Scientific American Biology for a Changing World with Physiology 5th Edition By Michele Shuster, Janet Vigna, Matthew Tontonoz
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Scientific American Biology for a Changing World with Physiology 5th Edition By Michele Shuster, Janet Vigna, Matthew Tontonoz

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Pages
2,178
File size
46.26 MB
Format
Digital PDF
Course
Biology
Category
eBook[PDF]
About this ebook
Scientific American Biology for a Changing World with Physiology (5th Edition) by Michele Shuster, Janet Vigna, and Matthew Tontonoz is organized into six core biological units across more than 30 chapters. [1]
The textbook is unique because it uses real-world Scientific American news stories to teach core introductory biology curriculum tailored for non-majors. Below is a comprehensive breakdown of the major topics and specific headline stories covered in the 5th edition: [1]
Unit 1: The Process of Science & Chemistry of Life
  • Scientific Literacy: The scientific method, designing experiments, evaluating data, and looking for life on Mars/space exploration.
    • Story Focus: "Are We Alone?" explores the search for extraterrestrial life using the James Webb Space Telescope. [1, 2]
  • The Chemistry of Life: Atoms, bonds, organic molecules, and the unique properties of water. [1]
  • Cell Structure and Function: Distinctions between prokaryotes and eukaryotes, organelle functions, and membrane transport. [1, 2]
  • Metabolism & Nutrition: Energy transformations, macronutrients, and metabolic pathways.
    • Story Focus: "Supplementing Science" dives into the regulation and effectiveness of dietary supplements. [1, 2]
  • Cellular Energy: Photosynthesis, global carbon cycles, biofuels, aerobic respiration, and fermentation.
    • Story Focus: "The Art and Science of Fermented Foods" highlights metabolic processes in everyday life. [1, 2]
Unit 2: Cell Division, Genetics & Molecular Biology
  • DNA Structure and Replication: The double helix, base pairing, and forensic DNA profiling.
    • Story Focus: "A Crime Solved" addresses Tyrone Day’s wrongful conviction overturned by DNA testing. [1, 2]
  • Gene Expression: How transcription and translation convert DNA into proteins. [1]
  • Mutations & Cancer: Cell cycle checkpoints, mitosis, genetic alterations, and oncogenes. [1]
  • Inheritance Patterns: Meiosis, Mendelian single-gene genetics, and complex traits. [1]
  • Epigenetics & Stem Cells: Cell differentiation and gene regulation.
    • Featured Spotlight: Pioneering discoveries in cell development and epigenetics by scientist Ernest Everett Just. [1, 2]
Unit 3: Evolution and Diversity
  • Natural Selection: Mechanisms of adaptation, allele frequency alterations, and antibiotic resistance.
  • Speciation & Microevolution: Nonadaptive evolution, genetic drift, and geographic isolation.
  • Evolutionary Evidence: Fossil records, homologous structures, and anatomical lineages.
  • Biodiversity: Evolutionary history and features of bacteria, archaea, protists, fungi, plants, and animals.
  • Human Evolution: Hominid lineages, out-of-Africa migration theories, and adaptations like skin color. [1, 2]
Unit 4: Ecology
  • Population Dynamics: Growth rates, carrying capacity, and population distribution patterns.
  • Community Ecology: Species interactions, trophic cascades, and the role of keystone species.
  • Ecosystems & Energy Flow: Nutrient cycling, food webs, and biomagnification.
  • Climate Change: Global warming, carbon footprints, greenhouse gases, and ecological shifts. [1]
Unit 5: Plant Biology
  • Plant Structure: Growth mechanisms, tissue layers, and vascular transport systems.
  • Plant Physiology: Photosynthetic optimization, hormone responses, and modern agricultural adaptations. [1]
Unit 6: Animal & Human Physiology
  • Homeostasis: Internal baseline regulations and tissue organization. [1, 2]
  • The Digestive System: Nutrient processing, chemical additives, and systemic impacts.
    • Story Focus: "Digestive Deception" covers metabolic adjustments and modern GLP-1 weight-loss medications like Ozempic. [1, 2]
  • Cardiovascular and Respiratory Systems: Heart mechanics, blood flow, gas exchange, and high-altitude adaptations. [1]
  • The Nervous System: Central and peripheral control, sensory perception, and brain function. [1]
  • The Reproductive System: Fertilization, human development, and reproductive technology. [1]
  • The Immune System: Pathogen defense, vaccine technology, and epidemiological control.
    • Story Focus: Expanded COVID-19 coverage assessing mRNA vaccine functionality, institutional hesitancy, and historical comparisons to the 1918 influenza pandemic. [1, 2]

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Topics

"A Crime Solved" addresses Tyrone Day’s wrongful conviction overturned by DNA testing "Digestive Deception" covers metabolic adjustments and modern GLP-1 weight-loss medications like Ozempic "Supplementing Science" the regulation and effectiveness of dietary supplements "The Art and Science of Fermented Foods" highlights metabolic processes in everyday life 978-1319618247 Animal & Human Physiology Are We Alone?" explores the search for extraterrestrial life using the James Webb Space Telescope Biodiversity: Evolutionary history and features of bacteria archaea protists fungi plants and animals Cardiovascular and Respiratory Systems: Heart mechanics blood flow gas exchange and high-altitude adaptations Cell Division Genetics & Molecular Biology Cell Structure and Function: prokaryotes and eukaryotes organelle functions and membrane transport Cellular Energy: Photosynthesis global carbon cycles biofuels aerobic respiration and fermentation Climate Change: Global warming carbon footprints greenhouse gases and ecological shifts Community Ecology: Species interactions trophic cascades and the role of keystone species COVID-19 coverage mRNA vaccine functionality hesitancy and historical comparisons to the 1918 influenza pandemic DNA Structure and Replication: The double helix base pairing and forensic DNA profiling Ecology Population Dynamics: Growth rates carrying capacity and population distribution patterns Ecosystems & Energy Flow: Nutrient cycling food webs and biomagnification Epigenetics & Stem Cells: Cell differentiation and gene regulation Evolution and Diversity Evolutionary Evidence: Fossil records homologous structures and anatomical lineages Gene Expression: How transcription and translation convert DNA into proteins Homeostasis: Internal baseline regulations and tissue organization The Digestive System: Nutrient processing chemical additives and systemic impacts Human Evolution: Hominid lineages out-of-Africa migration theories and adaptations like skin color Inheritance Patterns: Meiosis Mendelian single-gene genetics and complex traits ISBN-10: 1319526101 ISBN-13: 978-1319526108 ISBN-13: 978-1319607128 ISBN-13: 978-1319616540 ISBN: 978-1319526061 looking for life on Mars/space exploration Metabolism & Nutrition: Energy transformations macronutrients and metabolic pathways Mutations & Cancer: Cell cycle checkpoints mitosis genetic alterations and oncogenes Natural Selection: Mechanisms of adaptation allele frequency alterations and antibiotic resistance Pioneering discoveries in cell development and epigenetics by scientist Ernest Everett Just Plant Biology Plant Structure: Growth mechanisms tissue layers and vascular transport systems Plant Physiology: Photosynthetic optimization hormone responses and modern agricultural adaptations Scientific Literacy: The scientific method designing experiments Speciation & Microevolution: Nonadaptive evolution genetic drift and geographic isolation The Chemistry of Life: Atoms bonds organic molecules and the unique properties of water The Immune System: Pathogen defense vaccine technology and epidemiological control The Nervous System: Central and peripheral control sensory perception and brain function The Process of Science & Chemistry of Life The Reproductive System: Fertilization human development and reproductive technology
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