Legal and Ethical Issues
The success of the Human Genome Project in revealing
the genetic blueprint for human life raises many ethical questions.
For example, who has the right to access each person's genetic information?
How can we keep our own genetic information private, while also
benefiting from medical advances? Will some people have "designer
babies"?
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Genetic
Testing Case Settled This news article from an online magazine
is an example of both ethical and scientific misuse of genetic testing.
A company secretly tested employees for a gene associated with carpal
tunnel syndrome. However, carpal tunnel syndrome is not a genetic
disease, and the testing was alleged to be for avoiding payment of
insurance claims. |
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Genetics
Privacy and Legislation The Human Genome Project's web site (funded
by US Dept. of Energy) provides this detailed description of the US
Federal and State laws and policies on genetic testing and discrimination.
Clear and concise, though somewhat technical; includes links to Congressional
hearings. |
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Negotiating
Gene Science Ethics Online magazine article about ethical issues
resulting from the sequencing of the human genome. The article addresses
issues such as "Who Owns Your Genes? " and "Your Genes
Are Not an Excuse." |
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Doctors
Face Genetics Test Article from the online magazine www. wired.com.
When should doctors advise patients to take a genetic test? In future
they might be sued for genetic malpractise, but until there is a precedent,
lawyers are likely to stick to cases with larger awards. |
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Fear
of a Genetic Underclass Article on the lycos website "wired
news". Individuals with positive results in genetic testing may
face discrimination. People try to keep results of genetic testing
secret in order not to be excluded from health insurance plans. |
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Eugenics
Webpage by Cold Spring Harbor Labs dealing with the role the institute
played in eugenics. The page shows the social and scientific origins
of eugenics as well as the social impacts like marriage laws or race
discrimination. |
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Basics of DNA fingerprinting This web page about DNA fingerprinting
in forensics was designed by students at the University of Washington.
Starting from basics on DNA structure, you will find information on
the techniques for and applications of DNA fingerprinting forensic
science. |
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Cloning
Various articles about the issue of cloning. Page at about.com contains
a variety of links covering a wide range of aspects to the topic.
The page answers common questions about methods of cloning, describes
the process of cloning the sheep 'Dolly' and provides links on ethical
issues especially in terms of cloning humans and stem cell research. |
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Study
Raises Human Cloning Doubts Defects in the development of cloned
mice confirm that the method used to clone "Dolly" should
not be applied to humans. While the genetic information is correct,
even slight changes in the conditions during cloning experiments can
change the expression of genes and result in abnormal tissues and
organs. |
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Forensic
Science General information on various aspects of forensic science
including a section on DNA fingerprinting. |
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Use
of DNA in Identification How can DNA fingerprinting be used in
identification of missing people? A talk given by the director of
the MIT center for genome research in 1992. |
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Medical Issues |
Medicine
and the New Genetics This government-run web page of the human
genome project describes influences of the project on diagnosis of
and therapy for diseases. The page also provides a list of links,
publications and book reviews. |
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"Spelling
errors" in the DNA code Article from Incyte Genomics Inc.
on types of mutations, with a special focus on single nucleotide polymorphisms
(SNPs), the smallest possible changes in the genetic code. SNPs do
not always cause diseases, but account for the differences between
two human beings or the efficiency of response to certain drugs. |
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Gene
profiling targets therapy to the tumor Chemotherapy in cancer
treatment can be tailored to the patient's needs after genetic testing,
thus making therapy more efficient and minimizing side-effects. This
article on msnbc.com describes an example of the breast cancer related
gene, HER-2 . |
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A step
toward designer babies? Article on preimplantation diagnostics,
(genetic testing of an embryo before implantation in the womb). A
family with a history of a cancer-related gene used this technique;
their baby has now been born. Also information about ethical issues
and potential abuse of this method. |
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Feat
ends worldwide hunt for heart gene; millions may benefit
and
Mutant Gene Predicts Heart Disease
Websites by accessexcellence.com and msnbc.com that show two different
types of mutations that enhance the risk for heart disease. Mutant
genes can be used to predict susceptibility to heart disease. People
carrying the mutation could be advised to change their diet or to
take drugs in order to prevent them from developing the disease. As
the example shows there is often more than just one genetic defect
that can cause a specific disease. Also having a mutation sometimes
just increases the susceptibility for a disease and plus environmental
factors have an impact. |
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Genetics
to put the bite on the mozzie Susceptibility to mosquito bites
is most likely due to genetics. Example of a study comparing identical
twins with non-related people. |
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Genetic
flaw promotes colon cancer
and
Genetic health page on colon cancer
Colon cancer is shown as an example of a disease with a genetic background.
Genetic testing could provide the possibility to start a therapy at
a stage when the disease can still be cured. The page is part of the
website www.genetichealth.com, run by a provider of online genetic
health management systems, which provides information about some genetic
diseases and general information about genetic testing, genetic counseling
and related ethical issues. |
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Breaking
the Code of Color This page provides information about the processes
involved in seeing, hearing and smelling as well as related genetic
diseases. On the example of color blindness you can get an impression
of the term X-chromosome linked disorder. |
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Nature
or nurture? Now that the relatively small number of human genes
is known, it seems more likely that environmental factors have more
impact on the development of humans than expected. Craig Venter, CEO
of Celera genomics, claims that cloned individuals will never be exact
copies. |
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Math
Smarts: Nurture Not Nature Article that views human brains as
genetically equal-- math skills are not the result of an inborn math
ability. |
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DNA
Fingerprinting in Human Health and Society Short summary of DNA
fingerprinting including applications in medicine. |
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DNA & the Past |
Is
it True? Did Thomas Jefferson really father children with Sally
Hemmings? |
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Deciphering Disease in Ancient Mummies
and
Extracting
Mummy DNA Examples for DNA technology in archaeology. Diseases
and relationships among pharaohs are analyzed using genetic methods.
Scientist are facing special problems since the biological samples
taken from the mummies are thousands of years old. Only pieces of
DNA can be recovered since it is a very fragile molecule. |
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Genetics and DNA technology |
Gene Therapy
The page on the website of the Human Genome Project shows which methods
are used in gene therapy. You can learn about achievements and problems
scientists are facing when they try to cure diseases using gene therapy.
The webpage includes a section on ethical issues as well as a collection
of links for further information. |
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Human Genome
Project History, achievements and news of the Human Genome Project. |
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Cloning
Genes What is cloning? This web page provides information about
one meaning of the expression "cloning": cutting and pasting
DNA. |
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Polymerase Chain Reaction - Xeroxing DNA In many cases only small
amounts of DNA are obtained which are not sufficient for experiments.
The PCR technique can be used to copy and amplify a certain DNA sequence
using a DNA copying enzyme. This NIH webpage describes process of
and the reagents involved in the PCR method. |
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Of Mice and Men This webpage on www.accessexcelence.com, developed
by Genentech Inc., shows how mutant ant transgenic mice can be used
to do research on human diseases. The page shows some methods used
in the experiments and examples including AIDS and cancer. |
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Future/Technology |
Potential
Benefits of Human Genome Project Research What are the potential
applications now that the human DNA code has been deciphered? |
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Biotechnology This webpage of the Biotechnology Industry Organisation
shows methods used in biotechnology, e.g. cell culture(growing cell
outside of living organisms, sensors based on biomolecules, and also
genetic modification technology. Each part includes a set of applications
of the techniques. |
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A
Timeline of Biotechnology This web page features many achievements
in biotechnology. Ancient discoveries and the recent exponential expansion
of the field are of particular interest. |
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Can
Science be Stopped? |
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A Simple
Guide to DNA Based Computers How can DNA technology be used in
future computers and what is possible today?
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Researchers
Build DNA Motor that May Lead to Faster Computer Chips |
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Gene
Therapy Gets New Life This article by ABC news who were able to
cure children suffering from an immunodeficiency disease. The function
of a gene on the X-chromosome was restored by transfering a functional
copy of the gene to immune cells. As one of the few positive results
of experiments in gene therapy it still remains unclear if the effects
will be persisting. |
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Other Links |
What
happens when the human genome sequence is completed? |
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Cloning
Links Various pages on different aspects of cloning. |
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