Nurses file lawsuit over mandatory flu vaccine

SEATTLE – A union representing 16,000 registered nurses in Washington state has filed a federal lawsuit against MultiCare Health System for implementing a mandatory flu vaccination policy.

“This new policy will force nurses to get the flu vaccination or to wear face masks as a condition of employment and may result in the firing of nurses who do not comply with the policy,” the union said in a statement.

The lawsuit, filed by the Washington State Nurses Association, seeks an injunction to stop the policy from being implemented at both Tacoma General and Good Samaritan hospitals.

The nurses’ union said in a statement that it supports a voluntary vaccination program, but that any mandatory policy should be overseen by the state or federal government.

“Any mandatory vaccination policy should be implemented on a federal or state level, not through a patchwork of hospital-by-hospital policies,” said Judy Huntington, executive director of the nurses’ association.

The union said it was in the midst of negotiating a flu prevention program it they learned from the nurses that MultiCare had unilaterally implemented a mandatory vaccination policy.

“MultiCare’s unilateral implementation of this policy blatantly ignores their legal obligation to bargain with the union,” said Barbara Frye, the association’s assistant executive director of labor relations.

“Their refusal to bargain and to cease and desist forced us to take this extraordinary measure to seek relief from federal court,” she said.

The union said MultiCare’s proposed plan would require unvaccinated nurses to wear a surgical mask at all times while on duty even though there is a lack of research showing that masks actually prevent flu transmission.

http://www.komonews.com/news/local/63144732.html

2 thoughts on “Nurses file lawsuit over mandatory flu vaccine

  1. View Voyeur says:

    DNA Not The Same In Every Cell Of Body: Major Genetic Differences Between Blood And Tissue Cells Revealed

    ScienceDaily (July 16, 2009) — Research by a group of Montreal scientists calls into question one of the most basic assumptions of human genetics: that when it comes to DNA, every cell in the body is essentially identical to every other cell. Their results appear in the July issue of the journal Human Mutation.

    This discovery may undercut the rationale behind numerous large-scale genetic studies conducted over the last 15 years, studies which were supposed to isolate the causes of scores of human diseases.

    Except for cancer, samples of diseased tissue are difficult or even impossible to take from living patients. Thus, the vast majority of genetic samples used in large-scale studies come in the form of blood. However, if it turns out that blood and tissue cells do not match genetically, these ambitious and expensive genome-wide association studies may prove to have been essentially flawed from the outset.

    This discovery sprang from an investigation into the underlying genetic causes of abdominal aortic aneurysms (AAA) led by Dr. Morris Schweitzer, Dr. Bruce Gottlieb, Dr. Lorraine Chalifour and colleagues at McGill University and the affiliated Lady Davis Institute for Medical Research at Montreal’s Jewish General Hospital. The researchers focused on BAK, a gene that controls cell death.

    What they found surprised them.

    AAA is one of the rare vascular diseases where tissue samples are removed as part of patient therapy. When they compared them, the researchers discovered major differences between BAK genes in blood cells and tissue cells coming from the same individuals, with the suspected disease “trigger” residing only in the tissue. Moreover, the same differences were later evident in samples derived from healthy individuals.

    “In multi-factorial diseases other than cancer, usually we can only look at the blood,” explained Gottlieb, a geneticist with McGill’s Centre for Translational Research in Cancer. “Traditionally when we have looked for genetic risk factors for, say, heart disease, we have assumed that the blood will tell us what’s happening in the tissue. It now seems this is simply not the case.”

    “From a genetic perspective, therapeutic implications aside, the observation that not all cells are the same is extremely important. That’s the bottom line,” he added. “Genome-wide association studies were introduced with enormous hype several years ago, and people expected tremendous breakthroughs. They were going to draw blood samples from thousands or hundreds of thousands of individuals, and find the genes responsible for disease.

    “Unfortunately, the reality of these studies has been very disappointing, and our discovery certainly could explain at least one of the reasons why.”

    AAA is a localized widening and weakening of the abdominal aorta, and primarily affects elderly Caucasian men who smoke, have high blood pressure and high cholesterol levels. It often has no symptoms, but can lead to aortic ruptures which are fatal in 90 per cent of cases.

    If the mutations discovered in the tissue cells actually predispose for AAA, they present an ideal target for new therapies, and may have even wider therapeutic implications.

    “This will probably have repercussions for vascular disease in general,” said Schweitzer, of McGill’s Department of Medicine. “We have not yet looked at coronary or cerebral arteries, but I would suspect that this mutation may be present across the board.”

    Schweitzer is optimistic that this discovery may lead to new treatments for vascular disease in the near to medium term.

    “The timeline might be five to 10 years,” he said. “We have to do in-vitro cell culture experiments first, prove it in an animal model, and then develop a molecule or protein which will affect the mutated gene product. This is the first step, but it’s an important step.”

    Journal reference:

    1. Gottlieb et al. BAK1 gene variation and abdominal aortic aneurysms. Human Mutation, 2009; 30 (7): 1043 DOI: 10.1002/humu.21046

    Adapted from materials provided by McGill University.

    http://www.sciencedaily.com/releases/2009/07/090715131449.htm

    ***********************************************

    Perhaps that is why some people die outright from vaccinations?

  2. View Voyeur says:

    \Now the bad news.

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