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Thread: Brain Salad Surgery

  1. #11
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    9/11 syndrome claims another first responder...

    New Jersey Trooper Dies of 9/11-Related Cancer
    Dec 30, 2016- A New Jersey State Police lieutenant who developed a brain tumor after working at Ground Zero following the 9/11 terrorist attacks died on Wednesday.
    Lt. Bill Fearon's diagnosis of glioblastoma was made after an MRI found a spot on the left frontal lobe of his brain in 2015, according to NorthJersey.com. "Even during this difficult time, Bill maintained his sense of humor, positive attitude and can-do spirit," New Jersey State Police officials said in a statement. "Bill put it best when he stated, 'Every day I put my feet on the ground and I look forward to winning. This is the mindset that I have, it’s about living without fear.' "

    During his treatments, the trooper handed out rubber wristbands that said "No Fear" -- which became a mantra he would adopt as he waged his battle against cancer.


    Lt. Bill Fearon

    A GoFundMe.com page was set up to help cover medical costs and expenses not covered by insurance and has so far raised nearly $60,000. "Lt. Fearon was a loving and devoted husband, son, and father, whose memory will live in the hearts of his family, friends, and fellow members of the New Jersey State Police," Gov. Chris Christie, who ordered flags at all state buildings to be flown at half-staff on Saturday to mark Fearon's death, said in a statement. "He served his state with courage, professionalism, and commitment to the finest ideals and traditions of the New Jersey State Police. It is with deep sadness that we mourn the loss of Lt. Fearon, and we extend our sincerest sympathy to his family and loved ones."

    Fearon served with the state police for 22 years and is survived by his wife, Janice; and their three children, Ryan, Elyse and Jessie.

    http://www.officer.com/news/12290762...related-cancer

  2. #12
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    Granny says dat's why people lived to ripe old ages inna Biblical times...

    Chemical Extracts from Mediterranean Plants May Help Brain Diseases
    January 09, 2017 | WASHINGTON — Extracts from plants found in abundance in and around the Mediterranean eventually may be used to help treat people with Alzheimer's and Parkinson's disease.
    Scientists said chemicals in $#@!ly pear and brown seaweed appear to interfere with the formation of sticky plaques found in the brains of those suffering from the two neurodegenerative, age-related diseases. The plaques are a hallmark of both Alzheimer's and Parkinson's that lead to a gradual reduction in brain function and to death.


    $#@!ly pears are displayed for sale at a stall in Beirut, Lebanon, July 22, 2014. A dozen $#@!ly pears are sold for approximately $4 in the Lebanese market.

    The extracts, said researchers, appeared to replace the harmful sticky clumps with deposits that were less toxic. Researchers at the University of Malta and the National Center of Scientific Research at the University of Bordeaux tested the plants' chemical extracts on Brewer's yeast with beta amyloid deposits, similar to those seen in Alzheimer's disease.

    Study done using fruit flies

    Scientists said the yeast's health improved dramatically after exposure to the chemicals. They next tested the extracts in fruit flies that were genetically modified to develop symptoms of Alzheimer's. When the flies were given brown seaweed extract, their lifespans increased by two days, according to investigators. $#@!ly pear prolonged the insects' lives by four days. Researchers said one day in the life of a fruit fly is the equivalent to a human year. Significantly, improvement was noted in the movement of some of the diseased insects.

    Gummy protein overload

    In a fly model of Parkinson's disease, scientists discovered the extracts also extended the lifespan of flies whose brains were overloaded with a gummy protein implicated in Parkinson's disease called alpha-synuclein. The research was reported in the journal Neuroscience Letters. Researchers said it appears the same biological pathways in the brain lead to the formation of sticky plaques seen in both diseases. They added that targeting those pathways is the most promising avenue in the fight against the neurodegenerative diseases.

    Extracts are very safe

    Lead author Ruben Cauchi of the University of Malta's Center for Molecular Medicine and Biobanking said the Mediterranean plant extracts already are on the market in health foods and some cosmetics, making them very safe. The research team is working with a company that extracts the chemicals for commercial use as “fountain of youth” preparations.

    http://www.voanews.com/a/alzheimers-...s/3669879.html

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    Is amazing what they can do with brain implants nowdays...

    Brain implants help paralyzed man drink coffee on his own for 1st time in years
    Mar 28, 2017, After years of paralysis, a man was able to pick up a cup of coffee and take a sip, thanks to experimental technology that allowed brain signals to control his arm with the help of a computer.
    The researchers at Case Western Reserve University and University Hospitals Cleveland Medical Center documented their work in a new study published today in The Lancet medical journal. The study explains how a special electrical device, including implants in the brain and arm, allowed the man to control the movement of his right hand and arm years after being paralyzed from the shoulders down. Dr. A Bolu Ajiboye, assistant professor of biomedical engineering at Case Western Reserve University and lead study author, explained their patient was the first to have such a high level of paralysis and yet still be able to move his arm via the device called BrainGate2. "He literally cannot do anything on his own," said Ajiboye of the study subject, who was paralyzed eight years before he took part in the study. "With [this] system, he's been able to scratch his nose or be able to take a take a drink of a cup of coffee ... he now has the ability to do things."

    To help the unnamed patient, doctors used the experimental neural interface system, BrainGate2, which is being studied in clinical trials at various institutions in the U.S. The system works by using electrical chips in the brain to transmit data to a computer, which then sends electrical signals to the muscles to move. In this case, two small chips were implanted in the man's brain in order to transmit data via a cable to a computer. The researchers also implanted small electrodes in his right arm, so that electrical impulses can cause the muscles to move. In a person with full mobility, a desire to move the arm will result in an electrical signal down the spinal cord to the muscles that will result in the arms moving. The devices recreates that by having the implant "read" data from the patient's brain, which the computer translates into action that is then triggered by electrical signals to implants in the patient's arm. "What we are doing in this project is circumventing the spinal injury by taking [the] pattern of brain activity to directly stimulate the muscles," Ajiboye explained.

    Ajiboye said the patient was excited to take part in the study despite the invasive surgery in order to be able to do things for himself again. "He said, 'You know what I really want to [do is] drink coffee,'" Ajiboye recalled. "We showed him drinking through a straw and drink coffee [via the device]." He also has gotten to feed himself and even itch his nose with the device. However, since the device is experimental, the patient can only use it in the lab, but researchers hope to eventually have a device that he can use at home. "He definitely keeps us wanting to innovate," said Ajiboye. "We want to give him more functionality."

    Dr. Ben Walter, medical director of the Deep Brain Stimulation Program at University Hospitals Cleveland Medical Center and co-author of the study, said that this is still an early prototype with limitations. For example, the patient can't "feel" what he's holding; instead, he has to visually judge how much force to use in order to pick something up. "In this particular application, he is not sensing the pressure and able to modulate the force based on feedback," Walter explained. "He can see what he's doing, but he can't feel." While experimental, Walter said the implant is still an important move forward and could become much more streamlined in the future. "In this case, he just thinks about moving and he moves," Walter said. "We're really putting things back together the way they're meant to be."

    http://abcnews.go.com/Health/brain-i...312&yptr=yahoo

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    Cap-like device that makes electric fields to fight cancer improved survival...

    'Sci-Fi' Cancer Therapy Fights Brain Tumors, Study Finds
    April 02, 2017 | WASHINGTON — It sounds like science fiction, but a cap-like device that makes electric fields to fight cancer improved survival for the first time in more than a decade for people with deadly brain tumors, final results of a large study suggest.
    Many doctors are skeptical of the therapy, called tumor treating fields, and it's not a cure. It's also ultra-expensive - $21,000 a month. But in the study, more than twice as many patients were alive five years after getting it, plus the usual chemotherapy, than those given just the chemo - 13 percent versus 5 percent. “It's out of the box” in terms of how cancer is usually treated, and many doctors don't understand it or think it can help, said Dr. Roger Stupp, a brain tumor expert at Northwestern University in Chicago.

    He led the company-sponsored study while previously at University Hospital Zurich in Switzerland, and gave results Sunday at an American Association for Cancer Research meeting in Washington. “You cannot argue with them - they're great results,” and unlikely to be due to a placebo effect, said one independent expert, Dr. Antonio Chiocca, neurosurgery chief at Brigham and Women's Hospital in Boston. Dr. George Demetri of the Dana-Farber Cancer Institute in Boston and a board member of the association hosting the conference, agreed but called the benefit modest, because most patients still die within five years. “It is such a horrible disease” that any progress is important, he added.

    About the treatment

    The device, called Optune, is made by Novocure, based in Jersey, an island near England. It's sold in the U.S., Germany, Switzerland and Japan for adults with an aggressive cancer called glioblastoma multiforme, and is used with chemo after surgery and radiation to try to keep these tumors from recurring, as most do. Patients cover their shaved scalp with strips of electrodes connected by wires to a small generator kept in a bag. They can wear a hat, go about their usual lives, and are supposed to use the device at least 18 hours a day. It's not an electric current or radiation, and they feel only mild heat. It supposedly works by creating low intensity, alternating electric fields that disrupt cell division - confusing the way chromosomes line up - which makes the cells die. Because cancer cells divide often, and normal cells in the adult brain do not, this in theory mostly harms the disease and not the patient.

    What studies show

    In a 2011 study, the device didn't improve survival but caused fewer symptoms than chemo did for people whose tumors had worsened or recurred after standard treatments. The U.S. Food and Drug Administration approved it for that situation. A second study, in newly diagnosed patients, was stopped in 2014 after about half of the 695 participants had been tracked for at least 18 months, because those using the device were living several months longer on average than the rest.

    The FDA expanded approval but some doctors were leery because the device wasn't compared with a sham treatment - everyone knew who was getting what. Study leaders say a sham was impractical, because patients feel heat when they get the real thing, and many would refuse to shave their heads every few days and use an inconvenient device for years if the treatment might be fake. Some doctors said they would withhold judgment until there were long-term results on the whole group.

    The new results

  5. #15
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    Immunotherapy for brain tumors...

    Immune boosting virus could be used to treat brain tumours
    January 3, 2018 - A trial of a potential new brain cancer treatment has shown that a virus injected directly into the bloodstream can reach tumours deep inside the brain and switch on the body’s own defence system to attack them.
    The trial involved just nine patients, but scientists said that if the results could be replicated in larger studies, the naturally occurring ‘reovirus’ could be developed into an effective immunotherapy for people with aggressive brain tumours. “This is the first time it has been shown that a therapeutic virus is able to pass through the brain-blood barrier,” said Adel Samson, a medical oncologist at the University of Leeds’ Institute of Cancer and Pathology who co-led the work. He said their trial had shown not only that a virus could be delivered to a tumour deep in the brain, but that when it reached its target, “it stimulated the body’s own immune defences to attack the cancer”.

    Published in the journal Science Translational Medicine on Wednesday, the trial involved nine patients with tumours that had either spread to the brain from other areas or were fast-growing gliomas, an aggressive type of brain cancer. All the patients were due to have their tumours removed surgically, but in the days beforehand they were each given a single dose of the reovirus administered via intravenous drip into the bloodstream. Once the tumours were removed, the scientists analysed samples to see if the virus had been able to reach the cancer, which in some cases was deep within the brain.

    In all nine patients, there was evidence that the virus had reached its target, they said. There were also signs that the replicating virus had stimulated the immune system, with white blood cells or so-called “killer” T-cells being drawn to the tumour to attack it. Because the virus only infects cancer cells and leaves healthy cells alone, patients who received the experimental treatment reported only mild side-effects such as slight flu-like symptoms. Until these positive results, scientists had been doubtful about whether the virus would be able to pass into the brain because of the protective blood-brain barrier membrane.

    However, injecting the virus directly into the brain would be difficult and potentially dangerous. Alan Melcher of Britain’s Institute of Cancer Research, who also co-led the study, said the results pointed a way forward for more trials using this virus, including testing whether it can harness the immune system to super-charge the effect of existing chemotherapy and radiotherapy treatments. “Now we know we can get reovirus across the blood-brain barrier, we have begun clinical studies to see just how effective this viral immunotherapy can be,” he said.

    https://in.reuters.com/article/healt...-idINKBN1ES1RT

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    Heard something last week about promising trial with mice where brain tissue goes to the place where it is needed and starts to grow which leads them to believe it may be possible in the future to help the brain repair itself from strokes, etc. to full capacity.

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    People as old as 79 could still generate new brain cells...

    New brain cells in the old? Study stokes debate
    Sat, Apr 07, 2018 - MEMORY: After a study last month found no evidence of new neurons past the age of 13, a study this month reported ‘equivalent volumes of the hippocampus across ages’
    People as old as 79 could still generate new brain cells, researchers said on Thursday, stoking fresh debate among scientists over what happens to our brains when we age. The report by scientists at Columbia University in New York, published in the journal Cell Stem Cell, runs directly counter to a study published in Nature last month that found no evidence of new neurons being created past the age of 13. While neither study is seen as providing the definitive last word, the research is being closely watched as the world’s population ages and scientists seek to better understand how the brain ages, for clues to ward off dementia. The focal point of the research is the hippocampus, the brain’s center for learning and memory. Specifically, researchers are looking for the foundations of new brain cells, including progenitor cells, or stem cells that would eventually become neurons.

    Using autopsied brain samples from 28 people who died suddenly between the ages of 14 and 79, researchers looked at “newly formed neurons and the state of blood vessels within the entire human hippocampus soon after death,” the Cell Stem Cell study said. “We found that older people have similar ability to make thousands of hippocampal new neurons from progenitor cells as younger people do,” said lead author Maura Boldrini, associate professor of neurobiology at Columbia University. “We also found equivalent volumes of the hippocampus across ages,” Boldrini said. The findings suggest that many seniors could retain more of their cognitive and emotional abilities longer than previously believed. However, Boldrini said these new neurons might be less adept at making new connections in older people, due to aging blood vessels.

    Animals such as mice and monkeys tend to lose the ability to generate new brain cells in the hippocampus with age. Just how the human brain reacts to aging has been controversial, although the widely held view is that the human brain does continue to generate neurons into adulthood, and that this “neurogenesis” could one day help scientists tackle age-related brain degeneration. However, a study last month led by Arturo Alvarez-Buylla of the University of California in San Francisco found the opposite. Looking at brain samples from 59 adults and children, “we found no evidence of young neurons or the dividing progenitors of new neurons” in the hippocampi of people older than 18, he told reporters when the study was published. They did find some in children between birth and one year, “and a few at seven and 13 years of age,” he said.

    That study was described by experts as “sobering,” because it indicated that the human hippocampus is largely generated during fetal brain development. Alvarez-Buylla’s lab responded to the latest research in a statement saying that they were unconvinced Columbia University had found conclusive evidence of adult neurogenesis. “Based on the representative images they present, the cells that they call new neurons in the adult hippocampus are very different in shape and appearance from what would be considered a young neuron in other species, or what we have observed in humans in young children,” they said. Boldrini, for her part, said her team used flash-frozen brain samples, while the California researchers used samples that were chemically preserved in a process that might have obscured the detection of new neurons.

    http://www.taipeitimes.com/News/worl.../07/2003690873

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