This is completed downloadable of Test Bank for Human Genetics: Concepts and Applications, 9th Edition: Ricki Lewis
Product Details:
- ISBN-10 : 0078936462
- ISBN-13 : 978-0078936463
- Author: Ricki Lewis
Human Genetics: Concepts and Applications, ninth edition clearly explains what genes are, how they function, how they interact with the environment, and how our understanding of genetics has changed since completion of the human genome project. Meticulously updated, focused on concepts, and rich with personal stories from people whose lives are dramatically affected by the principles being discussed, Human Genetics is a textbook that will prepare the next generation of citizens for the decisions that lie ahead. Includes Print student edition
Table of Content:
About the Author
v
Preface
xiii
The Human Touch
xvi
Applying Human Genetics
xvii
The Lewis Guided Learning System
xviii
PART 1 Introduction
1(68)
Overview of Genetics
1(17)
Introducing Genes
2(2)
Levels of Genetics
4(4)
Genes and Their Environment
8(1)
Applications of Genetics
9(9)
Cells
18(51)
Introducing Cells
19(1)
Cell Components
19(11)
Cell Division and Death
30(39)
PART 2 Transmission Genetics
69(99)
Single-Gene Inheritance
69
A Tale of Two Families
70(1)
Following the Inheritance of One Gene—Segregation
71(4)
Single-Gene Inheritance in Humans
75(4)
Following the Inheritance of Two Genes—Independent Assortment
79(3)
Pedigree Analysis
82
Cell-Cell Interactions
35(1)
Stem Cells
36(8)
Meiosis and Development
44(46)
The Reproductive System
45(1)
Meiosis
46(3)
Gamete Maturation
49(4)
Prenatal Development
53(7)
Birth Defects
60(2)
Maturation and Aging
62(28)
Beyond Mendel’s Laws
90(20)
A New View of Mendelian Genetics
91(1)
When Gene Expression Appears to Alter Mendelian Ratios
91(7)
Mitochondrial Genes
98(3)
Linkage
101(9)
Matters of Sex
110(22)
Our Sexual Selves
111(6)
Traits Inherited on Sex Chromosomes
117(5)
Sex-Limited and Sex-Influenced Traits
122(1)
X Inactivation
123(3)
Genomic Imprinting
126(6)
Multifactorial Traits
132(36)
Genes and the Environment Mold Traits
133(1)
Polygenic Traits Are Continuously Varying
134(4)
Traditional Approaches to Investigating Multifactorial Traits
138(5)
Genome-Wide Association Studies
143(3)
A Closer Look: Body Weight
146(22)
PART 3 DNA and Chromosomes
168(97)
DNA Structure and Replication
168
Experiments Identify and Describe the Genetic Material
169(3)
DNA Structure
172(3)
DNA Replication—Maintaining Genetic Information
175
Genetics of Behavior
152(30)
Genes and Behavior
153(1)
Eating Disorders
154(1)
Sleep
155(1)
Intelligence
156(1)
Drug Addiction
157(2)
Mood Disorders
159(1)
Schizophrenia
160(2)
Autism
162(20)
Gene Action: From DNA to Protein
182(20)
From DNA to Protein
183(1)
Transcription
183(5)
Translation of a Protein
188(6)
Processing a Protein
194(8)
Gene Expression and Epigenetics
202(12)
Gene Expression Through Time and Tissue
203(3)
Control of Gene Expression
206(2)
Maximizing Genetic Information
208(2)
Most of the Human Genome Does Not Encode Protein
210(4)
Gene Mutation
214(51)
The Nature of Mutation
215(1)
Two Mutations
216(3)
Causes of Mutation
219(5)
Types of Mutations
224(6)
The Importance of Position
230(2)
DNA Repair
232(33)
PART 4 Population Genetics
265(68)
Constant Allele Frequencies
265
Population Genetics Underlies Evolution
266(1)
Constant Allele Frequencies
267(2)
Applying Hardy-Weinberg Equilibrium
269(1)
DNA Profiling Uses Hardy-Weinberg Assumptions
270
Chromosomes
240(43)
Portrait of a Chromosome
241(2)
Visualizing Chromosomes
243(5)
Abnormal Chromosome Number
248(7)
Abnormal Chromosome Structure
255(6)
Uniparental Disomy—A Double Dose from One Parent
261(22)
Changing Allele Frequencies
283(24)
Nonrandom Mating
284(2)
Migration
286(1)
Genetic Drift
287(4)
Mutation
291(1)
Natural Selection
292(6)
Putting It All Together: PKU
298(1)
Eugenics
299(8)
Human Ancestry
307(26)
Human Origins
308(8)
Molecular Evolution
316(7)
Molecular Clocks
323(2)
The Peopling of the Planet
325(8)
PART 5 Immunity and Cancer
333(45)
Genetics of Immunity
333(45)
The Importance of Cell Surfaces
334(2)
The Human Immune System
336(5)
Abnormal Immunity
341(6)
Altering Immunity
347(4)
A Genomic View of Immunity—The Pathogen’s Perspective
351(27)
PART 6 Genetic Technology
378
Genetic Technologies: Amplifying, Modifying, and Monitoring DNA
378
Patenting DNA
379(1)
Amplifying DNA
380(2)
Modifying DNA
382(6)
Monitoring Gene Function
388(2)
Silencing DNA
390
Genetics of Cancer
355(40)
Cancer Is Genetic, But Usually Not Inherited
356(2)
Characteristics of Cancer Cells
358(3)
Origins of Cancer Cells
361(2)
Cancer Genes and MicroRNAs
363(6)
Many Genes Contribute to Cancer
369(2)
Environmental Causes of Cancer
371(2)
The Personalization of Cancer Diagnosis and Treatment
373(22)
Genetic Testing and Treatment
395(19)
Geneticists Find Zebras, and Some Horses
396(1)
Genetic Counseling
396(3)
Genetic Testing
399(3)
Treating Genetic Disease
402(12)
Reproductive Technologies
414(16)
Savior Siblings and More
415(1)
Infertility and Subfertility
415(3)
Assisted Reproductive Technologies
418(6)
Extra Embryos
424(6)
Genomics
430
From Genetics to Genomics
431(5)
DNA Sequencing and Genome Synthesis
436(3)
Ways of Looking at Genomes
439(4)
Personal Genome Sequencing
443
Glossary
1(1)
Credits
1(1)
Index
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