Norway Brings DNA Sequencing To National Healthcare
ananyo writes "Norway is set to become the first country to incorporate genome sequencing into its national health-care system. The Scandinavian nation, which has a population of 4.8 million, will use 'next-generation' DNA sequencers to trawl for mutations in tumors that might reveal which cancer treatments would be most effective. In its three-year pilot phase, the Norwegian Cancer Genomics Consortium will sequence the tumor genomes of 1,000 patients in the hope of influencing their treatments. It will also look at another 3,000 previously obtained tumor biopsies to get a better idea of the mutations in different cancers, and how they influence a patient's response to a drug. In a second phase, the project will build the laboratory, clinical and computing infrastructure needed to bring such care to the 25,000 Norwegians who are diagnosed with cancer each year. Similar projects are under way in the United Kingdom and at research hospitals in the United States, France and elsewhere. But Norway's will be among the first to look for tumor mutations using next-generation DNA sequencing rather than conventional genetic testing."
Why did you have to be so cold?
I'm not sure with current technology this will be very useful. Better than nothing? As I have said in the past, http://slashdot.org/comments.pl?sid=1408231&cid=29781469 -this is the way forward .. but I hope it's not at the expense of long term. I mean look how long it is taking for us to wean of incandescent lightbulbs and gasoline.
We really need a way to do long reads, coupled with single cell sequencing technology. That's the proper way to attack cancer. Hmm, also we may need a way to find out chromatin structure on a single cell basis too. Get on it.
DHS sequence your DNA. Come here comrade, we keep tabs on your DNAs. For your safety comrade. For your safety.
'We are trying to prove ourselves wrong as quickly as possible, because only in that way can we find progress.' RPF
It's sad to think that we can't do these kinds of massive human genome sequencing projects in America. Anybody who got their DNA sequenced would be at immediate risk of losing their healthcare or seeing their premiums triple.
Cancer genomes have so many secondary mutations and chromosomal aberrations, that unfortunately thousands will die before any usefull data will be discovered from such research.
I've wondered for a couple of years now why drug companies aren't already doing this (or at least subsidising the cost of sequencing). Some drugs have been brought back from the brink of rejection via genetic tests, and given the high cost of drug research it makes sense to do a relatively cheap genome sequencing if it hasn't been done on a person previously. The cost of whole-genome (and whole-transcriptome) sequencing is now in the range where research institutes are starting to consider it as a routine operation, and it won't be long before it falls into the price range of a cost-conscious consumer.
How come when the US thinks about doing something like this, the story gets tagged "Gattaca" and people scream and decry invasions of privacy and healthcare that costs you extra because of something you had no control over (like your genes) but when Norway does it no one even blinks? I guess Americans trust Norway's government way more than their own, but I'll just bet they know even less about Norway's system of governance than they do about their own, if that's possible. Very strange.
The /. crowd would be apopleptic.
The privacy invasions that cause the /. crowd to go berserk suddenly become A-OK when done in the name of government-provided health care.
They do not like to pray cancer away like the civilized world.
I write science part-time for the University of Colorado Cancer Center -- biomarkers are totally the way of the future. In lung cancer, we discovered that a ALK-EML4 gene rearrangement predicts great response to the drug crizotinib; we know about PSA in prostate cancer; we test for hormone dependence in breast cancer. Hopefully the Norway sequencing will add to this list of biomarkers that allow us to find cancer early and give doctors clues to its treatment. (Now, the next-gen is *protein* sequencing.)
GeekDad, TED speaker, Wipeout loser, author of Brain Trust
We need to keep mister blonde!!!
I don't know if blonde hair blue eyes girls are evil, but they sure are beautiful and when we get to the point where all the genes have been mixed together and we all look like goobacks from southpark, bringing back some "neanderthals" from the 21st century couldn't possibly be a bad thing.
Mod parent down! This smug piece of TEA party TRASH has been planted by corporate interests to disagree with liberty and justice. And suck on my salty chocolate nuts while you're at it, mods.
Don't forget to mention that with a largely homogenous population the results will be even more useful and applicable.
Here we go again, it's always just because we have oil, what a convenient excuse. Never mind the fact that we had socialized medicine long before we found oil & gas. The expense of this project is not extremely high or impossible for other systems to acheive.
Oil and gas accounts for 25% of Norway's GDP. The revenue is only invested abroad by our SWF, we allow ourselves a meager maximum 4% of the surplus on the fund. We consider ourselves simply the custodians of this wealth, it belongs to future generations of Norwegians.
As for "few other countries having that luxury", I give you all of "oil-free" Scandinavia; Sweden, Denmark, Finland and even Iceland.
Germany and France also have strong public health systems.
The key difference between the two is that what you're talking about is criminal investigations where we don't want to use private cliniques, this is a medical research project.
I think you have the labs and roles confused, that's why I pointed out that there are different labs for medical and criminal cases.
What was formerly known as the Division of Forensic Medicine ("Rettsmedisinsk institutt"), is now, as of 2012, part of The Norwegian Institute of Public Health ("Nasjonalt folkehelseinstitutt"). This division was indeed plagued by the [public] capacity problems you refer to.
The Norwegian Institute of Public Health is a "... national centre of excellence in the areas of epidemiology, mental health, control of infectious diseases, environmental medicine, forensic toxicology and drug abuse.".
The Division of Forensic Medicine and Drug Abuse Research analyses biological samples with respect to alcohol, drugs (medicinal and illegal) and toxic agents in cases where the results may have judicial consequences. The analytical results are usually interpreted and commented and, in many cases, expert statements are submitted to the courts.
The issue was not a lack of general capacity in the health care system, it was handing over work generated by criminal cases to privately owned labs. These are completely different and separate areas.
The Norwegian Police and Prosecuting Authority ("påtalemyndigheten") are frequently looking for positive DNA identification of suspects in murder and rape cases. This differs greatly from the lofty goal of mapping the complete exome, the human genome, in all future Norwegian cancer patients.
This national project will utilize and expand the existing capacity of the regional cancer centers, i.e. Norwegian hospitals, through: ...". It will in no way impact, reduce or take away focus from the criminal cases handled by the Forensic Division. Of course, that is merely my opinion, that I gathered from what I read.
"... establish[ing] sampling procedures and sample logistics, bioinformatics infrastructure, analysis and pipelines,
Source(s):
http://www.cancergenomics.no/
http://www.fhi.no/
http://www.forskning.no/