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A concise and engaging biology text for biology majors, Understanding Biology 4e partnered with Connect emphasizes fundamentals concepts to help students better understand biology and focus on developing scientific skills. This approach utilizes the Vision and Change guidelines of Core Concepts and Core Skills while helping students begin the process of becoming a scientist.
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A concise and engaging biology text for biology majors, Understanding Biology 4e partnered with Connect emphasizes fundamentals concepts to help students better understand biology and focus on developing scientific skills. This approach utilizes the Vision and Change guidelines of Core Concepts and Core Skills while helping students begin the process of becoming a scientist.
Produktdetails
- Produktdetails
- Verlag: McGraw-Hill Education
- 4 ed
- Seitenzahl: 1072
- Erscheinungstermin: 27. Februar 2023
- Englisch
- Abmessung: 230mm x 279mm x 43mm
- Gewicht: 1988g
- ISBN-13: 9781266100437
- ISBN-10: 1266100431
- Artikelnr.: 66453850
- Verlag: McGraw-Hill Education
- 4 ed
- Seitenzahl: 1072
- Erscheinungstermin: 27. Februar 2023
- Englisch
- Abmessung: 230mm x 279mm x 43mm
- Gewicht: 1988g
- ISBN-13: 9781266100437
- ISBN-10: 1266100431
- Artikelnr.: 66453850
Kenneth A. Mason received his undergraduate degree in Molecular Biology from the University of Washington, worked at UC Berkeley, then pursued his PhD in Genetics at UC Davis. He has taught Gentics, Microbial Genetics, Microbiology, Advanced Molecular Genetics, Introductory Biology, and a Genetics Laboratory that he designed.
Part I The Molecular Basis of Life 1
The Science of Biology 2
The Nature of Moleculars and the Properties of Water 3
The Chemical Building Blocks of Life Part II The Biology of the Cell 4
Cell Structure 5
Membranes 6
Energy and Metabolism 7
How Cells Harvest Energy 8
Photosynthesis 9
Cell Communication 10
How Cells Divide Part III Genetic and Molecular Biology 11
Sexual Reproduction and Meiosis 12
Patterns of Inheritance 13
The Chromosomal Basis of Inheritance 14
DNA: The Genetic Material 15
Genes and How They Work 16
Control of Gene Expression 17
Biotechnology 18
Genomics Part IV Evolution 19
Genes Within Populations 20
The Evidence for Evolution 21
The Origin of Species Part V The Diversity of Life 22
Systematics and Phylogeny 23
Prokaryotes and Viruses 24
Protists 25
Fungi 26
Plants 27
Animal Diversity 28
Vertebrates Part VI Plant Form and Function 29
Plant Form 30
Flowering Plant Reproduction 31
The Living Plant Part VII Animal Form and Function 32
The Animal Biology and How It Moves 33
The Nervous System 34
Fueling the Body's Metabolism 35
Maintaining Homeostasis 36
Reproduction and Development Part VIII Ecology and Behavior 37
Behavioral Biology 38
Ecology of Individuals and Populations 39
Community Ecology and Ecosystem Dynamics 40
The Living World
The Science of Biology 2
The Nature of Moleculars and the Properties of Water 3
The Chemical Building Blocks of Life Part II The Biology of the Cell 4
Cell Structure 5
Membranes 6
Energy and Metabolism 7
How Cells Harvest Energy 8
Photosynthesis 9
Cell Communication 10
How Cells Divide Part III Genetic and Molecular Biology 11
Sexual Reproduction and Meiosis 12
Patterns of Inheritance 13
The Chromosomal Basis of Inheritance 14
DNA: The Genetic Material 15
Genes and How They Work 16
Control of Gene Expression 17
Biotechnology 18
Genomics Part IV Evolution 19
Genes Within Populations 20
The Evidence for Evolution 21
The Origin of Species Part V The Diversity of Life 22
Systematics and Phylogeny 23
Prokaryotes and Viruses 24
Protists 25
Fungi 26
Plants 27
Animal Diversity 28
Vertebrates Part VI Plant Form and Function 29
Plant Form 30
Flowering Plant Reproduction 31
The Living Plant Part VII Animal Form and Function 32
The Animal Biology and How It Moves 33
The Nervous System 34
Fueling the Body's Metabolism 35
Maintaining Homeostasis 36
Reproduction and Development Part VIII Ecology and Behavior 37
Behavioral Biology 38
Ecology of Individuals and Populations 39
Community Ecology and Ecosystem Dynamics 40
The Living World
Part I The Molecular Basis of Life 1
The Science of Biology 2
The Nature of Moleculars and the Properties of Water 3
The Chemical Building Blocks of Life Part II The Biology of the Cell 4
Cell Structure 5
Membranes 6
Energy and Metabolism 7
How Cells Harvest Energy 8
Photosynthesis 9
Cell Communication 10
How Cells Divide Part III Genetic and Molecular Biology 11
Sexual Reproduction and Meiosis 12
Patterns of Inheritance 13
The Chromosomal Basis of Inheritance 14
DNA: The Genetic Material 15
Genes and How They Work 16
Control of Gene Expression 17
Biotechnology 18
Genomics Part IV Evolution 19
Genes Within Populations 20
The Evidence for Evolution 21
The Origin of Species Part V The Diversity of Life 22
Systematics and Phylogeny 23
Prokaryotes and Viruses 24
Protists 25
Fungi 26
Plants 27
Animal Diversity 28
Vertebrates Part VI Plant Form and Function 29
Plant Form 30
Flowering Plant Reproduction 31
The Living Plant Part VII Animal Form and Function 32
The Animal Biology and How It Moves 33
The Nervous System 34
Fueling the Body's Metabolism 35
Maintaining Homeostasis 36
Reproduction and Development Part VIII Ecology and Behavior 37
Behavioral Biology 38
Ecology of Individuals and Populations 39
Community Ecology and Ecosystem Dynamics 40
The Living World
The Science of Biology 2
The Nature of Moleculars and the Properties of Water 3
The Chemical Building Blocks of Life Part II The Biology of the Cell 4
Cell Structure 5
Membranes 6
Energy and Metabolism 7
How Cells Harvest Energy 8
Photosynthesis 9
Cell Communication 10
How Cells Divide Part III Genetic and Molecular Biology 11
Sexual Reproduction and Meiosis 12
Patterns of Inheritance 13
The Chromosomal Basis of Inheritance 14
DNA: The Genetic Material 15
Genes and How They Work 16
Control of Gene Expression 17
Biotechnology 18
Genomics Part IV Evolution 19
Genes Within Populations 20
The Evidence for Evolution 21
The Origin of Species Part V The Diversity of Life 22
Systematics and Phylogeny 23
Prokaryotes and Viruses 24
Protists 25
Fungi 26
Plants 27
Animal Diversity 28
Vertebrates Part VI Plant Form and Function 29
Plant Form 30
Flowering Plant Reproduction 31
The Living Plant Part VII Animal Form and Function 32
The Animal Biology and How It Moves 33
The Nervous System 34
Fueling the Body's Metabolism 35
Maintaining Homeostasis 36
Reproduction and Development Part VIII Ecology and Behavior 37
Behavioral Biology 38
Ecology of Individuals and Populations 39
Community Ecology and Ecosystem Dynamics 40
The Living World