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  by Tony Cartalucci
 February 15, 2014
 from 
			LocalOrg Website
 
			  
			  
			  
			In Slashdot's "Big 
			Pharma Presses U.S. to Quash Cheap Drug Production in India," it 
			states: 
				
				"Pharmaceutical Research and 
				Manufacturers of America (PhRMA), are leaning on the United 
				States government to discourage India from allowing the 
				production and
				
				sale of affordable generic drugs 
				to treat diseases such as cancer, diabetes, HIV/AIDS and 
				hepatitis.  
				  
				India is currently 
				on the U.S. government's Priority Watch List - countries whose 
				practices on protecting intellectual property Washington 
				believes should be monitored closely.  
				 
				  
				Last year
				
				Novartis lost a six-year legal battle after the Indian 
				Supreme court ruled that small changes and improvements to the 
				drug Glivec did not amount to innovation deserving of a patent. 
				 
				  
				Western drugmakers Pfizer, GlaxoSmithKline, Novartis, Roche 
				Holding, Sanofi, and others have a bigger share of the 
				fast-growing drug market in India.  
				  
				But they have been frustrated 
				by a series of decisions on patents and pricing, as part of New 
				Delhi's push to increase access to life-saving treatments in a 
				place where only 15 percent of 1.2 billion people are covered by 
				health insurance.  
				  
				One would certainly understand and probably 
				agree with the need for for cheaper drugs. But don't forget that
				
				Big Pharma, for all its problems still is the number one creator 
				of new drugs. 
				  
				In 2012 alone, the
				U.S. government and private companies
				
				spent a combined $130 
				billion on medical research." 
			And while Slashdot claims that "Big Pharma, for all its problems still is the number one creator of new 
			drugs," it should be remembered that much of that money
			
			comes from federal grants, or in other 
			words, out of the pocket of tax payers.  
			  
			Once these new drugs are developed, Big-Pharma's business model is defended stalwartly by 
			regulators, the media, and other facets of the corporate-financier 
			oligarchy ruling over the Western world.  
			  
			The immense profits 
			generated by the West's health care racket are not merely helping 
			recover R&D costs - the immensity of "Big Pharma" in 
			and of itself is testament of this.
 
 
			Big pharma and big health - there is nothing they can do that we the 
			people can't do better.  
			Unwrapping the enigma in which our health 
			care exists is step one in medical liberation.  
			  
			  
			So 
			
			for Big Pharma to hold profits and the contrived notion of 
			"intellectual property" over the lives of impoverished people abroad 
			is truly indefensible.
 Several barriers prevent this skewed formula from being balanced or 
			indeed, tilted in favor of the people.
 
 For one, the notion of "intellectual property" prevents both the 
			knowledge derived from research and development from passing into 
			the hands of others who could potentially improve both the process 
			of developing drugs as well as the very drugs produced in the first 
			place.
 
			  
			Since this knowledge is in part paid for by 
			the people, it 
			should be accessible to the people.
 Another barrier are regulatory bodies that do not in fact function 
			for the benefit of the health and safety of the people, but the 
			profits and reputations of the corporations utilizing them.
 
			  
			
			
			The US 
			FDA has literally approved poison for human consumption on more than 
			one occasion - not the result of incompetence, but the result of 
			collusion with profiteering monopolies.
 
			  
			  
			
			Hitting Back - Open Pharmaceuticals
 
 Circumventing these barriers will require creativity and ingenuity 
			on the part of the people.
 
			  
			Legislation simply will not work, since 
			the legislators are easily and continuously bought off - nor will 
			protests. Instead, we must unwrap the enigma within which 
			pharmaceutical R&D (research and develop) exists, and begin developing our own medical 
			treatments through professional cooperatives. 
 There are already people working toward this goal - 
			multidisciplinary professionals seeking to circumvent the 
			frustrating pipeline of pharmaceutical and treatment development.
 
			  
			  
			
			 
			  
			  
			One of these people is
			
			
			Andrew Hessel, 
			who is currently working on a project called the "Pink 
			Army Cooperative."
 Cancer is perhaps the most  frustrating condition with which one can 
			be inflicted. It is also a disease that generates millions for the 
			health care industry and pharmaceutical giants despite the fact that 
			treatments are generally ineffective, and worse still, devastating 
			to those who take them before their inevitable demise.
 
 The Pink Army Cooperative seeks to leverage advances in 
			biotechnology through a cooperative model of R&D as well as 
			implementation, to bring treatments that are both effective and 
			affordable to the people who need them most.
 
			  
			It short-circuits the political battle 
			between Big Pharma and its victims, and goes 
			straight for pragmatic solutions.
 From the Andrew Hessel's
			
			website, it states:
 
				
				Can you imagine a cancer treatment 
				made just for you, in a day, for free? One with almost no 
				side-effects?  
				
				It sounds like science fiction but I 
				believe it’s within reach if we work together. Here’s why. 
				When you think about it, cancer is just an infection of your 
				body with some of your own cells that have gone rogue. Not 
				unlike a bacterial infection, which have been treated 
				successfully since penicillin, turning a once-deadly disease 
				into a trivial, take-a-pill-and-go-home fix.
 
				
				With cancer, treatment requires 
				killing just the rogue cells while leaving the good ones 
				untouched. The challenge is specificity - the ability of the 
				treatment to affect one type of cell and not another.  
				  
				The agents 
				we use today aren’t specific. They’re broad. So broad that 
				they’re akin to busting a few bad guys in New York by nuking the 
				entire city. It’s effective, but there’s a lot of collateral 
				damage.  
				  
				We really need is a molecular police force able to 
				distinguish good cells from bad - and these were impossible 
				until we had biotechnology. 
			It is highly recommended that readers
			
			continue on with the 
			introduction, as well as browse the rest of the
			Pink Army Cooperative 
			website.
 The promise offered by Hessel's proposal is not merely theoretical. 
			Cancer has been cured through the use of a,
 
				
				"molecular police force 
			able to distinguish good cells from bad."  
			Gene therapy carried out 
			against a variety of blood cancers have already successfully (and so 
			far permanently) cured 120 patients.  
			  
			AP reports in their article, "GENE 
			THERAPY SCORES BIG WINS AGAINST BLOOD CANCERS," that: 
				
				In one of the biggest advances 
				against leukemia and other blood cancers in many years, doctors 
				are reporting unprecedented success by using gene therapy to 
				transform patients' blood cells into soldiers that seek and 
				destroy cancer.  
				
				A few patients with one type of 
				leukemia were given this one-time, experimental therapy several 
				years ago and some remain cancer-free today.  
				  
				Now, at least six 
				research groups have treated more than 120 patients with many 
				types of blood and bone marrow cancers, with stunning results.  
					
					"It's really exciting," said Dr. 
				Janis Abkowitz, blood diseases chief at the University of 
				Washington in Seattle and president of the American Society of 
				Hematology. "You can take a cell that belongs to a patient and 
				engineer it to be an attack cell."  
				In one study, all five adults and 19 
				of 22 children with acute lymphocytic leukemia, or ALL, had a 
				complete remission, meaning no cancer could be found after 
				treatment, although a few have relapsed since then.  
				
				These were gravely ill patients out 
				of options. Some had tried multiple bone marrow transplants and 
				up to 10 types of chemotherapy or other treatments. 
			While the advances being made against 
			cancer right now are driven by institutions and government funding, 
			the technology that is resulting will lay the infrastructure for 
			Hessel's Pink Army Cooperative.  
			  
			Manning that infrastructure may be 
			ordinary people from around the world, being educated and trained in 
			all matters biological at their local DIYbio laboratory.
 
			
			
 
			  
			  
			The diving costs and simplicity of modern biotechnology is opening 
			doors to make it as accessible and affordable as personal computing.
 
			  
			The "killer app" for personal biotechnology will surely be health 
			care cooperatives that give the masses a truly appealing alternative 
			to the variety of big-business "solutions" being offered now by, 
				
					
					
					immense pharmaceutical corporations (costly, ineffective drugs)
					
					insurance providers (Obama care, rationed care in the EU), 
			...and 
			others parasitically profiteering from the misfortune of others.
 For readers today, 
			looking into 
			the world of DIYbio and finding a local laboratory (or starting 
			one) can be the first step on the journey toward health care 
			liberation.
 
			  
			Like the media monopolies now crumbling in the face of 
			advances in IT, pharmaceutical monopolies will likewise fall. 
			Building bridges to the many dedicated professionals lining these 
			industries will be essential in establishing alternatives that truly 
			serve the best interests of the people.
 Remembering that biotechnology is a double-edged sword, able to cut 
			in any direction depending on the hands that wield it, should 
			encourage us to pick it up and ensure it stays in our hands.
 
			  
			Technological disparity breeds injustice, and the only true means to 
			reduce this disparity is to put technology into as many hands as 
			possible.  
			  
			  
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