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  1. #1
    I'm in Jail

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    US researchers grow first ever brain from human skin cells in laboratory

    US researchers grow first ever brain from human skin cells in laboratory

    The World Today
    By Rachael Brown
    Posted yesterday at 6:07pm
    Photo: The unconscious brain, the size of a pea and comparable with a five-week old foetus. (Ohio State University)
    Map: United States

    An almost fully formed brain has been grown in a laboratory for the first time, scientists from Ohio State University say.
    The unconscious brain, the size of a pea and comparable with a five-week-old foetus, could speed up neuroscience research into conditions like Alzheimer's and Parkinson's.
    The model brain was engineered from adult human skin cells but the method is largely under wraps because of a pending patent.
    Lead researcher Professor Rene Anand, who presented his data at a military health symposium in Fort Lauderdale, Florida, said they had reproduced every part of the brain.
    "Not only does it look like a brain, it is expressing all of the genes that help make a brain, and that means the entire thing from cortex to the spinal cord is present," he said.
    However, the brain does not have the capacity to be conscious and Professor Anand said ethical concerns were therefore non-existent.
    Media player: "Space" to play, "M" to mute, "left" and "right" to seek.





    Audio: Listen to Rachael Brown's report. (The World Today)
    "It has no sensory input whatsoever, so largely it is a living tissue that replicates the brain," he said.
    "And when there are genetic causes or environmental causes, we can assess how they alter the migration of cells, for example, or the formation of synapses or the formation of circuits.
    "So it gives us incredible access to knowing when something goes wrong, how does it go wrong, and maybe one day we'll figure out how to fix it."
    The Guardian has reported several researchers they contacted were concerned the data was being kept under wraps and it had not gone through peer review.
    They said that made it impossible to judge the quality and impact of the model brain.
    Researchers deny details being kept away from scrutiny

    But Professor Anand said his team was not keeping it a secret.
    "Actually the data has been used in several different federal and private agency grants," he said.
    "Many of their scientists have seen all of the data and I think The Guardian article probably refers to scientists who are correctly being cautious.
    "I think when you make a claim like this, any good scientist would want to see all the data, but that data will become publicly available after we complete our invention disclosure process."
    The researchers said the next step would be to attempt to build the vasculature, which is the blood supply.
    The model brain will then become useful to treat things like stroke.
    "As a constant of [the vasculature], the brain will mature further," Professor Anand said.
    "I think that will allow us to ask questions about disorders that are in the dementia category."
    Discovery to assist with Alzheimer's, Parkinson's

    Professor Anand said the model brain could have huge impacts on research into neurological diseases and would accelerate of research.
    "I think it's ethical, because it will make greater predictions of what is going to happen to a patient who is given a drug, both on the efficacy side and on the side-effect side," he said.
    "You won't have to jump straight from rodents into humans. It will drop the cost of clinical trials dramatically — this is a lot cheaper to do than clinical trials.
    "I think its predictive capacity will be phenomenal because it is human."
    Professor Anand said it could help particularly with conditions like Alzheimer's and Parkinson's.
    He said the researchers would test it on people who have huge genetic proclivity in families.
    "Where we will run into possible trouble is when over a lifetime exposed to certain types environmental toxins and not knowing what they are, we will probably have a harder time trying to discern how that comes about and why," he said.
    "But it's also a model that allows us to ask questions about pre-natal health — what happens to a pregnant woman who is smoking smokeless nicotine? Is it safe?
    "Or are you drinking water where plasticides are added to the plastic — is it safe?
    "We can ask these questions in human models, make predictions and provide guidance to the FDA [US Food and Drug Administration] to regulate or not regulate or to provide that information to the public."
    Professor Anand said he foresaw a time when the brain model would open doors to understanding traumatic brain injuries and Post-Traumatic Stress Disorder (PTSD).
    "Recently at the military health sciences conference we allowed defence agencies to see the technology we brought to the table," he said.
    "Our hope is that if they fund us we'll be able to do what we're trying to do for, say, autism or Alzheimer's or Parkinson's — get skin cells from those who have been traumatised, that have PTSD and those who don't have PTSD, and then we ask what's the difference.
    "The question would be, for example, you'd use stress hormones and, say, does this person's brain react more adversely to it than the other person, and is that why they get PTSD or is it not?"


    US researchers grow first ever brain from human skin cells in laboratory - ABC News (Australian Broadcasting Corporation)

  2. #2
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    ^ Frightening, as is so much of the brain research going on. Fortunately I won't likely live to see the day people are given loyalty brain scans much the same way drug tests are given now.

  3. #3
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    might be better than using rats, mice or any other animal experiment
    to determine what's good or not good for humans.

    but the corruption is always lurking.

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    Thailand Expat harrybarracuda's Avatar
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    That will give Booners some hope.

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    Thailand Expat Boon Mee's Avatar
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    Quote Originally Posted by harrybarracuda View Post
    That will give Booners some hope.
    You obviously fixate about me so you wanna my DOB so's you can send me a B-Day Card?

  6. #6
    Pronce. PH said so AGAIN!
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    Quote Originally Posted by harrybarracuda
    That will give Booners some hope.
    No it won't - that's one petri dish that'll probably never vote GOP.

    Perhaps some wingnut outrage grifters can doctor up a video of it getting attacked with a chainsaw or something and drum up a few juicy headlines for Breitbart though.

  7. #7
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    Quote Originally Posted by harrybarracuda
    That will give Booners some hope.
    If he likes mushy peas, maybe...

    Quote Originally Posted by slackula
    some wingnut outrage grifters
    That's a fine way to speak of thegent's lady...

  8. #8
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    Scientists create ‘supermouse’ with half-human brain

    SCIENTISTS have created a ‘supermouse’ four times smarter than a normal mouse to better understand human brain disease. University of Rochester Medical Centreresearchers injected brain cells from human foetuses into newborn mice, creating animals with half-human brains.
    They found mice with human brain cells had memories four times better than their siblings who weren’t injected.
    “We can say they were significantly smarter than control mice,” lead researcher Professor Steve Goldman told New Scientist magazine. “These were whopping effects.”
    He said the goal was not to create a new species of ‘supermouse’, but to make mouse brains more human-like so scientists could effectively study brain disease.


    For the study, published in the journal Cell Stem Cell in March, researchers injected glial cells from donated human foetuses (left over from IVF treatments) into the baby mice.
    Glial cells help to support and protect neurons, and develop into astrocytes which are vital for co-ordinating thought processes.
    Within a year of the injections, scientists said the human cells had taken over the mouse brains.
    Professor Goldman said the cells did not make the mice “more human”.


    Scientists create ?supermouse? with half-human brain

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