different flowering responses of spinach, a long-day plant, and chrysanthemum, a short- day plant

 Different formulas for acetic acid, dimethyl ethor, and ethanol

 Digestion and absorption of carbohydrates and proteins

 Digestion and absorption of fats

 The digestive system of a frog

 The digestive systems of vertebrates

 Direct combination and decomposition reactions

 Direct combination and decomposition reactions

 Directional terms and planes of symmetry for the human body

 Dissolution of an ionic solid

 A dissolved protein surrounded by ions and water molecules

 Distribution of sea surface temperature during an ENSO

 Distribution of sea surface temperature for the Pacific between ENSOs

 Distribution of the world's major biomes

 DNA and protein scaffold of a detergent-treated metaphase chromosome

 DNA decondenses into loops that extend from attachment sites on scaffold proteins.

DNA-histone packing in nucleosomes also loosens up

 DNA-protein fiber (solenoid). (c) Nucleosomes. (d) Nucleosome structure

 DNA replication

 The DNA virus that causes herpes. The RNA virus that causes influenza

 Doppler effect

 Duct system in early embryo that becomes the reproductive system

 Early embryonic development of a sea urchin

 Early embryonic development of the frog

 Eclipses

 Effect of temperature on spontaneous change

 Effect of tonicity on water movement

 The effects of crack on the human body

 Effects of regional cytoplasm differences on the fate of cells in a frog embryo

 Effects of temperature and pH on enzyme activity. Siamese cats show such changes

 The electrolysis of water

 Enthalpy diagrams

 Entropy change for reaction and surroundings

 Escape velocity

 Eukaryotic cell containing cyanobacteria-like structures

 Evaporation

 The evolution of the camel

 An evolutionary history of the reptiles

 Example of stabilizing selection

 Examples of cell junctions

 Examples of connective tissue

 Examples of hydrogen bonds

 Examples of simple epithelium

 Exocytosis and endocytosis

 Exploring earth science

 Exploring life science transparencies, teacher's guide

 Explosive and step-wise release of energy

 External appearance of developing human reproductive organs

 Fate map of a Drosophila zygote

 Feedback control of hormonal secretion during a menstrual cycle

 Fertilization

 Five types of human skeletal joints

 Flagellated protozoans

 Floral development in two larkspurs

 The flower

 A food web

 Food web

 Forces and Airplane Flight

 Formation of membrane attack complexes by complement proteins

 Formation of water

 The formula mass of a substance

 Fossil links

 Four-stroke internal combustion engine

 Frequency Range of Human Hearing

 From fertilization through implantation

 Fronts

 Functional groups of organic compounds

 Functional zones of a mitochondrion

 Fusion and Fision Reactions

 The garden pea, focus of Mendel's experiments

 Gene expression in prokaryotes

 General direction of information flow in nervous systems

 General plan of insect tracheal systems

 Generalized body plan of a bacterium

 Generalized life cycle for club fungi

 Generalized prokaryotic body plan. Micrograph of Escherichia coli

 Geologic change. (a) Sea-floor spreading. (b) Plate tectonics

 The geologic time scale

 Geometry of an ionic crystal

 Glacial deposition features

 Glandular epithelium of frogs

 lobal air circulation patterns

 Global carbon cycle

 Global winds

 Glycolysis; energy-requiring steps

 Glycolysis occurs in the cytoplasm

 (a) Gram staining. (b) Bacteria on a human tooth. (c) E. coli dividing

 Gravitational pull

 Groundwater

 Groups of elements

 Growth in a woody stem through successive seasons

 The haber process

 Half-life

 Hand positions that allow tool use. Skull shape and teeth of extinct primates

 The heart structure of vertebrates

 Heat and phase change

 A heating curve for water

 Hershey-Chase experiments

 Hertzsprung-Russell diagram

 Hexokinase and its substrate (glucose, in red). Induced-fit model of enzyme-substrate interactions

 Honeybee dance language

 How an action potential is propagated along neurons that have a myelin sheath

 How ATP is formed in the noncyclic pathway of photosynthesis

 Human anatomy : arteries, capillaries and veins

 Human anatomy : brain

 Human anatomy : circulatory system

 Human anatomy : digestive system

 Human anatomy : ear

 Human anatomy : eye

 Human anatomy : female reproductive system

 Human anatomy : fetus

 Human anatomy : kidney

 Human anatomy : liver, pancreas, and gall bladder

 Human anatomy : muscular system

 Human anatomy : neuron

 Human anatomy : reproductive system

 Human anatomy : respiratory system

 Human anatomy : simple reflex

 Human anatomy : skeletal system

 Human anatomy : skin

 Human anatomy : the heart

 Human anatomy : urinary system

 The human brain

 Human circulatory system (arteries in red, veins in blue

 The human control systems

 Human dentition

 The human digestive system

 The human digestive system

 Human embryonic development

 Human endocrine system

 The human female reproductive system

 The human kidney

 Human lymphatic system

 The human male reproductive system

 The human muscular system

 Human nervous system

 The human placenta and its related structure

 Human respiratory system

 The human respiratory system

 The human skeletal system

 The human skeletal system

 Human thyroid gland: anterior view, and posterior view

 The human tongue

 The human urinary system

 Human vocal cords

 Hybrid orbital summary

 Hydraulic Lift



 Hydrogen bonds in polypeptides : coiled chain, and pleated sheet

 Incomplete dominance

 Independent assortment (showing just two pairs of homologous chromosomes)

 Independent assortment

 Intensity of a sound

 Interference of sound waves

 The internal anatomy of a bird

 The internal anatomy of a fish

 The internal anatomy of a turtle

 Internal organization of flagella and cilia

 (a) internal structure of a corn leaf. (b) The carbon-fixing system in C4 plants

 Internal structure of the kidney and its major blood vessels

 Internal view of the human brain

 Interphase, mitosis, and cytokinesis in an animal cell

 Invertebrates of aquatic habitats. A flatworm. A sea hare

 Ionic bonding>

 Ionic and covalent bonding

 Ionization of sodium and chlorine by electron transfer and sodium chloride crystal

 Isotopes of Carbon

 Isostasy

 Jamaican kittyboo beetles

 Joints

 Kinetic energy and reaction rate

 The kinetic theory and the gas laws

 The Krebs cycle and preparatory steps

 Land snail. Body plan of an aquatic snail

 Landscape regions

 Lateral root formation in a willow

 Lateral view of a rotifer

 Law of reflection

 Layers of the atmosphere

 Layers of the earth

 Layers of the sun

 Le chatelier's principle

 Leaf shoot tips

 The leaf

 Life cycle of a beef tapeworm, Taenia saginata

 Life cycle of a blood fluke

 Life cycle of a cherry, a flowering dicot

 Life cycle of a crab

 Life cycle of a fern

 The life cycle of a fern

 ife cycle of a flowering plant

 The life cycle of a gymnosperm

 Life cycle of a gymnospern (ponderosa pine)

 The life cycle of a jellyfish

 Life cycle of a moss (Polytrichum)

 The life cycle of a moss

 The life cycle of a mushroom

 Life cycle of a star

 The life cycle of an alga

 The life cycle of an amgiosperm

 Life cycle of Chlamydomonas, a green alga

 Life cycle of Dictyostelium discoideum, a cellular slime mold

 Life cycle of HIV

 Life cycle of Plasmodium, the sporozoan that causes malaria

 Life cycle of the black bread mold, Rhizopus stolonifer

 Life in ocean zones

 Life's diversity. Bacterium and trichomonad

 The light and dark reactions of photosynthesis

 Light-independent reactions of photosynthesis

 Light micrograph of a section through the upper surface of a leaf

 Limiting reactant

 A lipid bilayer

 Lithospheric plates outlines

 Location and arrangement of skeletal muscle cells

 Locations of primary (purple) and lateral (yellow) meristems in a flowering plant

 Long distance surface currents

 Low current and low voltage

 Main reactants, intermediates, and products of photosynthesis

 Major biogeographic realms

 Major cavities in the human body. Directional terms and planes of symmetry for the vertebrate body

 The major land biomes

 Major oceanic zones

 Malaria-causing protist

 Male reproductive tract, posterior view

 Measuring power

 Mechanism of protein hormone action

 Mechanism of steroid hormone action

 Meiosis

 Meiosis

 Meiosis

 Mendel's dihybrid cross between parent plants that bred true for different versions of two traits

 Mendel's peas

 Metals

 The metric system

 Micrograph of two duplicated chromosomes. Diagrams of unduplicated and duplicated chromosomes.

 Mitosis in a cell from the African blood lily

 Mitosis

 sModel of a repressor protein (green) binding to an operator in bacterial DNA (blue)

 A model of the levels of organization of a eukaryotic chromosome

 Models of the atom

 Mole conversion chart

 Molecular cues that stimulate lymphocytes to make immune responses

 Molecules

 Morphogenesis

 Morphological convergence among vertebrate lineages

 Morphological divergence in the vertebrate forelimb

 Movement of a fish and a salamander

 Multiplication cycle for some of the bacteriophages

 Multiplication cycle of one of the herpes viruses, an enveloped DNA animal virus

 Mushroom development

 Mutualism between legumes and nitrogen-fixing bacteria

 Nearsightedness and farsightedness

 Negative control of the lactose operon

 Negative feedback loops to the hypothalamus and pituitary gland from the testes

 The nephron and associated blood capillaries

 Nerve net in a sea anemone

 The nervous and muscular systems of a frog

 Nervous control of muscle cell contraction

 The nitrogen cycle in a land ecosystem

 The nitrogen cycle

 The nitrogen cycle

 Noncyclic pathway of photosynthesis

 Nondisjunction at anaphase I of meiosis

 Normal and partially obstructed arteries. Diagram of an atherosclerotic plaque

 Ocean floor features

 An older stem with three annual rings

 One of a pair of gills. Filaments in a fish gill. A blood vessel

 One-way flow of energy from sun compensates for energy loss by organisms

 The open circulatory system of a grasshopper

 Opening of a rift valley

 Organ systems in a planarian

 Organ systems of the human body

 Organization of the spinal column and cord

 Organization within an organism

 Osmosis

 Overview of the stages of animal development

 The oxygen/carbon dioxide cycle

 The oxygen/carbon dioxide cycle

 (a) Paramecium, a ciliated protozoan. (b) A hypotrich

 Partial pressure gradients for O2 (blue) and CO2 (red) in the respiratory tract

 Passive transport across a cell membrane

 Pathways for ions across the plasma membrane of a neuron

 Pattern of stimulation of photoreceptor cells of the retina. The pattern is upside-down and reversed left to right, compared to the object

 Peptide bond formation

 Theperiodic table

 Periodic trends in atomic radii

 pH of acid rains and other common acids and bases

 Phagocytosis

 A phase diagram

 The phosphorus cycle

 Photograph of the heart and its location in the thoracic cavity

 Photosynthesis

 A phylogenetic tree

 A plasmid at high magnification. (b) Plasmids (blue arrows) released from a ruptured Escherichia coli cell

 Plasmolysis

 Plate collisions

 Pollen grains from grass, rose, and ragweed

 Possible origin of nuclear envelope and endoplasmic reticulum from folds in the plasma membrane

 Prentice-Hall chemistry connections to our changing world : transparencies

 Prentice-Hall exploring earth science transparencies, teacher's guide

 Prentice-Hall exploring life science transparencies, teachers guide

 Primary cell wall of cells in living plant tissues. Layers deposited inside the primary wall

 Primary receiving and integrating centers for the human cerebral cortex. The limbic system

 Propagation of action potentials along an axon

 Propagation of an action potential along the axon of a motor neuron

 Protein synthesis

 Protists

 Pulleys

 Punnet squares

 (a) Radial symmetry. (b) Bilateral symmetry

 Receptor-mediated endocytosis

 Recombinant DNA

 Red blood cells from a person with sickle-cell anemia

 Redi's experiment

 Reflex response to muscle stretching

 Relationship between fetal and maternal blood circulation in a full-term placenta

 Relative abundance of the most common elements

 Relative dating

 Representations of a DNA double helix

 Reproductive system of the human female

 Reproductive system of the human male

 The reproductive systems of a female and a male frog

 The reproductive systems of vertebrates

 Respiration

 The respiratory, circulatory, and excretory systems of a frog

 Respiratory system of frogs

 The respiratory systems of vertebrates

 Ridge and trench system

 Root of a corn plant, transverse section

 Root structure

 Rough and smooth endoplasmic reticula

 Roundworm captured by Arthrobotrys dactyloides, a predatory fungus S and P waves

 Rutherford's Experiment

 Sac fungi. (a&b) Scarlet cup fungus. (c) Eupenicillium. (d) Candida albicans

 Scanning electron micrograph of a cancer cell and white blood cells

 Scanning electron micrograph of a leaf section and a leaf surface

 Scanning electron micrograph of a macrophage

 Scanning EM of a red oak stem

 The seasons

 Secondary growth in a dicot root

 Section through a human ovary

 Section through a young buttercup root

 Seismic risk map

 Self-assembling microscopic spheres of (a) proteins and (b) lipids

 Semiconservative nature of DNA replication

 Sensitivity to Teratogens during pregnancy

 Sensory pathway from the retina to the brain

 Sensory reception in the human air

 Series and parallel circuits

 Seven characteristics of pea plants

 Sexual reproduction in Spirogyra, a green alga

 Shapes of s, p, and d orbitals

 Simple and complex tissues in a stem, and examples of ground tissues

 Single and double replacement reactions

 Size and shape of red blood cells

 Skeletal muscle : section from a skeletal muscle, muscle fibers, and two myofibrils

 Skull shapes of early hominids and modern humans

 Sliding filament model of muscle contraction

 Sodium and potassium ions

 Soil characteristics of deciduous forest, tropical rainforest, and coniferous forest

 Soil characteristics of grassland and desert ecosystems

 Soil profile

 Soil types of the United States

 Solar heating system

 Solubility curves of solids

 Solubility equilibrium

 Some components of human blood

 Some skeletal muscles of the human skeletal muscular system

 Spectroscope

 Speed of sound

 Sperm formation. Structure of a mature human sperm

 Stages in metastasis

 Stages in the development of Rana pipiens, the leopard frog

 The stages of ecological succession on land

 (a) A stand of walled prokaryotic cells. (b) One of the oldest known eukaryotes. (c) A multicelled alga. (d) Eukaryotic microplankon (e) a eukaryotic cell. (f) a protistan

 Stanley Miller's experiment

 Statoliths in root cells

 Stem structure of alfalfa, a dicot

 Stem structure of corn, a monocot

 The stem

 Steps in amniocentesis

 Stoichiometry problems

 Stomatal action. Healthy holly stomata. Holly stomata clogged by pollutants

 Structural formulas: alkanes

 Structural Formulas: alkenes and aromatics

 Structure of DNA

 The structure of a human bone

 The structure of a human tooth

 Structure of a nerve

 Structure of nitrogen bases

 The structure of a plant root tip

 The structure of a prokaryote

 Structure of a T4 bacteriophage

 The structure of a typical animal cell

 The structure of a typical plant cell

 Structure of a woody stem with extensive secondary growth

 Structure of adenosine triphosphate (ATP)

 Structure of an angiosperm leaf

 Structure of blood vessels

 Structure of cellulose

 Structure of DNA

 Structure of eukaryotic ribosomes

 Structure of hemoglobin. A globin molecule and hemoglobin

 Structure of human femur

 Structure of human skin

 The structure of human skin

 Structure of nitrogen bases

 Structure of rods and cones, mammalian photoreceptors

 The structure of the human brain

 The structure of the atom

 The structure of the human ear

 Structure of the human eye

 The structure of the human eye

 The structure of the human heart

 The structure of the human lungs

 Structure of the small intestine

 Structure of the stomach. Peristaltic wave down the stomach

 Structure of RNA : (a) Computer model, (b) features common to all RNAs, and (c) simplified model

 Summary of energy harvest from aerobic respiration

 Summary of transcription and translation

 Sun's energy in the atmosphere

 Surface view of nuclear envelope

 Surface view of the deep, permanent folds of the intestinal mucosa. Individual epithelial cells at the free surface of a villus

 Surface view of the deep, permanent folds of the intestinal mucosa

 (a) Synura. (b) Diatom shells. (c) One dinoflagellate, Gymnodinium breve

 T4 injecting DNA into bacterial host cell

 Tactile receptors in human skin

 Temperature scales

 Tendon sheath

 Tetrahedral shape of methane

 Thermostat

 Three methods of heat transfer

 Three modes of natural selection

 Three types of neurons

 Three types of radiation

 Tides

 Topographic map

 Transcription

 Translation; chain elongation and termination stages

 Translation; initiation stage

 Translocation of organic compounds in sow thistle

 Transmission electron micrograph of an animal cell nucleus

 Transmission EM of a plant cell, with organelles diagrammed

 Transmission EM of an animal cell, with organelles diagrammed

 Transparencies for Starr's biology : concepts and applications 001

 Transparencies for Starr's biology : concepts and applications 002

 Transport proteins span the lipid bilayer of the plasma membrane

 Trends in the periodic table

 Two examples of a complete digestive system

 Two major patterns of cleavage in animal embryos. Embryonic development in deuterostomes and protostomes

 Types of body cavities in animals

 Types of faults

 Types of intrusions and extrusions

 Types of muscle

 Types of stress

 Types of transformers

 Types of volcanoes

 A typical electrochemical cell

 Typical plant and animal cells

 Units of measure used in m~icroscopy

 The uranium radioactive decay series

 Uses of petroleum

 Van Allen radiation belts

 Variation in the intensity of solar radiation with latitude. Temperature variation with latitude

 Vascular tissue

 A Venus flytrap, one of the "carnivorous" plants

 Venus's flower basket (Euplectella) showing spicules

 Viruses : (a) Helical, (b) polyhedral, and (c) enveloped

 Visual accommodation

 Voltaic cell

 The water cycle

 The water cycle

 Wave characteristics

 Weather map

 Wound healing