Showing posts with label medical research. Show all posts
Showing posts with label medical research. Show all posts

29 January, 2010

My Bad Dreams: MMR, Wakefield and Advocacy

It doesn't happen often that I am asleep for enough hours in a row to dream, but last night I got there. Unfortunately my only dreams were those of unvaccinated children, and sickness and rallies and something about a huge "pile of advocacy" that I was responsible for sorting and re-building properly so we could all climb to the top. Yeah, very restful.

After the news yesterday that the General Medical Council found Andrew Wakefield "had acted 'dishonestly and irresponsibly' in doing his research." My stomach just sort of kept churning.

You see, this just means more children will go unvaccinated and be exposed to horrible diseases, and it means I have more work to do. Anyone who does not believe that vaccines caused their child's autism has even more work to do now, because Wakefield just got more air time. Andrew Wakefield's unethically performed project now has another platform to do damage, because his supporters are loud and they have a passion that is untethered to reality. In the face of science and studies and information, they cling to anecdotal evidence, and if they are threatened with truth they do not calmly listen or examine where their logic may be false. Instead they insult people (like my brilliant friend Kristina), or they leave nasty notes here on my blog, and on other advocates pages. With Wakefield in the news, the media will go round and round again about "the controversy" of vaccines (like that news guy I used to like Matt Lauer). The Age of Autism herd, Jenny McCarthy and her McAutism clan have more things to set on fire now. All of Wakefield's supporters will just add this to the list of "big pharma" and "government" keeping us all in the dark, harming children on purpose. They must come to his defense because the truth would be too painful and would undo their entire existence.

So now I need to push more for real help for families affected by Autism. I am not going to say I am on the "other side" because I fight for those people's children too and for all those children who are "healed" but still need a full-time aide. I don't want there to be sides, I want all of our children to get the help they need now. I want families to have the support they need, and I want my child to have a place to live when he's grown and I am gone. So it's back to work.

Here you can sign the petition to encourage First Lady Michelle Obama to meet with Autism Families because when Wakefield's bogus findings show up on the news, monies are swayed away toward vaccine/autism "research" instead of helping actual families.

and don't get me wrong, I am very glad Wakefield was officially, and for public record, found to be unethical. After reading through most of the 143 page document, it is clear that he went rogue and did not act in the best interest of those children. But because of this statement:

The Panel wish to make it clear that this case is not concerned with whether there is or might be any link between the MMR vaccination and autism.
I will be most happy when his name can slip off the front pages and we can all get back to the business of caring for our children.

Thank you to Shannon Rosa, Liz Ditz, BBC news, and Brian Deer

13 November, 2008

New Large Scale Genetic Analyses- More Autism Reasearch

from Thescientist.com

Two large-scale genetic analyses have turned up a trio of new sites associated with autism, including a large-effect allele that seems to reduce the risk of developing the debilitating brain disorder, researchers reported today (Nov. 12) at the American Society of Human Genetics meeting in Philadelphia.
Last year, the Autism Genome Project Consortium performed the largest genome-wide linkage scan to date with around 10,000 SNPs in 1,181 families with at least two affected individuals. The group flagged a handful of genomic regions harboring autism susceptibility genes, although none of the linkage results were statistically significant (/Nat Genet/, 39:319-328, 2007).

Now, a team led by Dan Arking, a geneticist at Johns Hopkins University, has ramped up the SNP count to include around 500,000 markers in 802 affected pairs of siblings. They then eliminated all the error-prone or uninformative SNPs to amass a collection of 180,000high-quality markers for their analysis. "It's the cleanest best set of markers you can imagine," Arking said at a press conference.

This enhanced genome-wide scan proved effective. Arking's team discovered two regions of significant linkage that had not been implicated before with the disease -- one at the tip of chromosome 20's short arm, and one at the end of chromosome 6's long arm.

Arking, together with Lauren Weiss, a molecular geneticist at the University of California, San Francisco, also used the SNP dataset to perform familial association mapping in 1,594 parent-offspring trios to hunt for common variants of major effect linked to the disorder. At first, they did not find any genome-wide significant results. Additional assays, however, revealed a hitherto unidentified site on chromosome 5 where one particular allele was transmitted less often than expected to autistic individuals whose parents carried the allele. Thus, this allele, although only found in 4% of the population as a whole, likely confers some protection against autism, Arking and Weiss argued.

This "protective allele" fell near the semaphorin 5A (/SEMA5A/) gene, which is involved in axonal guidance during neural development. The researchers compared brain slices of 20 autistic individuals with 10 controls and found that /SEMA5A/ had much lower expression levels in the autistic brains, further implicating this novel locus with autism.

Arking and Weiss will present their findings in a talk on Saturday (Nov. 15) and in a poster on Friday (Nov. 14).

20 June, 2008

So I got a Leetle sucked in...

when I recently ran across this article Young HA, et al, Thimerosal exposure in infants and neurodevelopmental disorders: An assessment of computerized medical
records in the Vaccine Safety Datalink, J Neurol Sci (2008), doi:10.1016/j.jns.2008.04.002

I am not one to flutter about (HA!) having the life sucked out of me by the Internets

okay Yes I am, but I really started to read this study and I thought KRAP..maybe that damn thimerosal is the culprit (knowing full well that Jake had no thimerosal in his vaccines...) It's published by the Journal of Neurological Sciences it really seems legit, but it kept saying funny things (a direct quote follows):
"For example, 37% of autism cases in the study were diagnosed
after 5 years old with about 50% diagnosed after
4.5 years old. This is a conservative estimate since it includes
the 2 years (1995–1996) that had shorter follow-up times.
Examination of the distribution of age of diagnosis by birth
year for autism revealed that only about 15% of cases were
diagnosed after 5 years of age in the 1995 birth cohortwhile the
1996 cohort had no cases diagnosed after 5 years of age and
only 3.5% of cases diagnosed between 4.5 and 5 years of age.
Based on the average age at diagnosis for all cohorts, the 1995
count of autism cases was increased by 45 cases with the assumption
that all of these would have been added in the 5 year+
age group (bringing this percentage close to the overall average
of 37%diagnosed after 5 years of age). The same was done for
1996, but the number of cases was augmented by 80 because it
was assumed that these would be diagnosed in the 4.5 to 5 and
5+ groups essentially bringing the percentage diagnosed after
age 4.5 close to the overall average of 50% diagnosed after
4.5 years of age. The newaugmented frequency counts of cases
in 1995 and 1996 birth cohorts were then used as the new case
counts in the analysis."
I am pretty sure if you re-read that a few times it seems like they ADDED autism diagnosis where there were none. They added them because in other years there were more? Because it seemed like there should have been more? Isn't that not exactly examining the data? Isn't that actually making up the data? I went poking around the Internet and discovered that I was not the only person to think it was a leetle bit off.. a much better explanation of all of the faults can be found over at Epi Wonk . Thank you Epi Wonk for being so smrt
(If you rad through responses to her post you'll also find some of the best crazy comments by John Best who is a very angry man who I will not bother to link to.)

Anywhoo I know this has been out for about a month but as usual I am slow to respond. BTW it also seems like half of the references in the "study" reference one Geier or another. Isn't that a little bit suspect as well?

okay all done...

Lucy dislocated her elbow today threatening to throw off our entire "escape from Deadwood" plan... I thought she cracked her wrist the way she was holding it. I was holding her hand when she decided she did not want to go get her special needs brother from the short bus (we need to drive down the hill to pick him up) She dropped to the floor and twisted at the same time. I heard a horrible sound. What I heard was her little bone slipping out from between her other two little bones. Yechh. She cried. I cried. I made an appointment to go to the urgent care where the doc promptly shoved her little elbow back together (making me feel a little like an idget since my dad and I had JUST talked about this happening to me 6 hours prior). It is called nursemaid's elbow. I called it milkmaid elbow in a Tweet earlier but I have now figured it out.
So she is fine now and Jake is sleeping soundly, and it is only 85 degrees outside at 12:20am and I only need to pack Lucy and Jake by tomorrow am. No big whoop.

I think I shall go to bed.

13 May, 2008

Elevated beta-Alanine

Yeah. So that's what I've been Googling for the past hour. I don't even know what made me look at a 4 year old blood test with a spread of numbers indicating the various levels of amino acids for Jake... but I started looking, and then I really started looking because I remembered that he had elevated beta-Alamine.

So what? So nothing. Every few months or so I pick all of those "odd" things out of Jake's old medical records and Google them again. It happens sometimes that I will find an article at www.pubmed.com

This time I found another parent who has a boy who had a new autism dx and elevated beta-Alanine.

So now there's two of us Googling it, and probably only stumbling upon our own queries.

Anyone else ever had a kid with Cerebral Palsy ataxia, ADHD, panic disorder, sleep disturbances and Autism who had a blood screen that showed elevated beta-Alanine?

Go. You know you want to check that last "AMINO ACID, PLASMA" screen

10 January, 2008

Holy Crap... Are WeThat Close to Understanding?

An excerpt from the Business Week article:

Using a very large genome scan, the researchers also discovered that the genetic abnormalities—either a deletion or a duplication of a section of chromosome 16—were not directly inherited from either parent. Instead they developed spontaneously during the embryonic stage of development, possibly due to interplay of various genetic factors inherited from the parents.

Through the use of new and very costly chromosome micro-array tests, doctors can detect the abnormalities in autism patients and their parents and then predict the risk of recurrence in subsequent pregnancies. "We are beginning to develop a full understanding of the autism spectrum disorder genome which…ultimately will lead to the discovery of treatments that have the greatest promise," says Eric Lander, director of the Broad Institute of MIT and Harvard, which took part in the research.



We did so many genetic tests on Jake, I wonder if we already have this information on him? Will have to dig into his records.. they probably weren't looking at chromosome 16 then.

07 October, 2007

Get Me A Gun

If one more f*cking person asks me what I think of Jenny McCarthy I am going to kill someone, possibly myself.

Okay that is extreme.

I am still growing and learning, as we all are, and I believe each family has their own journey.... as long as your journey doesn't hurt me (or your child), you can travel whatever road you want, and I will do my best to support you. So here is kind of what I think about a few things.. and I am so fired up right now listening to Larry King Live that I may throw up.

  • I believe that Jenny McCarthy saying her son has been "cured" is lame. I think we learn to live with autism, you provide your child with every opportunity to engage in the world and offer as many different ways to communicate as possible so the child can be heard. But fine, her kid is healed, or cured..not going to happen for every child with autism...not going to happen...so re-frame it Jenny...like "here is my personal story of hope that will probably not work for you, but buy my book and you can buy a piece of that hope." [To be fair, she does appear to have some sense that not all children will respond as her child did.]
  • I do not believe that vaccines cause autism. Jake didn't have thimerosal in his vaccines, most of the kids born after 2000 didn't either, so all of the new diagnosis? Maybe vaccines trigger autism in kids with a genetic predisposition? Maybe. We do know that measles, mumps and rubella can kill children, as can polio.
  • I do not think that every child with autism benefits from a Gluten Free Casein Free diet (GFCF). I do think that some children may benefit from diet change. Almost any child on the planet eating a healthy, preservative-free diet, carefully monitored by an adult who ensures that all dietary needs are being met.. most kids are going to be more focused, healthier and have better bowel movements. Paying attention to your child's diet is a good idea. Being righteous because you can bake bread with rice flour is not cool.
  • I think that actors/porno stars/whatever/entertainers are not scientists, doctors, or researchers...anecdotal evidence does not mean a cure. Ugh. I also do not believe that doctors are Gods or always right.. so there.
  • I do think that people correlate all sorts of things (good and bad) that should not be correlated : In the U.S. most people in car accidents have had french fries within two weeks of the accident. French fries cause car accidents. Also most people who win the California Lottery have been in a liquor store within one week of winning the lottery, possibly purchasing alcohol. Drinking can therefore help you win the lottery.
  • My child is never going to have Hyperbaric Oxygen therapy...unless he has the bends.
  • Any doctor Board Certified, DAN! TACA, Holistic, or working unlawfully and without credentials who tells you that they can cure autism, and all allergies, and ADD, and ADHD, and bad breath, and sleep disorders and corns and eczema with their wonder pill/magic formula is full of crap. However, if you want to take your kid to someone who believes that they can cure your child...go for it... unless you are harming your child, I support you in your effort.
  • NAET® is crap crap crap "NAET clears an allergy by rebalancing your body's energy when you are in contact with the energy of the offending substance." and my favorite "If you are unable to be tested yourself because you are a child, pregnant, disabled, or too weak, you will be tested through a surrogate. " Allergy testing by proxy? CRAP CRAP CRAP.
okay I am tired.. I think a lot of other things too.

I do know that I have lost relationship with a person who is very, very important to me because we did not try NAET. She thought that I was not doing every single thing possible to "cure my child."

I wasn't willing to throw money away holding vials of wheat flour and water in my hand while a chiropractor gave me some acupressure...maybe that does make me a bad mother.

I already knew that.

25 September, 2007

I Won't Buy Hope

Is that wrong?

I am so tired of people taking advantage of parents with special needs kids, offering snake oils and therapies with no proven results, charging parents more and more money..

Selling hope. We have tried thousands of dollars worth of products. I am done.

I refuse to pay for hope. It will have to come from within.

09 August, 2007

Nature Article about Autism Funding

Special report
Autism Speaks: the United States pays up

Abstract
In recent years, autism has become the golden child of the fund-raising circuit. Meredith Wadman looks at a US public-relations success that is driving research funds and expertise towards this childhood condition, and asks who is missing out.

Toni Braxton, Matthew Broderick, Bill Cosby -- perhaps not names you would associate with social or communication difficulties, and yet in one night, they helped raise $1.45 million at a fund-raiser for research into one of the least-understood disorders affecting children: autism.

Star-studded events such as that fund-raiser at New York's swanky Lincoln Center in April are the latest front of a public-relations battle to raise money for research into childhood diseases. In the United States, it's a battle that autism seems to be winning.

"I was sitting in the nosebleed section and it was $1,500 a ticket up there," recalls neurologist Gary Goldstein, president of the Kennedy Krieger Institute in Baltimore and chair of the scientific advisor committee for Autism Speaks, the group that organized the event. Goldstein recalls a 2005 Hollywood fund-raising concert featuring Jerry Seinfeld and Paul Simon."Every four months there's something like that, and that doesn't count all the golf classics," Goldstein says.

In less than three years, autism has emerged from relative obscurity on the fund-raising circuit to become the disease du jour. The 1,000 biggest US private foundations nearly doubled their autism-related giving to $2.7 million between 1998 and 2005, according to the New York-based Foundation Center. The Autism Society of America, the founding father of autism groups, has also seen its budget grow steadily to $20 million. More striking are the contributions of two newcomers: Autism Speaks alone raised more than $33 million in 2006,
its first full year of operation, and it is well on target to meet its goal of $55 million in 2007. And the lower-profile Simons Foundation, which began funding autism research in 2003, has spent more than $40 million and plans to spend another $100 million over the next five years.

The commonly held belief that the prevalence of autism is rising may be partly responsible for the cash flow. ...

But in the past two years, two people have had perhaps a greater impact on autism's visibility -- and coffers -- than any other single force, essentially rewriting the book on how to raise money for disease-specific research: Bob and Suzanne Wright, who founded Autism Speaks in 2005 after learning that their grandson had the poorly-understood condition.

Bob Wright, then chairman and chief executive of media and entertainment conglomerate NBC Universal, provided his business savvy and his extensive connections to a Who's Who of American stardom. He also brought urgency. "I know how devastating this problem is to families. I am reminded of it daily," says Wright.

In 2004, Goldstein presented the Wrights with a graph contrasting charitable autism spending, then at about $14 million, with the $100-million-plus raised by disease groups for juvenile diabetes, muscular dystrophy, childhood cancer and cystic fibrosis -- all of which are significantly less prevalent. "To move this field forward, we need that kind of money," Goldstein told them. Less than a year later, in February 2005, the Wrights launched Autism Speaks, which merged with the National Alliance for Autism Research and Cure Autism Now, in 2006 and 2007 respectively.

Today, the organization has 141 employees and thousands of volunteers in 41 states. "At the rate the group is growing, I'd be shocked if five years from now it's not raising $100 million a year," observes Goldstein.

Although there are other private groups focused on research and treatment, in the past the public's awareness of autism has not been as high as it could have been. "We were really out there by ourselves on awareness," says Wright. A public-relations coup changed that: last year, the group won a three-year campaign of free, slick publicity from the Advertising Council.

The New York-based Simons Foundation is a very different player. Formed by Jim Simons, a mathematician and hedge-fund billionaire who has an autistic daughter, the organization is spending tens of millions funding individual researchers. It's also financing a $12-million collection of genetic information and cell lines from 2,000 affected families that will be made freely available to other scientists. The database is called the Simons Simplex collection, and is to be stored at Rutgers University, New Jersey.

In 2006, Simons recruited Gerald Fischbach, the former director of the National Institute of Neurological Disorders and Stroke, as his scientific director. Taking the job, says Fischbach, was "a chance to focus on just the very best science".

Terrific scientists

According to Fischbach, the swell of interest in the disease has been boosted by new genetic techniques and imaging tools. He notes that 11 of the 18 scientists to whom the foundation will soon make three-year grants of up to $3 million are new to the field. "You couldn't attract terrific scientists if there were no good ways to approach the disease," Fischbach says.

There is a dark side to the surge in autism funding.

The upward trend in money and interest has been mirrored at the National Institutes of Health (NIH), where funding for autism research has grown from $22 million in 1997 to $108 million this year -- with 16% of that growth happening since 2003, while the rest of the NIH has been essentially flat-funded.

At the CDC, which in 2000 spent just over $1 million on epidemiological research on autism, spending has soared to $15.1 million in 2007. Even the Department of Defense is getting in on the act, spending $7.5 million on autism research this year, largely thanks to Autism Speaks, which successfully lobbied Congress for the money on the grounds that autism in military families costs more than $200 million to treat annually.

The most recent legislative achievement of the autism-research advocacy groups is the Combating Autism Act, which was passed in December 2006 after intense lobbying. It guarantees that the spotlight will stay on the disease, requiring for the first time that the government draw up an annual strategic plan for autism research, identifying gaps and opportunities, all with the input of affected families.

"The advocacy groups here have had an enormous impact," says Tom Insel, the director of the National Institute of Mental Health, which with its $62-million spending in 2006 made the largest financial contribution of the five NIH institutes that fund autism research. Insel, who also chairs an inter-agency committee that coordinates autism research for the federal government, says of the advocates: "They hold our feet to the fire, and make sure we are relevant and accountable."

But something distinguishes autism advocates, especially Autism Speaks. "They are actually raising very substantial amounts of funds to do a lot of the science themselves," adds Insel.

Bigger share

That fund-raising prowess has generated both admiration and envy from disease groups that could be considered competitors. For example, since the doubling of the NIH budget ended in 2003, NIH's cystic fibrosis funding has fallen from $117 million to $85 million; funding for childhood leukaemia from $70 million to $53 million; and funding for Down's syndrome, which is about one-fifth as prevalent as autism, from $23 million to $13 million.

"Why is Down's syndrome funding low? Autism I think is a big contributor," says Jon Colman, the chief operating officer of the National Down Syndrome Society. "It's dominating priorities."

Fischbach concedes that what's good for autism has to be bad for others that rely on NIH funding. As long as the biomedical agency's budget continues to be frozen year after year, he argues, pouring new NIH millions into autism necessarily means funding less research on some other diseases. "There is a dark side" to the surge in autism funding, he admits.

But other disease groups say that they have benefited from the rise in autism's profile -- some by learning from Autism Speaks' example, and others because autism can coexist with other, lesser-known diseases such as tuberous sclerosis and fragile X syndrome, which causes mental retardation. "People are beginning to talk about the probable genetic basis for most autism. And then often, if not always, they mention fragile X as an example," says Robert Miller, the executive director of the National Fragile X Foundation in Walnut Creek, California, who was pleased when a recent cover story on autism in Newsweek made a passing mention of fragile X.

But despite its new visibility and funding, autism remains a little-understood and untreatable disease, and it is unclear how much this well-managed public-relations exercise will change that. Insel is optimistic, though. "Autism has attracted the attention of the most stellar geneticists and neuroscientists," he points out. "So I'm hopeful."

------

Clinical Precision
Disease advocates should influence, but not dictate, research priorities.
Nature.com
August 8, 2007
Disease lobby groups have always made energetic efforts to ensure that the formidable resources of the US National Institutes of Health (NIH) are brought to bear on the health issues that interest them; and that is as it should be. When these resources are expanding, there has been room for most of the participants in the process to feel that they are winning. Now that the budget of the largest research agency in the world is effectively frozen, there are likely to be more losers.

In the case of research into autism - a common but poorly understood developmental disorder - effective advocacy has seen a generous increase in NIH support specifically targeted at the disease, even since the real growth in the agency's total budget came to an end in 2003. Unfortunately, some of autism's success may have come at the expense of research into other children's diseases (see 'Autism Speaks: the United States pays up').

Autism research also garners an unusually strong level of support from private sources, including funds raised by the disease group Autism Speaks and contributed by philanthropists such as Jim Simons, a mathematician and hedge-fund billionaire whose daughter suffers from the condition. This year, these sources will spend some $50 million - roughly half what the NIH is spending on autism research. Typically, disease groups can muster charitable funding that is only a small fraction of what the NIH spends (see Nature 447, 248-254; 2007). That leaves them scrambling for slices of a pie that is no longer growing.

The power of some advocacy groups must be tempered to some degree. Scientists, especially those involved in the basic biomedical sciences, are also scrabbling for a share of these funds. The NIH's success has been built on a tacit accommodation between scientists, who run its 27 institutes and centres on a day-to-day basis, and the public, as represented by Congress. Institutes have been established - often against the scientists' advice - to deal with specific conditions or diseases of particular organ systems. Then Congress has, in large part, left the researchers and physicians in the agencies to pursue their work as they see fit, without indulging in too much micromanagement.

This has enabled the NIH to maintain a formidable reputation for scientific integrity and excellence, while also appearing to be reasonably responsive to patient needs. It has produced an agency that does a great deal of basic scientific research - with unknown and largely serendipitous benefits for the development of drugs and devices - as well as plenty of laboratory and clinical work devoted to particular ailments.

The public is paying for the NIH's annual budget of $29 billion, and it is entirely appropriate that it should energetically articulate its demands of the agency. That is one of the roles of the disease-advocacy groups, and their input, as any NIH institute director will attest, provides invaluable assistance in assigning research directions and priorities. That said, the power of some advocacy groups must be tempered to some degree - especially in today's difficult funding environment. Otherwise, these groups' ability to influence budgets is likely to dominate, to the detriment of both basic laboratory science and of research targeted at diseases that have weaker constituencies.

It falls to the scientist-administrators who run the NIH to work closely with members of the congressional appropriations committees that fund the agency to make sure that this does not happen. Both groups understand the careful political balance that has allowed the agency to thrive; they must act as moderators whenever the more energetic lobby groups are pushing the agency's agenda too far in the direction of one public-health issue at the expense of others.

22 August, 2006

Autism linked to delayed brain development - health - 21 August 2006 - New Scientist

Autism linked to delayed brain development - health - 21 August 2006 - New Scientist
Autism may be the result of a delay in neuronal development in the first year of life, despite the fact that autistic children have larger brains, a new study suggests.

The findings challenge a previously held theory that brain abnormalities characteristic of autism were due to faster development.

Brain scans, using magnetic resonance imaging (MRI), have shown that children with autism have brains that are enlarged by around 10%. However, although the children’s brains are larger in size, they appear to lack the neuronal development of healthy children, the researchers say.

Stephen Dager at the University of Washington School of Medicine, US, and colleagues examined the brains of children aged three and four. They compared the brain development of children with autism to children with normal development using a technique known as T2 relaxation, which measures the water properties of brain tissue. As the brain develops, water gets incorporated into neurons and changes from being mobile to tightly bound.

During normal development, this process occurs at a dramatic pace for the first six months, and then continues at a slower pace until 18 months.

Critical stages
Surprisingly, they found that water was more mobile in autistic brain tissue, suggesting that there is actually a delay in neuronal development. This delay was found to be more specific to grey matter distributed at the surface of the brain.

The delay could be cause by inflammation in the first year of life, Dager suggests. “If you’ve got inflammation, it can affect connectivity at a critical stage of brain development.” This may lead to learning difficulties as the child develops, he suggests. “For example, a child has certain key developmental stages for learning language and if you miss those it can be harder to learn that language.”

Some children may have a gene that makes them more likely to produce an inflammatory response early in life, Dager speculates.

Gene hunt
“I think these results are an interesting development, but most research still has no direct link to treatment,” says Matthew Belmonte, senior research associate at the Autism Research Centre at the University of Cambridge in the UK.

“Until we know exactly what it is that causes the abnormal development of grey matter we cannot develop drug treatments,” he adds.

Current research has focused on finding candidate genes that might cause rapid early development, but Dager’s study suggests that other avenues of research could be more appropriate. “One might look at genes that cause a susceptibility to inflammation instead,” he says.

Journal reference: Neurology (vol 67, p 632)

16 August, 2006

Autism -- an evolving concept -- BERNEY 176 (1): 20 -- The British Journal of Psychiatry

Autism -- an evolving concept -- BERNEY 176 (1): 20 -- The British Journal of Psychiatry: "In the absence of a cure, the implementation of ideas will continue to outstrip factual evidence. Clinicians are challenged by the availability of information (and misinformation), particularly on the internet. "
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