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Author Topic: Navy to Give Neck Injections to Cure PTSD  (Read 702 times)
Jordan
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« on: December 14, 2011, 04:41:15 PM »

What if doctors could cure post-traumatic stress disorder with a single injection to the neck? One Chicago-area doctor claims he can, and has finally convinced someone in the Pentagon to give the idea a shot. And Danger Room has learned that some in the Navy believe the approach might actually work.

The freaky procedure is called stellate-ganglion block (SGB). It’s the brainchild of Chicago anesthesiologist Dr. Eugene Lipov. He’s touted the method for years, even winning then-Senator Barack Obama’s support in 2007, and he’s treated dozens of military personnel and veterans at his own clinic.

Until recently, Lipov was largely ignored by Pentagon brass and military doctors. All four of his applications for military research funding were denied. The most recent rejection came just last month.

But someone with the Pentagon’s funding review boards forgot to tell the Navy. One of its doctors is now several months into the first-ever military study on SGB — and she tells Danger Room exclusively that the method actually appears effective.

“I think of SGB as being similar to re-starting a computer, only we’re talking about circuitry of the nervous system and chemical pathways,” says Capt. Anita Hickey. Hickey is the director of Integrative Pain Medicine at the Naval Medical Center San Diego, where she’s studied a variety of new approaches to PTSD diagnosis and treatment among military personnel, including brain scans and acupuncture. “We’re seeing very positive results.”

The study is the latest evidence of the Pentagon’s increasing desperation to get a handle on PTSD — a frequently debilitating condition that affects an estimated 250,000 soldiers just from this decade’s wars, and thousands more from earlier conflicts. Doctors across the country are getting Pentagon dollars to study ideas as far-out as dog therapy and “digital dreaming” software. Capt. Hickey says that the Navy alone is currently funding 82 different studies on potential PTSD treatments. So far, nothing’s proven to be a magic bullet.

You can credit — or blame — the military’s recent embrace of holistics (acupuncture is now used in combat, and several military hospitals offer yoga) for Hickey’s SGB study. Last year, a senior Naval official heard Dr. Lipov present his idea to the House Veteran’s Affairs Committee. The official brought the idea up to top Navy docs, all of whom rejected it.

Then Capt. Hickey, a doctor herself, came along. An aficionado of alt-medicine and longtime advocate for combat acupuncture, Hickey thought the concept had potential. Hickey applied to the Navy for funding, and got $100,000 — even as other military doctors gave Lipov’s proposals the thumbs-down. She’s now midway through a long-term evaluation of SGB in 42 Naval personnel diagnosed with PTSD.

Capt. Hickey said she couldn’t divulge specific data from the study. But she did say that the process is double blind and placebo controlled. One group of patients receives a placebo, and neither doctor nor patient knows what was administered. The method is the gold-standard for rigorous medical research because it minimizes any subjective bias and helps distinguish real results from imagined ones.

“Of course, we’ve got more work ahead of us,” Capt. Hickey says. “But our team considers itself very open minded — if something works, it works. And with PTSD, we desperately need something to work.”


Lipov initially used SGB to treat hot flashes among post-menopausal women. When he dug up an old Finnish paper on adapting the procedure for PTSD, he in 2007 decided to give it a stab. Preliminary attempts worked incredibly well: SGB seemed to alleviate PTSD symptoms within five minutes, and one former Marine Corps Sergeant enthused that “I immediately felt more relaxed and calmed down. It’s been great.”

Unfortunately, Lipov wasn’t entirely sure how SGB targeted PTSD  — hardly what Pentagon brass want to hear about an exciting new treatment prospect.

After subsequent research, however, Lipov in 2009 published a paper in Medical Hypothesis – a journal whose stated mission is to “publish radical, speculative and non-mainstream ideas” — describing how SGB seems to work. The injection of anesthetic, administered into a bundle of sympathetic nervous tissue in the neck, appears to turn off something called nerve growth factor. Nerve growth factor can surge during stressful experiences and promote the sprouting of nerves. That triggers chronic stress — what’s commonly known as the “fight or flight” response.

“If somebody’s circuitry is going haywire, then the anesthetic shuts it off, and reboots the system,” Dr. Hickey says.

Of course, you’d be right to think that rebooting a soldier’s nervous system sounds a little scary. And indeed, SGB isn’t without risks. The injection can trigger seizures, hit an artery or even puncture the lung, however rarely.

Those downsides might explain why the Pentagon hasn’t jumped all over SGB. Most recently, Lipov’s proposal for a $1.6 million study was rejected by the U.S. Army Medical Research and Materiel Command at Fort Detrick. Reviewers noted that the proposal was too ambitious and expensive for something that still lacked “a convincing neurobiological explanation.”

Sure, many in the military are open minded about new approaches to treating PTSD. But claiming to cure PTSD with one injection, when months of therapy and powerful prescriptions fail, hardly seems realistic. Not to mention that therapy isn’t accompanied by the risk of a punctured lung.

Still, there’s no question the military is running out of options. Giving more serious consideration to controversial ideas, such as SGB, ecstasy or marijuana, is likely only a matter of time. Lipov, for one, has no plans to stop pushing the Pentagon: He’s written a book on the procedure, and has a new study of his own, on eight veterans,  being published in February’s edition of the journal Military Medicine.

Not to mention a new strategy for scoring federal research dollars.

“I’m done trying to get any money from the Pentagon, because they’ve got a broken, biased system for giving it out,” he tells Danger Room. “From now on, I’m just going to go straight to Congress and the Senate.”

http://www.wired.com/dangerroom/2011/12/navy-ptsd-neck-injections/
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global_fiefdom
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« Reply #1 on: December 14, 2011, 04:48:36 PM »

Wow.

There are lots of local clinics I noticed offering free community acupuncture, and I was wondering if this was why.

There is a similarity between what ails the veterans and autism, by the way.
The veterans suffer hypersensitivity because they are growing new nerve tissue.
Autistic people suffer hypersensitivity because they are growing too many brain cells and also the nerve coatings get damaged or there is not enough cholesterol to go around.
There was a film some years back where homeless people were being targeted for nerve repair research. The "Moles" as they were called, or the underground people who didn't have official identities with the surface folk.

Anyhow, we have a potential link between military and autism, and it's called "stem cell research". (Thanks Bill Clinton, you scumf**k)
What are the odds that the military has been injected with stem cells to add another arm to the octopus of illegal stem cell programs?
What is the likelihood that autistic children have out of control stem cell growth because of infusions or "viral-like" responses to foreign DNA, resulting in a pile-up of useless cells and proteins which block normal neuronal function?

Then there is always the theory that this tech makes some of the vets super geniuses, assuming the body is somehow able to clear the debris and rewire.
Whatever is going on, it's seriously not worth it.

 Angry

Tsk tsk! For shame.

EDIT: from the picture, am I to understand the brain stem is being bypassed or not?
I don't quite grasp the procedure.



P.S.  Latest research: restoring lost synapses may speed up treatment response in treating depression and PTSD. NARSAD website. Available at: http://www.narsad.org/?q=node/846 . Published April 9, 2009. Accessed May 20, 2010.

http://www.darpa.mil/Our_Work/DSO/Programs/Reorganization_and_Plasticity_to_Accelerate_Injury_Recovery_%28REPAIR%29.aspx

Reorganization and Plasticity to Accelerate Injury Recovery (REPAIR)

The Reorganization and Plasticity to Accelerate Injury Recovery (REPAIR) program aims to uncover the mechanisms underlying neural computation and reorganization to improve modeling of the brain and our ability to interface with it.

Current models of the brain based on invasive measurements are region specific and compartmentalized, while noninvasive measurements are used to build descriptive models of how the brain behaves with low degrees of specificity.  New approaches to multiregion, multiscale recording present an opportunity to determine the sequencing of neural signaling from initial cues through task completion, and correlate these neuron-level signals to changes in brain activity. These approaches could lead to new classes of devices that rehabilitate individuals following brain injury, restore impaired sensory function, and manipulate external systems, such as robotic arms, at much faster rates than conventional interfaces.

REPAIR will create a new neuroscience community, bringing together previously separate but complementary approaches to solve old problems and address new ones.  The program will also improve our ability to treat and restore the injured brain through development of neural interfaces and compensatory strategies derived from brain models.

COL Geoffrey Ling
geoffrey.ling@darpa.mil


   Antibody Technology Program (ATP)

    Antibody-based biosensors provide the most reliable detection capability across the broadest range of biowarfare agents.  They are, therefore, the preferred platform for DoD biosensor applications.  Fragility of antibody molecules, however, and the short shelf life of antibody-based biosensors severely complicates their use outside the clinical laboratory environment.  Additionally, the variability in affinity across various antibody systems has precluded development of multiplexing antibody arrays for biosensor applications.  The vision of DARPA’s Antibody Technology Program (ATP) is to develop and demonstrate approaches for achieving revolutionary improvements in the stability of antibodies while demonstrating the ability to control antibody affinity.  DARPA believes achievement of these goals will ultimately enable the deployment of portable, multiplexing biosensors that operate well in the harsh environments encountered during some DoD missions.

    ATP seeks to develop and demonstrate technologies that enable antibody-based biosensors that operate in harsh environments and can be stored for up to 5 years with no loss in performance.  The ability to control antibody affinity will enable development and deployment of biosensor arrays that detect multiple agents in a single platform.






Restorative Encoding Memory Integration Neural Device (REMIND)

Memory loss and inability to acquire new memories are common consequences of traumatic brain injury, and memory dysfunction is an expensive, long-term treatment problem for the military.  Recovery from loss of memory associated with critical work and life tasks is essential to the recovery of a brain-wounded warfighter.  A biomimetic model of the hippocampus could serve as a neural prosthesis for lost cognitive function and memory impairment.

The Restorative Encoding Memory Integration Neural Device (REMIND) program will determine the nature and means by which short-term memory is encoded to enable restoration of memory through use of devices programmed to bypass injured regions of the brain.  Researchers will demonstrate the ability to restore performance on a short-term memory task in animal models, as well as determine quantitative descriptive methods for describing the means and processes by which memory is encoded.


http://www.moleculardevices.com/x3882.xml
^Firm offering both vaccine development AND stem cell services, AND neuroscience products LOL. Nice....


http://www.shirleys-wellness-cafe.com/stemcell.htm
Adult Stem Cell Physiology
Supporting Bone Marrow Adult Stem Cell Release Naturally to Support Optimal Health in Humans and Animals
Scientific developments have revealed that adult stem cells derived from the bone marrow, travel throughout the body, and act to support optimal organ and tissue function.  As you age, the number and quality of stem cells that circulate in your body gradually decrease, leaving your body more susceptible to injury and other age-related health challenges. Just as antioxidants are important to protect your cells from “free radical” damage, stem cell nutrition supplements from aqua-botanical extract (not from stem cells) are equally important to support stem cells in maintaining proper organ and tissue functioning in the body. Stem cell enhancers have been documented to support the release of millions of adult stem cells from the bone marrow very quickly. These stem cells can then migrate and attach to any cells, tissue, bone, muscle, cartilage, organ...anywhere in the body needing repair. Once they attach, they become that tissue and multiply 3 to 5000 times.
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chris jones
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« Reply #2 on: December 14, 2011, 06:10:53 PM »

 Sure they said that about electric shock too. Where do they dig up these lunatics.
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