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E-raamat: Stem Cells For Dummies

  • Formaat: PDF+DRM
  • Ilmumisaeg: 05-Jan-2010
  • Kirjastus: For Dummies
  • Keel: eng
  • ISBN-13: 9780470624142
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  • Formaat: PDF+DRM
  • Ilmumisaeg: 05-Jan-2010
  • Kirjastus: For Dummies
  • Keel: eng
  • ISBN-13: 9780470624142

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Examines what stem cells are, the legalities involved in harvesting them, the process of using them in research, the potential benefits of stem cell treatments for medical ailments, and other up-to-date topics relating to this controversial science and the political issues surrounding it. Original.

The first authoritative yet accessible guide to this controversial topic

Stem Cell Research For Dummies offers a balanced, plain-English look at this politically charged topic, cutting away the hype and presenting the facts clearly for you, free from debate. It explains what stem cells are and what they do, the legalities of harvesting them and using them in research, the latest research findings from the U.S. and abroad, and the prospects for medical stem cell therapies in the short and long term.

  • Explains the differences between adult stem cells and embryonic/umbilical cord stem cells
  • Provides both sides of the political debate and the pros and cons of each side's opinions
  • Includes medical success stories using stem cell therapy and its promise for the future

Comprehensive and unbiased, Stem Cell Research For Dummies is the only guide you need to understand this volatile issue.

Introduction 1(1)
About This Book
2(1)
Conventions Used in This Book
2(1)
What You're Not to Read
3(1)
Foolish Assumptions
3(1)
How This Book Is Organized
4(2)
Brushing Up on Biology
4(1)
Delving into Stem Cell Science
4(1)
Discovering How Stem Cells Can Affect the Future
5(1)
Putting Stem Cells to Use Today
5(1)
Understanding the Debate: Ethics, Laws, and Money
5(1)
The Part of Tens
6(1)
Icons Used in This Book
6(1)
Where to Go from Here
7(2)
Part I: Brushing Up on Biology
9(42)
Painting the Broad Strokes of Stem Cell Science
11(10)
Working with Animals and Other Organisms
12(4)
Understanding the mouse's role in stem cell research
13(1)
Using mice in today's labs
13(3)
Exploring What Scientists Know (And Don't Know) About Stem Cells
16(5)
Understanding stem cells' key properties
16(2)
Confirming that cells really are stem cells
18(1)
Figuring out how to use stem cells
19(1)
Looking at some unanswered questions
19(2)
Understanding Cells and Tissues
21(16)
Exploring Cell Structure and Function
21(8)
Sizing cells
23(2)
Decoding cell messages: DNA and RNA
25(1)
Covering entrances and exits: How things get in and out of cells
25(4)
Understanding how cells communicate
29(1)
Building Tissues and Organs
29(4)
Comparing Stem Cells to Other Kinds of Cells
33(4)
Tracing the History of Stem Cell Research
37(14)
Regenerating Body Parts: Legends, Tales, and Truths
38(3)
Taking a look at ancient regeneration myths
38(1)
Looking at animals that can regenerate
39(1)
You do it, too: Regenerating human skin and blood
40(1)
Discovering the Genetic Controls in Cells
41(5)
Comparing ideas about heredity
41(1)
Understanding DNA
42(2)
Mapping the genetic library
44(1)
Discovering growth factors
44(1)
Identifying stem cells
45(1)
Recapping Developments Since the 1950s
46(5)
Transplanting organs and tissues
46(3)
Developing in vitro fertilization
49(1)
Cloning animals
50(1)
Part II: Delving into Stem Cell Science
51(70)
Starting with Embryonic Stem Cells
53(18)
Exploring the Stages of Embryonic Development
54(3)
Looking at the Role of In Vitro Fertilization in Creating Blastocysts
57(1)
Growing Embryonic Stem Cells from Extra Blastocysts
57(2)
Exploring Embryonic Stem Cell Properties
59(3)
Growing and growing and growing
59(2)
Generating any kind of cell
61(1)
Making Cells and Tissues
62(3)
Directing cell specialization
62(2)
Growing pure cells
64(1)
Touring the Lab: What Scientists Are Doing with Embryonic Stem Cells
65(3)
Looking at examples of current research
66(1)
Creating a basis for future research
67(1)
Understanding the Possibilities and Limitations of Embryonic Stem Cells
68(3)
What embryonic stem cells can do
68(1)
What embryonic stem cells can't do
69(1)
What embryonic stem cells may be able to do
69(2)
Understanding Adult Stem Cells
71(16)
Demonstrating the Existence of Tissue Stem Cells
72(1)
Defining Adult Stem Cells (And the Problem with Definitions)
72(2)
Exploring the Abilities of Adult Stem Cells
74(3)
Understanding how they work
75(1)
Figuring out their uses and limitations
76(1)
Finding Stem Cells in Tissues
77(7)
In bone marrow
78(3)
In the brain
81(1)
Miscellaneous adult stem cells
82(2)
Exploring Cord Blood Stem Cells
84(1)
Working with Adult Stem Cells
85(2)
Exploring Other Stem Cell Sources
87(14)
Why the Uproar?
87(1)
Understanding Nuclear Transfer Techniques
88(5)
Getting inside somatic cell nuclear transfer
89(2)
Bringing embryo development to a halt with altered nuclear transfer
91(2)
Exploring Other Techniques for Generating Pluripotent Cells
93(3)
Pre-implantation genetic diagnosis
93(1)
Males need not apply: Parthenogenesis
94(2)
Investigating Other Pluripotent Cell Types
96(5)
Collecting stem cells from tumors
96(1)
Exploring reproductive sources of pluripotent cells
97(1)
Engineering stem cells
98(3)
Understanding Why Scientists Mix and Match Cells
101(20)
Exploring Hybrids
102(3)
Creating stronger versions of species
104(1)
Using hybrids in the lab
104(1)
Decoding Chimeras
105(3)
Finding the chimera within
106(1)
Using chimeras to improve medicine
107(1)
Comprehending Clones
108(6)
Using cloning methods to develop therapies
109(2)
Using cloning for research
111(1)
Understanding the difficulties of cloning primates
111(3)
Discovering Cybrids
114(3)
Using cybrids to understand development and disease
117(1)
Understanding the Uproar over Cell-Swapping Technology
117(4)
Part III: Discovering How Stem Cells Can Affect the Future
121(60)
Looking into Cancer's Cradle: Cancer Stem Cells
123(14)
Battling the Age-Old War on Cancer
123(1)
Understanding What Cancer Is
124(5)
Changing cells' genetic instructions
125(1)
Losing control of growth
126(1)
Cheating death
127(1)
Breaking out of tissue jail
128(1)
Exploring the Idea of Cancer Stem Cells
129(5)
Figuring out differences in cancer cells
132(1)
Discovering similarities in normal and cancerous stem cells
133(1)
Connecting Cancer, Stem Cells, and Possible Therapies
134(3)
Using Stem Cells to Understand and Treat Neurodegenerative Diseases
137(22)
Understanding Neurodegenerative Diseases
137(1)
Attacking Alzheimer's Disease
138(7)
Figuring out what happens in Alzheimer's
139(1)
Testing cause-and-effect theories in clinical trials
140(1)
Exploring genetic causes of Alzheimer's
141(1)
Bringing stem cells into Alzheimer's research
142(3)
Treating Lou Gehrig's Disease (ALS)
145(4)
Understanding why ALS is so difficult to treat
146(1)
Using stem cells to find new drugs and save motor neurons
147(2)
Fighting Batten Disease
149(1)
Finding Treatments for Cerebral Palsy
150(1)
Getting a Grip on Huntington's Disease
151(1)
Tackling Niemann-Pick Disease
152(1)
Treating Parkinson's Disease
153(3)
Understanding what happens in the Parkinson's brain
154(1)
Using stem cells to replace critical brain cells and seek drug treatments
155(1)
Creating New Treatments for Spinal Cord Injuries
156(1)
Limiting the Effects of Stroke
157(2)
Improving Therapies for Diseases of the Heart, Liver, and Pancreas
159(12)
Different Diseases, Common Problems
159(1)
Getting to the Core of Heart Disease
160(4)
Using stem cells to look for new treatments
161(1)
Looking at a current clinical trial involving stem cells
162(1)
Considering challenges to using stem cell treatments for heart disease
163(1)
Looking into Potential Treatments for Liver Disease
164(2)
Treating Diseases of the Pancreas
166(5)
Investigating stem cell therapies for Type 1 diabetes
167(1)
Exploring stem cell treatment ideas for Type 2 diabetes
168(3)
Improving Drug Development
171(10)
Weighing the Pros and Cons of Current Drug Treatments
172(2)
Doing their job well
172(1)
Bringing along unwanted guests
173(1)
Looking at Why Drugs Are So Expensive
174(5)
Finding promising drug-like chemicals
175(1)
Proving a drug's safety and effectiveness
176(2)
Getting the regulatory green light
178(1)
Getting Stem Cells into the Act
179(2)
Part IV: Putting Stem Cells to Use Today
181(50)
Where We Are Now: Stem Cell Treatments, Trials, and Possibilities
183(18)
Looking at Treatments That Work Well Now
184(3)
Using bone marrow transplants in leukemia
185(1)
Grafting skin to treat burns
186(1)
Assessing Treatments Currently Being Tested
187(6)
Going after other cancers
187(2)
Keeping heart disease at bay
189(1)
Treating multiple sclerosis
190(1)
Easing the effects of Type 1 diabetes
191(1)
Attacking Iupus
192(1)
Investigating Promising Leads
193(3)
Improving function in patients with spinal cord injury
193(2)
Finding a treatment for Batten Disease
195(1)
Exploring the Human Potential in Animal Treatments
196(1)
Understanding the Challenges of Clinical Trials and Experimental Treatments
197(4)
Understanding safety issues
197(1)
Racing the clock
198(3)
Understanding the Role of Stem Cells in Transplants
201(20)
Exploring Circumstances When Stem Cell Transplant Is Appropriate
202(1)
Understanding the Challenges in Stem Cell Transplants
203(8)
Choosing a source of stem cells
203(3)
Finding and matching donors
206(4)
Overcoming the body's immune response
210(1)
Preventing disease relapse
211(1)
Going Through the Stages: What Happens in a Stem Cell Transplant
211(4)
Evaluating the potential transplant patient
212(1)
Preparing your body for the procedure
213(1)
Receiving the transplant
214(1)
Waiting for old and new to work together
214(1)
Seeing How It Works: Becoming a Donor
215(3)
Donating blood-forming stem cells
216(1)
Donating solid organs and tissues
216(1)
Signing up to donate
217(1)
Understanding the Current State of Transplant Medicine
218(3)
Putting Stem Cells in the Bank
221(10)
Examining Medical Uses of Cord Blood
221(1)
Understanding How Cord Blood Banking Works
222(5)
Weighing the pros and cons of private and public banks
223(1)
Making a deposit
224(2)
Knowing what can go wrong
226(1)
Conducting Due Diligence: What You Need to Know in Choosing to Bank
227(3)
Exploring standards of practice
228(2)
Finding the right bank for you
230(1)
Exploring the Future of Stem Cell Banking
230(1)
Part V: Understanding the Debate: Ethics, Laws, and Money
231(54)
Exploring Ethical, Religious, Philosophical, and Moral Questions
233(16)
Deciding When Personhood Begins
234(5)
Considering definitions of personhood
234(4)
``Living and human'' versus ``living human''
238(1)
``Cooperating with Evil''---Another Ethical Dilemma
239(2)
Looking at the Ethical Views of Creating Embryos, Clones, and Chimeras
241(2)
Exploring the Questions on Fetal Tissue Research
243(2)
Understanding the Ethical Concerns of Genetic Testing and Manipulation
245(2)
Tracing the history of eugenics
245(2)
Looking at genetic testing
247(1)
Dissecting the Goals of Stem Cell Research
247(2)
Getting a Handle on Current Stem Cell Laws and Policies
249(20)
Exploring the Relationship between Science and Government
250(12)
Looking at the relationship between funding and regulation in the United States
251(1)
Providing funding
252(4)
Encouraging basic research and innovation
256(2)
Regulating for safety
258(1)
Restricting questionable practices
259(3)
Undestanding General Political Pressures
262(2)
Exploring Stem Cell Policies in Individual States
264(2)
Looking at What Other Countries Are Doing with Stem Cell Research
266(1)
Exploring the Roles of Science and Medical Societies
267(2)
Following the Money: Understanding Stem Cell Funding and Profits
269(16)
Taking a Look at Funding in the United States
269(2)
Looking at Government Funding
271(4)
Considering arguments for and against government funding
273(1)
Exploring how federal money can advance stem cell research
274(1)
Understanding Academic Funding
275(1)
Getting Private Foundations Involved
276(1)
Understanding the Role of Private Industry
277(2)
Establishing Ownership Through Patents and Licenses
279(6)
Understanding how patents work
279(1)
Exploring patens in stem cell research
280(1)
Looking at objections to the WARF patents
281(1)
Cutting through patent thickets
282(1)
Seeing how patents affect funding
283(2)
Part VI: The Part of Tens
285(44)
Ten (or So) Stem Cell Myths
287(8)
Stem Cells Come Only from Aborted Fetuses
287(1)
Embryos Are Created Just to Be Destroyed
288(1)
Stem Cells from Adults Can Do Everything Embryonic Stem Cells Can
289(1)
Reserachers Don't Need to Create Any More Embryonic Stem Cell Lines
289(1)
Advances in Drug Therapies Eliminate the Need for Stem Cell Research
290(1)
Stem Cell Research Will Lead to Human Cloning
291(1)
If The Research Were Really So Powerful, Private Companies Would Fund It
291(1)
Stem Cells From Adults Are Already Curing Many Diseases
292(1)
Nothing Has Yet Come Out of Embryonic Stem Cell Research
293(1)
Hope Equals Hype
294(1)
President Bush Banned Embryonic Stem Cell Research
294(1)
Ten Hurdles to Stem Cell Use
295(8)
Knowing Whether Stem Cells Can Actually Fix What Ails You
295(1)
Cultivating Enough Cells
296(1)
Getting the Right Cells for the Job
297(1)
Eliminating Unwanted Cells
297(1)
Matching Cells and Patients
298(1)
Delivering Cells to Their Destination
299(1)
Keeping Track of Cells
300(1)
Ensuring Safety
300(1)
Setting Up Clinical Trials
301(1)
Figuring Out Healthcare Delivery
302(1)
Ten Possibilities for the Future of Stem Cells
303(8)
Fighting and Winning the War on Cancer
303(1)
Developing Drugs that Tell Your Stem Cells What to Do
304(1)
Growing Replacement Tissues in the Lab
305(1)
Healing Spinal Cord Injuries
306(1)
Improving Treatments for Huntington's, Lou Gehrig's, and Parkinson's Disease
306(1)
Helping Stroke Victims
307(1)
Beating Multiple Sclerosis
308(1)
Reversing Retinal Degeneration
308(1)
Fixing a Broken Heart
309(1)
Assisting Diabetes Patients
309(2)
Ten (or So) things to Do Before you Consider Stem Cell Treatment
311(12)
Look for Independent Oversight and Regulation of the Clinic
312(1)
Understand Your Disease and Why the Treatment Might Work
312(1)
Find Out How the Treatment Was Developed
313(1)
Know What You're Getting with Experimental Treatments
314(1)
Ask About Risks and Side Effects
315(2)
Look for valid Confirmation
317(1)
Beware of Patient Testimonials
317(1)
Watch Out for Hidden Costs
318(1)
Get a Second (and Third) Reputable, Expert Opinion
319(1)
Make Sure That Your Consent Really is Informed
319(1)
Know How to spot Scams and Charlatans
320(3)
Ten (or So) Great Resources to Stay Up to Date
323(6)
National Academies/National Academy of Sciences
323(1)
National Institutes of Health
324(1)
International Society for Stem Cell Research
325(1)
Harvard Stem Cell Institute
325(1)
University of California-San Diego Stem Cell Initiative
325(1)
NIH Clinical Trials Registry
326(1)
National Bone Marrow Program/C.W. Bill Young Cell Transplantation Program
326(1)
The Nobel Foundation
327(1)
American Society of Reproductive Medicine
327(1)
National Bioethics Panels
327(1)
Stem Cell News Sites
328(1)
Glossary 329(10)
Index 339
Lawrence S.B. Goldstein, PhD, one of the world's foremost experts in stem cell research, is Director of the Stem Cell Initiative at the University of California, San Diego. Meg Schneider is the author or coauthor of several books, including COPD For Dummies.