Restless Leg Syndrome common with HSP

Resources and treatment options

Restless Leg Syndrome (RLS) is a condition of motor restlessness in response to or in an effort to relieve unusual sensations or discomfort. To the extent that someone feels a compelling urge to move, these movements may be termed involuntary.

RLS is quite common amongst HSPers, and is quite a significant issue for those who have it. Almost everyone with RLS also experiences sleep disturbances including difficulty falling asleep as well as problems remaining asleep.

To learn more including causes of RLS and treatment, including lifestyle changes and activities for RLS, there are extensive and excellent resources on the WeMove website at: http://www.wemove.org/rls/

UK Newslink & USA Synapse

Newsletters of the UK & USA HSP groups

Read about the activities and news in the Newslink October 2010, the newsletter of the HSP Support Group in the UK, and in the Autumn (USA) 2010 edition of Synapse, the newsletter of the SP Foundation in the US. Everyone should have a read of the amazing and inspiring story of  Arthur Wyatt on the front page of the October 2010 edition of the UK Newslink.

Here are some highlights from the newsletters…

From the UK Newslink:

  • “Use it or lose it?” An inspiring story that asks if being highly physical might be beneficial to HSPers.
  • In the “Secretary’s Spot” walking stick clips are mentioned… made  by a community member and useful to some HSPers.
  • “Poo” problems – a must read for those with chronic constipation.

From the USA Synapse:

  • 2010 research awards are announced.
  • The SPF/NEALS collaboration… has proposed a registry of HSPers and will, down the road, discuss how to promote more proposals for SPF grants.
  • The Kakkis EveryLife Foundation article is about speeding progress for rare disorders.  Continues with Goals for CureTheProcess Campaign.
  • The importance of good posture … an article by Liz Wrobleski, physiotherapist and HSPer.
  • Under Medical Updates the first article “UM Researcher to Test Stem Cell Treatment for Alzheimer’s…ALS…” is worth reading.

Restless Legs Syndrome treatment

The warmer the better

Complete symptom relief reported

From Neurology Now magazine May/June 2010

Marilyn Rench of Racine, Wisconsin, USA writes:

“The description of Restless Legs Syndrome (RLS) in ‘Night Moves’ (March/April 2010) fits my experience exactly. My RLS came on along with my multiple sclerosis some 15 years ago.

For many years I dealt with it with incomplete success using heating pads and ibuprofen or Tylenol.  But I’ve discovered that I can relieve the symptoms completely by being very warm in bed – soft fleecy blankets next to me on top and bottom, and a big pile of warm blankets on top.  I sleep in the center of the bed and pull the blankets around me so there are no ‘drafts’ to start my leg twitching.”

Quinine for cramps in question

Uncommon adverse side effects

Evaluation of Treatments for Muscle Cramps

SOURCE: Neurology Now: March/April 2010, Vol. 6, Issue 2, p.10

Wesolowski, Kierstin

A new American Academy of Neurology (AAN) guideline that evaluates treatments for muscle cramps advises against the use of the drug quinine, an anti-malarial drug that has both analgesic and anti-inflammatory properties. Although the guideline authors acknowledge quinine’s effectiveness, they say its use should be avoided because of uncommon but adverse side effects. The guideline is published in the Feb. 23, 2010 issue of Neurology.

Only when the patient experiences disabling muscle cramps, has exhausted all other medication options, and has been made aware of the possible serious side effects, can quinine treatment be considered, says lead guideline author Hans D. Katzberg, M.D., of Stanford University. Patients on quinine drugs should receive “frequent history and physical examinations, as well as routine blood work,” Dr. Katzberg adds.

The guideline authors advise against the use of quinine because of the potential for toxicity, which can result in headache, dizziness, and hearing loss (cinchonism). Other more serious side effects may include a tendency to spontaneous bleeding (bleeding diathesis), and abnormalities—usually blood clots—that occur within the small blood vessels of the body.

Muscle cramps are temporary involuntary contractions of a muscle or a group of muscles that are sudden, forceful, and often painful and can last from a few seconds to minutes. A variety of neuropathic conditions, such as amyotrophic lateral sclerosis (ALS), peripheral neuropathies, and cramp-fasciculation syndrome (the uncontrollable twitching of muscles beneath the skin) are associated with muscle cramps.

The guideline authors evaluated treatments specifically for muscle cramps that have no known cause and those that occur as the result of neurological conditions, such as neuropathy or ALS. The authors reviewed 563 potential articles and identified 24 that satisfied their inclusion criteria of prospective trials (studies where participants are enrolled in clinical trials and investigators subsequently follow up with them) that evaluated the efficacy of a specific treatment for muscle cramps as a primary or secondary outcome. (The “primary outcome” of a study is the one the investigators are most interested in measuring; a secondary outcome is one that is of lesser interest to the investigators, but still of interest.)

Naftidrofuryl oxalate, diltiazem, and vitamin B complex can be considered possible treatments for muscle cramps, according to the AAN guideline. Natfitdrofuryl oxalate is a drug that may enhance utilization of oxygen and glucose in peripheral vascular disease; however, it is not available in the U.S. Diltiazem, a calcium channel blocker, slows the electrical current in the heart, which slows heart rate and normalizes heart rhythm. Vitamin B complex is a compound that contains many groups of vitamins the body requires in small amounts to remain healthy. However, further research is needed on the safety and effectiveness of all of these therapies.

“Any future studies should also include an assessment of the impact of cramps on the quality of life and non-pharmacological interventions in the treatment of muscle cramps,” Dr. Katzberg says. Dr. Katzberg advises that anyone who experiences persistent or disabling muscle cramps be evaluated by a health care professional to determine whether an underlying neurological or other medical condition could be causing the cramps.

Copyright © 2010, AAN Enterprises, Inc.

Here is the full transcript of the FDA alert:

July 8, 2010 – Physicians should not prescribe the malaria drug quinine

(Qualaquin) for nocturnal leg cramps – an off-label use – because it may

result in serious and life-threatening hematologic adverse effects, the US

Food and Drug Administration (FDA) announced today.

Quinine, marketed by AR Scientific, is approved only for uncomplicated

malaria caused by the parasite Plasmodium falciparum, according to the

agency.

The FDA issued a similar warning in 2006, but the agency noted today that the majority of quinine used in the United States is still for the

prevention or treatment of leg cramps.

Quinine therapy may result in thrombocytopenia, which can cause serious

bleeding, or hemolytic-uremic syndrome/thrombotic thrombocytopenic purpura, which may lead to permanent kidney damage. The FDA said that it received 38 reports of serious adverse events associated with quinine between April 2005 and October 1, 2008, in the United States through its Adverse Event Reporting System. Only 1 patient was taking quinine to treat malaria. Two patients died.

Under a risk management plan approved by the agency, the drug’s manufacturer will issue a letter to prescribers warning of the risk for hematologic reactions to the drug. In addition, patients must be given a medication guide explaining what quinine is and is not approved for, and its potential adverse effects.

More information on the FDA quinine warning is available on the agency’s Website www.fda.gov <http://www.fda.gov>

Handicapped or Handi’capable’?

An alternative perspective – it all depends what you think!

This comes from Dr. Malin Dollinger who has HSP, is on the Board of Directors of the Spastic Paraplegia Foundation in the US, and is the author of a best selling book on cancer.

“I’m not sure if this ‘new’ word has entered our vocabulary yet, so I will introduce it. We just had our great 50th wedding anniversary celebration, and my cousin, Judge Peter Berger, told me how well I was functioning with my disability.

He said I was ‘HANDICAPABLE’.”

Genetic “patch” showing promise

Research in Perth, WA

Researchers in Perth, WA, have developed a new kind of medicine that is offering hope for people with Duchenne Muscular Dystrophy. Different to genetic engineering, the technique works like a genetic patch, which jumps over a disease-causing part of the message as the DNA is being copied.

There is a common thread between Duchenne Muscular Dystrophy and HSP in that roughly 10% of the occurrence of each is caused by nonsense mutations. Trials of a new drug Ataluren on Duchenne cases may have relevance for treating HSPers with nonsense mutations if successful.

The Catalyst program on ABC TV covered the genetic patch recently. The program can be reviewed and the transcript is available on the ABC website.

Stem Cell treatment

The latest from researchers

San Francisco Chronicle June 17, 2010

Erin Allday: Chronicle Staff Writer

The biggest stars of stem cell research are converging on San Francisco this week for a global conference focused on the latest science, but also on how the experts studying it should best go about applying that science to practical treatments for human patients.

Of the 4,000 scientists signed up for the conference of the International Society for Stem Cell Research, roughly a quarter of them are based in California – and much of the focus of this week’s discussions will be on research taking place in the Bay Area, such as potential therapies for treating Parkinson’s or epilepsy, or a rare but fatal brain disease in children.

Scientists attending the conference said they’re particularly eager to hear about work being done to create all kinds of cells – including those that resemble embryonic stem cells, which in theory can turn into any type of cell in the body – from a simple skin biopsy.

Human models

Ultimately, scientists would like to use those stem cells to treat diseases in humans. For now, they are just excited at the prospect of being able to build human models of genetic diseases using stem cells.

“This might allow us to take skin cells and turn them into nerve cells that we can use for very sophisticated experiments. You could do studies for heart cells or liver cells or other genetic diseases that affect other organs,” said Dr. Arnold Kriegstein, director of the Eli and Edythe Broad Center of Regeneration Medicine and Stem Cell Research at UCSF. “We’ve never been able to take brain cells from patients with, say, Parkinson’s disease and study them in the laboratory.”

Many scientists attending the meetings said it is especially thrilling this year to see the first major wave of research starting clinical trials in human subjects. The conference is the first major meeting after the California Institute for Regenerative Medicine issued more than $200 million in grants late last year. The grants, which ranged from $5 million to $20 million, were given with the explicit understanding that scientists be ready for human trials within four years.

Still mostly theory

Stem cell research really took off about a decade ago, but until recently it was all theoretical. Most of it still is. “Probably 90 percent of what you hear at this conference won’t be even close to trials,” said Dr. Irving Weissman, director of Stanford University’s Institute for Stem Cell Biology and Regenerative Medicine. But it’s an exciting time, nonetheless, he said. “It’s a remarkable experiment that’s happening,” Weissman said. “Stem cell research has spread rapidly, and nowhere faster than in California.”

Weissman said he’s eager to share with other scientists what California is doing to speed up stem cell research. But he’s also looking forward to hearing from researchers in other countries that are holding clinical trials, to talk about the possibility of future partnerships, and how overseas research can be made to meet U.S. safety and ethical standards.

But the science is obviously the star of this week’s conference. Bay Area researchers will show off the work they’re doing in using stem cells to treat heart disease, brain injuries and various genetic disorders that affect almost any organ in the body.

Robert Blelloch, a researcher at UCSF’s stem cell center, said that after nearly a decade studying stem cells, he’s surprised at how much the science has changed in so short a period of time. The conference, he said, gives him a much-needed chance to get out of his lab and get caught up on the big picture. “It used to be that there were certain (stem cell) journals that you would read cover to cover and be satisfied. Now it’s so many journals, so many articles, and the science is moving so fast that I don’t find that possible to do anymore,” Blelloch said. “I knew all the major stem cell players six years ago. It’s not a small group anymore. It’s not an exclusive group anymore.”

Learn more

The International Society for Stem Cell Research has recently developed a Web site for patients seeking more information about available treatments – both in the United States and abroad.

The Web site is www.closerlookatstemcells.org/AM.

E-mail Erin Allday at eallday@sfchronicle.com.

Ed. Note: The 2010 World Stem Cell Summit will take place in Detroit, USA on Oct 4-6, 2010.

World Stem Cell Summit – Home

Insurance hazard in web gene tests

Newspaper Article by PETER HAWKINS

March 14, 2010

THE growth of online DNA testing companies overseas has created a loophole for Australians wanting to discover if they have genetic problems – but not report the results to their insurer.

People have a legal obligation to disclose any information on genetic testing and their family medical history before taking out life and disability cover but the information can only be cross-checked by insurance companies if it has been carried out in Australia.

Members of the National Health and Medical Research Council said insurance companies were concerned as technology became faster and cheaper and the number of people wanting a DNA test rose.

”This is something the insurance industry needs to realise and deal with,” council chairman Ron Trent said.

”The insurance industry wouldn’t want this to happen because people might use the overseas companies, then go and get insurance where they normally might not have been able to. It would skew the system.”

DNA kits are sent to Australia, and customers swab their mouths and return the kits. Professor Trent, head of medical molecular genetics at the University of Sydney, said such kits could cause problems for consumers. He encouraged anyone with a serious medical condition not to rely on the testing.

”There is concern that some of these tests are too premature to tell you anything about the health of a person,” he said.

”Bypassing insurance companies is not a good thing because, by bypassing doctors and genetic counsellors, they have the results but they don’t have anyone to help interpret or provide support.”

Margaret Otlowski, professor of law at the University of Tasmania, said being tested overseas would be attractive to those deterred by the financial implications after being tested here. But ”backdoor genetic testing” had accuracy and regulation problems.

”The industry is concerned that people will buy up insurance based on risk the consumer knows about but the insurer doesn’t,” said Professor Otlowski, deputy director of the centre for law and genetics.

”There’s no regulation [on overseas testing] and the worry is that consumers won’t know that.”

The council said a local test that caused insurance to be denied had a positive side.

”If you have a DNA test and you can show the dementia gene in your family hasn’t passed on to you, then [the insurer] can’t do anything because you are no longer at risk,” Professor Trent said.

A spokesman for the Investment and Financial Services Association said that of 455,000 applications for life insurance in 2005 (the most recent data), only eight were refused as a result of a genetic test.

The ‘DNA’ of life insurance

Newspaper article by Lesley Parker
March 3, 2010

Delving into your genetic make-up could have serious financial ramifications, writes Lesley Parker.

Key points:

  • You must disclose genetic tests when you apply for, or alter, life insurance.
  • If you withhold information you void the life insurance contract.
  • Once cover is obtained you don’t have to disclose new information.
  • Insurers cannot require you to take a genetic test.
  • The results of a test can’t be used to deny or charge more for health cover.
  • Don’t act without medical advice

When Peter Carroll’s son died suddenly at the age of 11 and muscular dystrophy emerged as a suspect, he and his wife faced the dilemma of whether to have their daughter tested for the mutated gene that causes the disorder.

Doctors were keen but Carroll, who has worked as a consultant to the life insurance industry and reported to the Hawke-Keating Labor government on concerns around HIV-AIDS and insurance, was having none of it.

“The issue for me was simple,” Carroll says. “If she’s clear, well and good. But if she’s not clear one day she’ll have a boyfriend, she’ll think about having a family, she’ll be getting a job, she’ll need life insurance … so we made a choice not to have our child tested because of all the social and financial implications.”

That was in 1991. Years later, as an adult, his daughter made her own decision to be tested for the faulty gene and was pronounced clear.

Today, Carroll is a director of the Ozecover health insurance portal and is watching the controversy over the decision by health insurer NIB to offer cut-price genetic testing to 5,000 customers.

NIB insists its motive is simple – armed with specific information about risks, its customers may be encouraged to improve their “health behaviour”.

However, it has been criticised for not doing more to inform people of the potential implications of having a genetic test should they subsequently seek, or alter, a life insurance policy.

NIB, which sells life insurance in partnership with Tower Australia, merely notes in the letter to its customers that they “may be required to disclose genetic test results … to life insurance or superannuation providers”.

There are also concerns the sort of multi-gene test it promoted is conducted outside the mainstream health-care system, by commercial laboratories based outside Australia, without the guidance of a personal doctor.

IMPLICATIONS

In Britain, insurer access to this sort of information is much more limited under a moratorium put in place nearly a decade ago and the US has new non-discrimination legislation in this regard.

In Australia, there are no financial effects from having a genetic test from a purely health-insurance perspective.

“NIB is a health insurer and any health information from genetic testing won’t affect your health-insurance premium, because of community rating,” says Kristine Barlow-Stewart, director of the Centre for Genetics Education and a member of the National Health and Medical Research Council’s human genetics advisory committee, which advises the federal government.

Under Australia’s government-mandated community rating system, everyone pays the same premium for health insurance, rather than being rated individually or grouped by factors such as age. This way the risk and the cost of providing insurance is spread across all policyholders, with the aim of keeping premiums affordable.

However life insurance is “risk rated”, which means how much you’ll pay is determined by your individual risk factors at the time you apply for the insurance. In some cases it may even mean you’re denied insurance, although the Investment and Financial Services Association (IFSA) claims this is rare.

ASK DOC FIRST

The chief executive of IFSA, John Brogden, cites a survey of association members in 2005 that found eight out of 450,000 applicants were denied life insurance where the stated reason was a genetic test. The results of a new survey are due this year.

Insurance contracts are governed by the legal doctrine of uberrima fides, which translates as “utmost good faith”. This means all parties must make a full declaration of all material facts so the insurance contract accurately reflects the risk being taken.

“The idea is that insurance wouldn’t work if one of the parties had knowledge that the other party didn’t have,” Carroll says.

Under this principle, people applying for insurance, changing their policy or switching insurers must disclose whether they’ve had a genetic test and, if known, the results of the test.

Withhold this information and you void your contract, Carroll says. Of course, what you don’t know you can’t disclose. That means it might pay to secure insurance before you undergo a test (though you must still disclose any family history). Life insurance policies are “guaranteed renewable” – once cover is obtained legitimately it can’t be taken away and you don’t have to provide any new health information.

Some people choose not to have certain tests so there’s nothing to disclose, or to have a test but not be told the results. (A relative might have asked you to take a test so they can have the information.)

However, the medical profession’s concern is that this means some people are forgoing tests that have the potential to save their lives.

“If people are considering having a genetic test, they need to consider all the pros and cons and make an informed choice,” Barlow-Stewart says.

That includes weighing up any financial ramifications and the issue of whether what you’re looking for is treatable anyway. But in the end your health is the most important consideration. Either way you should consult your GP first.

THE RULES

Concerns about the appropriate use of information from genetic testing resulted in a binding insurance industry standard being released in 2005.

Members of the IFSA must comply with Standard No.11, the most important provision of which, Brogden says, is that life insurers are not permitted to ask an individual to have a genetic test.

“That’s critical. A life insurer will not require you to get a genetic test – and that simply isn’t on the agenda,” he says, alluding to speculation that the NIB offer may be the thin end of the wedge.

Nor should life insurers indirectly coerce people to have a test, the standard says – for instance, by offering the inducement of a lower premium.

“Members should respect an applicant’s right not to know,” it says.

Under the standard, written consent is required for the insurer to access the results of genetic tests and the results can’t be used in relatives’ applications.

Likewise, privacy laws bar a health insurer from sharing such information with an allied life insurance business.

Asked how the law would apply, privacy commissioner Karen Curtis says: “Insurers … can only collect personal information, such as genetic test results, where the individual has consented and where the information is necessary for the insurer’s functions or activities. “Insurers should notify the individual about why the information is being collected, who it will be disclosed to … [and] the insurer can only use or disclose the personal information for the purpose for which it was collected, unless the individual has consented to the disclosure.”

OPEN TO QUESTION

One view is concern over genetic testing is overdone because insurers have long asked questions about family history and anyone who has had a genetic test is likely to have done so because of the sort of family history they must disclose anyway.

Brogden says insurers don’t automatically reject people simply because a genetic test indicates they’re predisposed to a certain condition.

“Insurers in most cases do look at the grey, rather than being black and white,” he says. “They look at what the predisposition is, what you’re doing about it, what treatment you’re receiving – what are the mitigating factors that may make you insurable?” though perhaps with an exclusion for a particular condition.

But medical professionals say that while insurers are experienced in assessing the impact of family history and certain single-gene tests, there are still question marks over the interpretation of results.

NIB’s arrangement is with US-based Navigenics, a business that allows individuals to order saliva testing kits via its website and to collect password-protected genetic results online. (The cost of tests may or may not be covered by your health insurance. A spokesman for MBF says it has no rebates for genetic testing, whereas Medibank Private does on some plans.)

Barlow-Stewart says commercial laboratories can look at variations within hundreds or even thousands of genes scattered throughout your genome to come up with a computer-generated calculation of risk based on changes in multiple genes.

“The contribution of each of the changes is tiny but when you add them up it can become bigger,” she says. “The problem is the science behind it is still open to question. The test itself is probably quite accurate but what it means, is where we are very much at the beginning.”

People should think “very carefully” before relying on information from tests marketed over the internet, she says.

THE OPTIONS

The chairman of the genetics advisory committee of the Royal College of Pathologists of Australasia, Graeme Suthers, says: “We’re not suggesting these companies are dodgy operators in terms of the technology but we do think it’s very premature to be doing this.”

Asked if that also means it would be premature for an insurance company to give such results weight, he says insurers shouldn’t discriminate, in terms of cover or premium, unless there is “clear, actuarial evidence that discrimination is justified … and we are nowhere near actuarial level on this sort of stuff”.

Brogden says the industry would need to be “satisfied with the strength” of genetic test data to rely on it.

What are your options if you think you may have trouble obtaining insurance because of an existing genetic test?

The Centre for Genetics Education (www.genetics.edu.au) says the cost of insurance and the ability to obtain cover can vary. “You may wish to apply to a range of companies at the same time, perhaps with the help of a broker,” it says.

You could involve the family doctor, a specialist or geneticist, if necessary, in negotiations with the insurer and document your screening and prevention strategies, it says. If you’re turned down, you can ask to know the basis of the decision and dispute it.

Another option is to take up group insurance through your employer or superannuation fund.

With group insurance, applications are automatically approved up to a certain level of cover without having to provide personal information, says a risk specialist at Centric Wealth, Roy Agranat.

“These plans do offer you cover if you have a situation where [other] insurance companies won’t give you cover because you have a genetic test that’s brought up something,” Agranat says. Up to the automatic acceptance level, “that would be irrespective of what medical condition you bring in”.

And if a genetic test comes out in your favour – a feared mutation isn’t present – Barlow-Stewart suggests this: Go back to your insurer and say: “You loaded me because of my family history – that doesn’t apply any more.” Then ask for your premium to be reduced.

THE OVERSEAS EXPERIENCE – BANS AND RULES IN PLACE

Overseas, the rules around insurer access to personal genetic information have been tightened and in Britain , in particular, are much stricter than here.

In Britain, insurers abide by a voluntary ban on access to predictive genetic tests that was agreed with the government in 2001.

The moratorium applies to policies of up to £500,000 ($858,400) of life insurance, £300,000 of critical illness insurance and income protection insurance paying annual benefits of up to £30,000 a year.

“Above these levels, you only need to tell insurers the results of those predictive genetic tests that an independent government committee has approved as relevant to insurance companies,” an Association of British Insurers spokesman says.

So far, Huntington’s Disease is the only condition listed, for life insurance.

In the US, health insurance is still risk rated (see main) but the 2008 Genetic Nondiscrimination Act now states health insurers can’t deny coverage or charge higher premiums on the basis of genetic test results.

An American Council of Life Insurers spokesman says the law doesn’t cover life insurers, who are regulated at a state level.

However, “in virtually every state, insurers are prohibited from engaging in ‘unfair discrimination’ in underwriting on any basis”, he says.

He adds: “In general, insurers are not quick to embrace new technologies such as genetic testing.”

In Australia, the IFSA’s Brogden rejects the idea of a moratorium on the use of genetic test results.

DIFFICULTY OBTAINING LIFE INSURANCE AFTER TEST

After being diagnosed with the BRCA gene, which suggests an increased risk of breast cancer, Dianne Fisher found it difficult to secure life insurance.

Eventually, she was able to obtain cover but at the cost of a high premium. “I [subsequently] had both my breasts removed and my ovaries removed,” Perth-based Fisher says. “But I still had difficulty getting my insurance dropped down to a normal rate, even though I now have no risk whatsoever of getting breast cancer or ovarian cancer.”

Fisher says she also had to face the possibility that her daughter had inherited the gene.

“Tests have since shown that she doesn’t have it but the insurance issue did make me reconsider testing her for a period of time.”

The research director of the Queensland Centre for Gynaecological Cancer Research, Andreas Obermair, says his experience is also that women with the BRCA1 or BRCA2 gene are having difficulty securing life insurance.

This is yet another barrier to women proceeding with an “absolutely vital” genetic test that potentially could save their lives, says Obermair, who is setting up meetings with life insurance executives to discuss the issue.

“I am looking for life insurers to partner with; I want to help life insurers to be able to provide life insurance to women who test positive for BRCA,” he says.

The insurance industry standard on genetic testing says that, as well as assessing the overall risk associated with a particular genetic make-up, insurers should also take into account the benefits of special medical surveillance, early medical intervention and the likelihood of successful treatment.

The director of the Centre for Genetics Education, Kristine Barlow-Stewart, says people who uncover a faulty gene can then take steps “so they perhaps have a better chance of surviving than someone” diagnosed at a later stage.

Life and Health insurance

This commentary has been written by Robin Bligh, Immediate Past President of the Foundation. Read this in conjunction with the other two articles in this section on insurance.

Life Insurance

Life insurance contracts are governed by the legal doctrine of ‘utmost good faith’. This means that all parties must make a full declaration of all material facts so the insurance contract accurately reflects the risk being taken.

Under this principle, people applying for life insurance, changing their policy or switching insurers must disclose whether they have had a genetic test and, if known, the results of that test.

Life insurers can not require you to take a genetic test. However, if you have HSP in your family and have a policy with a premium loading due to the family situation, a genetic test could show if you are negative. You could then go back to the insurer with that information and argue for the premium to be removed.

Once life cover is obtained, new information does not have to be declared to the insurer. For example, life insurance may be taken out by an 18 year old in a family with HSP. After the contract has been finalized, the results of any subsequent gene test remain confidential to the person and their doctor.

Health Insurance

Any testing for your life insurance will not affect your health insurance premium because of the community rating of health insurance —everyone pays the same premium rather than being rated individually or even grouped by age or other factors.

People who have genetic testing to uncover a faulty gene can take steps with their doctor to better manage the disorder for themselves and current and future off-spring with this additional information.