Archive for the ‘Drug Companies’ Category

ZIOPHARM Presents Promising Preclinical Pediatric Sarcoma Data with Oral and IV Palifosfamide at the 2011 CTOS/MSTS Meeting

press release

Oct. 28, 2011, 12:55 p.m. EDT

NEW YORK, Oct 28, 2011 (BUSINESS WIRE) — ZIOPHARM Oncology, Inc. ZIOP -6.80% , a drug development company employing small molecule and synthetic biology approaches to cancer therapy, today announced the presentation of promising preclinical data with palifosfamide (Zymafos(TM) or ZIO-201) in a pediatric sarcoma model. The data was detailed in an oral session of the 2011 meeting of the combined Connective Tissue Oncology Society (CTOS) Musculoskeletal Tumor Society (MSTS), being held October 26 — 29, 2011 in Chicago, IL.

The presentation, entitled “Palifosfamide, a Bifunctional DNA Alkylator, Inhibits Growth of Pediatric Sarcoma Xenografts Across a Wide Dose Range Following Oral and Parenteral Dosing,” addressed, among other findings, the impact of palifosfamide activity in the presence of overexpression of aldehyde dehydrogenase (ALDH), an enzyme thought to confer resistance to alkylators like cyclophosphamide and ifosfamide. The authors reported that palifosfamide, a bi-functional DNA-alkylator in class with ifosfamide, cyclophosphamide and bendamustine, did not exhibit ALDH resistance. This important finding, combined with the use of oral administration and a potentially favorable toxicity profile, are particularly relevant for the pediatric population.

In vivo modeling for the study was conducted in the Cancer Therapeutics Laboratory of the Alfred I. DuPont Hospital for Children. The authors included E. Anders Kolb, M.D., Director, Blood and Bone Marrow Transplantation and Head, Cancer Therapeutics Laboratory as lead author and Richard Gorlick, M.D., Vice Chairman of Pediatrics at Albert Einstein College and Chairman of the Children’s Oncology Group (COG) Bone Sarcoma Committee as senior author. Results showed that orally administered palifosfamide was found to have broad in vivo preclinical activity comparable to parenteral administration in an osteosarcoma model. This activity was measured by tumor growth delay, relative tumor volume (RTV) and event-free survival across all doses. Investigators also found palifosfamide active in xenografts with overexpressed levels of ALDH. Overexpression of ALDH is present in diverse tumor types including breast cancer, colon cancer, pancreas cancer, Ewing’s sarcoma and other cancers, and is a marker of cancer stem cells. Ongoing testing of dose and schedule in both sarcoma and breast cancer models will define future clinical evaluation of the oral form and was supported through mathematical applied Norton-Simon modeling, as established by Larry Norton, M.D., deputy physician-in-chief for breast cancer programs, at Memorial Sloan-Kettering Cancer Center and an author of the study.

“The overexpression of ALDH in cancer cells may confer cancer stem cell-like activity and resistance to treatment, including chemotherapy and, in particular, ifosfamide and cyclophosphamide,” stated Dr. Kolb. “As a stabilized form of the active metabolite of ifosfamide, palifosfamide bypasses resistance mediated by ALDHs, in addition to conferring a potentially favorable toxicity profile compared to ifosfamide, which is known to generate toxic metabolites such as acrolein and chloroacetaldehyde. These results are compelling and merit further exploration in the clinic.”

The study was funded through a grant awarded to Dr. Lewis and Dr. Gorlick by the Kristen Ann Carr Fund (KACF) for the development of a novel treatment for pediatric sarcoma. The study’s objectives were to set the stage for further clinical study in pediatric sarcoma and other childhood cancers. Formed in 1993 in honor of Kristen Ann Carr (1971-1993), the KACF provides funding for the research and treatment sarcoma as well as the education of young physicians through the Kristen Ann Carr Fellowship at the Memorial Sloan-Kettering Cancer Center. Dr. Lewis was the first Kristen Ann Carr Fund Fellow (1993-1995), an honor awarded to him while at Memorial Sloan-Kettering.

Dr. Gorlick commented: “Sarcoma is a disease of high mortality which affects proportionately far more children than adults. It is, therefore, a critical goal of pediatric oncology research to find safer, more effective treatment options for this population. An oral drug could be a breakthrough in pediatric oncology treatment. These early, yet promising, results show the potential of palifosfamide to address this unmet medical need.”

About the Kristen Ann Carr Fund

The Kristen Ann Carr Fund ( www.kristenanncarrfund.org ) was formed in 1993, after the death of Kristen Carr, a 21-year-old who was just about to graduate from New York University. It has raised multiple millions for research into this group of rare and deadly tumors, which represent about 15% of all types of cancer in children and about one percent of all types in adults. Kristen Ann Carr Fund projects at Memorial Sloan Kettering Cancer Center include fellowships in both surgery and medical oncology. The KACF also built the Kristen Ann Carr Sarcoma Laboratory, as well as funding many projects in sarcoma and the psycho-social care of teenage and young adult cancer patients throughout the U.S. and internationally.

About ZIOPHARM Oncology, Inc.:

ZIOPHARM Oncology is a biopharmaceutical company engaged in the development and commercialization of a diverse portfolio of cancer therapeutics. The Company is currently focused on several clinical programs.

Palifosfamide (Zymafos(TM) or ZIO-201) is a novel DNA cross-linker in class with bendamustine, ifosfamide, and cyclophosphamide and is currently in a randomized, double-blinded, placebo-controlled Phase 3 trial with palifosfamide administered intravenously for the treatment of metastatic soft tissue sarcoma in the front-line setting. The Company is also currently conducting a Phase 1 study of palifosfamide in combination with standard of care for addressing small cell lung cancer; an oral form of palifosfamide continues in preclinical study.

Darinaparsin (Zinapar(TM) or ZIO-101) is a novel mitochondrial-targeted agent (organic arsenic) currently in a solid tumor Phase 1 study with oral administration and has been developed intravenously for the treatment of relapsed peripheral T-cell lymphoma.

Indibulin (Zybulin(TM) or ZIO-301) is a novel, oral tubulin binding agent that is expected to have several potential benefits including oral dosing, application in multi-drug resistant tumors, no neuropathy and a quite tolerable toxicity profile. It is currently being studied in Phase 1/2 in metastatic breast cancer.

ZIOPHARM is also pursuing the development of novel DNA-based therapeutics in the field of cancer pursuant to a partnering arrangement with Intrexon Corporation. The partnership includes two existing clinical-stage product candidates, both of which are currently in Phase 1.

ZIOPHARM’s operations are located in Boston, MA and Germantown, MD with an executive office in New York City. Further information about ZIOPHARM may be found at www.ziopharm.com .

ZIOP-G

Forward-Looking Safe Harbor Statement:

This press release contains certain forward-looking information about ZIOPHARM Oncology that is intended to be covered by the safe harbor for “forward-looking statements” provided by the Private Securities Litigation Reform Act of 1995, as amended. Forward-looking statements are statements that are not historical facts. Words such as “expect(s),” “feel(s),” “believe(s),” “will,” “may,” “anticipate(s)” and similar expressions are intended to identify forward-looking statements. These statements include, but are not limited to, statements regarding our ability to successfully develop and commercialize our therapeutic products; our ability to expand our long-term business opportunities; financial projections and estimates and their underlying assumptions; and future performance. All of such statements are subject to certain risks and uncertainties, many of which are difficult to predict and generally beyond the control of the Company, that could cause actual results to differ materially from those expressed in, or implied or projected by, the forward-looking information and statements. These risks and uncertainties include, but are not limited to: whether Palifosfamide, Darinaparsin, Indibulin, or any of our other therapeutic products will advance further in the clinical trials process and whether and when, if at all, they will receive final approval from the U.S. Food and Drug Administration or equivalent foreign regulatory agencies and for which indications; whether Palifosfamide, Darinaparsin, Indibulin, and our other therapeutic products will be successfully marketed if approved; whether our DNA-based biotherapeutics discovery and development efforts will be successful; our ability to achieve the results contemplated by our collaboration agreements; the strength and enforceability of our intellectual property rights; competition from pharmaceutical and biotechnology companies; the development of and our ability to take advantage of the market for DNA-based biotherapeutics; our ability to raise additional capital to fund our operations on terms acceptable to us; general economic conditions; and the other risk factors contained in our periodic and interim SEC reports including but not limited to our Annual Report on Form 10-K for the fiscal year ended December 31, 2010, our Quarterly Report on Form 10-Q for the quarter ended June 30, 2011, and our Current Reports on Form 8-K filed from time to time with the Securities and Exchange Commission. Readers are cautioned not to place undue reliance on these forward-looking statements that speak only as of the date hereof, and we do not undertake any obligation to revise and disseminate forward-looking statements to reflect events or circumstances after the date hereof, or to reflect the occurrence of or non-occurrence of any events.

SOURCE: ZIOPHARM Oncology, Inc.

UK Regulator Gives Takeda Bone Cancer Drug (Mifamurtide) Final Backing

By Sten Stovall

Published October 25, 2011

| Dow Jones Newswires

Published October 25, 2011 | Dow Jones Newswires

LONDON -(Dow Jones)- Takeda Pharmaceutical Co.’s (4502.TO) drug mifamurtide has secured final backing from the U.K.’s health-care cost-effectiveness regulator for use on the state-funded National Health Service in treating bone cancer in children and young people.

The National Institute for Health and Clinical Excellence, or NICE, said more patients are effectively cured of osteosarcoma, the most common form of bone cancer, when taking mifamurtide along with the usual treatment of surgery and chemotherapy.

“For the small number of patients who benefit from mifamurtide, the health benefits continue over the rest of their lives, effectively being a cure,” NICE Chief Executive Andrew Dillon said in a statement.

In September, NICE reversed a previous position opposing use of mifamurtide, which has the brand name Mepact, after Takeda offered to reduce its price for supplying the medicine. Under a revised patient access scheme from the Japanese firm, mifamurtide’s incremental cost-effectiveness ratio was cut to GBP56,000 from GBP67,000. NICE Wednesday said it consequently considers the medicine a cost-effective use of NHS resources.

“Today’s recommendation of mifamurtide will help children and young people with this very painful and distressing disease,” Dillon added.

The Great Cancer Hoax Part II: The Brilliant Cure the FDA Tried Their Best to Shut Down…

Posted By Dr. Mercola | September 19 2011 | 264,550 views

In 1971, US President Richard Nixon declared war on cancer; the National Cancer Act was enacted and the national cancer program was born. An impressive $1.6 billion dollars were allocated to the program for the first three years alone, and its director even reported directly to the President.

So, after 40 years, how has the war on cancer fared?

One would think that after four decades of fervent research and countless billions of dollars spent, we would have this dreadful disease under control. Just think of the rapid explosion of ideas and innovations within other technology areas. Your cell phone is now more powerful than the largest supercomputers of that time, for example.

Alas, the war on cancer has been a MASSIVE failure, and the reasons for this failure are clearly explained in the featured documentary Cut, Poison, Burn.

Greed bordering on the grotesque has been allowed to rule the game here, and the primary beneficiaries of this 40-year long “war” are pharmaceutical companies and the tremendously profitable cancer industry as a whole, including so-called “non-profit” organizations like the American Cancer Society.

Rather than decreasing, cancer rates have increased during the last 40 years, and now surpass heart disease as the number one killer of Americans between the ages of 45 to 74. According to statistics detailed in the film, one in three women, and one in two men will now get some form of cancer in their lifetime!

Health Freedom is Severely Restricted when You have Cancer

The film follows the struggles of Jim and Donna Navarro, whose young son was diagnosed with medulloblastoma, a malignant brain tumor. The conventional treatment methods, which included potent chemotherapy drugs and radiation, offered virtually no hope. Even if their son survived the treatment, side effects could include hearing loss, brain damage, cumulative reduction in IQ and other cancers, just to name a few.

The couple decided to refuse conventional treatment for their son and to seek alternatives, but like so many others, they soon realized that under the current medical paradigm, they were not free to seek whatever treatment they saw fit for their child… Yes indeed, the hard fought for freedoms that America’s forefathers sacrificed their life for seem to have gradually eroded to this sad state of affairs.

Their doctor filed charges of child abuse and child neglect against them. Still, they fought for their right to choose; to opt to not have their son suffer needlessly from a treatment that was just as likely to kill their child as the disease itself, while making him suffer terribly in the process. They had discovered Dr. Burzynski’s treatment facility in Texas, but the FDA blocked them from getting his as of yet unapproved treatment…

The Navarro’s story is a heartbreaking but important one, so I hope you will take the time to watch the film in its entirety, to understand what could happen to you, should you ever be placed in a similar circumstance. Cut Poison Burn, is available to view for free. However, if you want to help the Navarro’s pay off Thomas’ medical bills, I urge you to purchase a copy of the film. It’s being sold on a ‘value-priced’ basis, meaning you can download a copy of the film for $1.99 and up, depending on how much you’re willing to pay. You can also purchase a DVD copy for $10. A percentage of the proceeds from the film will go to cancer organizations that donate 100 percent of their proceeds to families fighting cancer—not the American Cancer Society.

It’s important to realize that the cancer industry today is based on wealth, not health. And the federal government and the American Cancer Society are actually making matters worse, not better.

Killing the Cancer Before the Patient Dies from Treatment = Success…

People who face a lethal disease will usually try just about anything to survive. The brutal combination of fear and bullying by the medical establishment to submit to ‘standard care’ is part of the foundation that keeps the cancer industry going, because standard approved care is not cheap. The average cost per patient, from diagnosis to death, is $350,000, but can run as high as $1 million.

Since the war on cancer began in 1971, more than 14.8 million Americans have died from some form of cancer. Fifteen hundred people die every day from cancer, and 565,000 people died in 2009 alone.

This amounts to Big Business.

And although there have been some advances in the treatment of certain types of cancer, we’ve made virtually no progress at all over the last century in the treatment of the most common forms of cancer, despite spending billions of dollars in research each year.

Cancer can basically be viewed as cell growth that is out of bioregulatory control. The conventional medical approach is to “search and destroy” cancer cells using surgery, extremely potent toxins and dangerous radiation. And for all the boasting about new and improved drugs, current cancer treatments are actually rather archaic, and are nothing more than the treatment of symptoms using extremely expensive and toxic means.

As stated in the film, as long as the cancer is killed before the patient dies, the treatment is largely heralded as a success…

Most of the conventional treatments still considered standard care were created during a time when knowledge of cancer was minimal.

For example, chemotherapy was invented in 1960, when poison gas was found to kill cancerous tumors in one mouse. As it turns out, they were not quite able to replicate the success on other mice, but for some reason, for that initial one, it seemed to work quite well. This ‘fluke’ of an experiment was the original foundation of chemotherapy. When it became clear that chemo wasn’t all that effective on its own, radiation was added, and now chemotherapy in conjunction with radiation therapy is the norm for many types of cancer.

Cancer Drugs Can Also Cause Cancer

Another problem is that many of the chemotherapy drugs have been found to cause cancer. Such is the case with the blockbuster breast cancer drug Tamoxifen. It does reduce breast cancer, but it more than doubles your risk of uterine cancer. And if you take it for more than five years, you again increase your risk of recurring breast cancer. But rather than remove it from the market, patients are simply told that uterine cancer can be successfully treated by performing a hysterectomy…

The entire cancer industry built on purging cancer cells from your body by toxic means, and they will not remove a drug simply because it’s dangerous, because there really isn’t such a thing as “too dangerous” when you’re dealing with cancer drugs.

As Dr. Whitaker says:

“We started on the wrong foot, and stayed on the wrong foot, and now we are paying the price.”

The price is your health, even if you survive the treatment, which many do not. By and large, people who get chemo die around the same time as those who do nothing. The main difference is that those who get the standard care suffer far more than those who get no treatment at all.

The question is: Does it really have to be like this?

No, it doesn’t.

What Your Oncologist Won’t Tell You…

In the film, Jim Navarro makes a statement that really highlights the sheer ludicrousness of the current model of cancer care. Although the doctor admitted that chemotherapy “would not work” for their son’s particular cancer, and the package insert stated that the drug has not been proven safe or effective for pediatric use, he still insisted that chemotherapy had to be used, and if the Navarro’s refused to submit their son to this ‘standard care,’ they could go to jail and their son could be legally taken from them.

Meanwhile, they were blocked from using an alternative treatment created by Dr. Burzynski—a completely non-toxic treatment with an average success rate of 50-60 percent—because it was not part of the approved standard of care.

This is a dementedly inhuman game; where a child’s quality of life and entire future is tossed aside in order to maintain a highly profitable status quo.

The truth of the matter is that safe and effective alternatives to this toxic and deadly paradigm do exist.

I’ve already written two articles about Dr. Burzynski’s gene-specific treatment using antineoplastons, peptides and derivatives of amino acids that act as molecular and genetic switches. They turn off oncogenes, the genes that cause cancer, and activate chemo suppressor genes; the genes that fight cancer. Furthermore, it’s completely non-toxic, and patients suffer virtually no side effects at all. Best of all, once the cancer is gone, the rate of recurrence is slim to none.

As a testament to the safety and effectiveness of antineoplastons, Dr. Burzynski has patients who have survived with “incurable” cancers for over 20 years, and are still cancer free after going through his program. Some of these cases are highlighted in his film Burzynski: The Movie, which you can still view for free here.

A major part of the problem is that—while the drug industry initially opposed being regulated by the FDA—they soon discovered that it’s an excellent way to eliminate unwanted competition.

The price per drug approval is about $1.6 billion, which effectively eliminates innovative drugs by individuals and small pharmaceutical companies. In short, the drug industry is a playground that only the largest monopolies on Earth can afford to play in. Dr. Burzynski’s story is a perfect example of how the FDA effectively curtails medical innovation in order to protect the profits of these industry giants.

Instead of supporting the development of a cure for cancer, the US federal government spent $8 million of Americans’ tax dollars to persecute and prosecute Dr. Burzynski over a period of 13 years, in order to prevent his remarkably successful treatment from being used…

In the end, Dr. Burzynski prevailed, but he still has not been able to get his antineoplastons approved by the FDA. And, despite overwhelming evidence that the drug is both safe and effective, the American Cancer Society placed antineoplastons on its unapproved drugs list, warning patients away from it.

Do they or don’t they want cancer cured in America?

Dr. Nicholas Gonzalez was not interviewed in this film but he is another prominent alternative cancer physician who shared his run-ins with the conventional cancer model in my interview with him earlier this year.

The Irony that is the American Cancer Society…

It’s important to realize that non-profits like the American Cancer Society (ACS) are defined by their financial support, and the ACS funding comes from the deep pockets of giant corporations and industries—all of which therefore have a vested financial interest in the cancer business.

As Dr. Whitaker says in the film, when you graciously donate to the American Cancer Society, you are perpetuating a failure. The ACS is in fact an impediment to advances in cancer therapy, and have no interest in really finding a cure—especially not a cure that doesn’t cost an absolute fortune. Besides, as soon as a cure for cancer is found, the society is supposed to disband.

But you cannot disband an entire industry, and that is what it has become. It is now a cancer industry.

Did you know that even the simple PAP smear was opposed and left largely unused for some 25 years, as this inexpensive test would infringe on profits? Once the PAP smear finally did come into widespread use, mortality rates from cervical cancer dropped dramatically.

And so, the battle to suppress innovation rages on.

Today, there are a number of alternative cancer treatments that are vehemently suppressed and opposed, while bobble-heads talk about ‘doing everything we can to find a cure for cancer.’

For example, dichloroacetic acid, known as DCA also appears to have remarkable potential as a cancer treatment. The reason it’s not available as an approved treatment for cancer is because it costs merely pennies a day, so no drug company wants to touch it. You probably couldn’t even break even after paying the $1 billion or so to get the approval… and this is the primary problem with the current cancer paradigm: Only patents make money, and if you can’t patent it because it’s a natural product, or if the treatment is not going to be exceedingly profitable, it will never see the light of day as an FDA approved cancer treatment. Nor will it be part of the standard of care.

This paradigm blocks those who can really help from doing so; it blocks progress, hinders innovation; limits personal choice; and sacrifices those who need not necessarily die—such as Jim and Donna Navarro’s son. His death certificate reads:

Cause of Death: Respiratory failure due to chronic toxicity of chemotherapy

After 40 years of war on cancer, that is where we are today…

“The National Cancer Program is a bunch of sh*t.”
Dr. James Watson, 1975
Discoverer of DNA, Nobel Laureate

“Everyone should know that cancer research is largely fraud.”
Dr. Linus Pauling, 1986
Nobel Laureate

Genentech Scoops Up Tumor-Starving Drug Program From Forma Therapeutics In Rare Deal

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Posted 28 Jun 2011 — by James Street
Category Drug Companies, experimental treatments, Finance and Politics of cancer research and treatment
Luke Timmerman 6/27/11

Genentech doesn’t acquire many drugs from other people, partly because it has a prolific internal R&D operation. But the South San Francisco-based unit of Roche, the world’s biggest maker of cancer treatments, is announcing an unusual deal today in which it is paying to get an early-stage cancer drug program from Cambridge, MA-based Forma Therapeutics that could enable Forma to generate returns for its investors without going public or getting acquired.

Here’s the deal: Forma is handing over the exclusive worldwide rights to a small-molecule drug program—still in early-stage animal testing—that’s designed to starve tumors by blocking a molecular target involved in cancer cell metabolism. In return, Genentech is making an upfront payment, providing support for research, covering all the development costs, and agreeing to make milestone payments if the drug hits certain development goals. That’s not unusual, but what comes next is: If the Forma drug reaches its development goals, Genentech has the option to acquire the full rights to the asset, leaving Forma with no royalty stream. If Genentech exercises that option, it would make an asset buyout payment that would be distributed to Forma’s investors, plus further milestone payments to Forma if certain sales goals are met.

What it means is that if this drug pans out, Forma essentially would be able to deliver returns to its venture backers by selling off just one of 8-10 cancer metabolism targets it has discovered so far, and remain an independent company free to discover and develop as many other drugs as it can. What’s more, in this scenario, investors will get a return on their investment from Genentech without having to hand over their equity stakes. So it’s conceivable the VCs could get a return on one of Forma’s drugs, and then potentially an even bigger payday if the startup goes public or gets acquired. The agreement is also another sign of emerging interest in the cancer metabolism field, which many Big Pharma companies are pursuing, and which sparked a big deal last August when Cambridge, MA-based Agios Pharmaceuticals secured a $130 million upfront payment from Summit, NJ-based Celgene (NASDAQ: CELG).

“This deal gives us the best of both worlds,” says Forma CEO Steven Tregay. “It gives us near-term funding to continue to build our capabilities up for our pipeline, while at the same time giving us a well-defined exit for our investors down the road.” Tregay wouldn’t divulge any specific financial terms, but he said Forma was burning about $10 million a year in cash prior to the Genentech deal, and that “we now have a pretty nice cash horde going forward.”

Steven Tregay

James Sabry, the vice president of Genentech Partnering, said in a statement that Genentech “is very pleased to enter into this structurally innovative agreement with Forma. The program represents a promising addition to our portfolio.”

This deal is the latest sign that Forma was onto something when it staked out a contrarian drug discovery strategy when it was founded about three years ago, at a time other companies were cutting research in the depths of the recession. Tregay, a former managing director at the Novartis Option Fund, teamed up with scientists from the Broad Institute to put together a startup with specialized skills needed for a soup-to-nuts drug discovery operation. The company has secured about $33 million in equity financing from the likes of Novartis Option Fund, Lilly Ventures, and Bio*One Capital of Singapore, plus another $45 million in non-dilutive cash from Cubist Pharmaceuticals, Eisai Pharmaceuticals, the Leukemia & Lymphoma Society, and the Experimental Therapeutics Centre of Singapore, Tregay says.

The money has given Forma enough of a cushion to hire

about 90 people who do things like X-ray crystallography work to characterize 3-D structures of protein targets; high-throughput screening of drug candidates; and synthesize new experimental drugs—as well as form a computational group and pharmacology team. By getting all those people together in one company, Forma has bucked the industry trend, in which many Big Pharma and biotech companies have turned to low-cost outsourcing firms. By putting together its own discovery team, Forma been able to develop drug programs against 8-10 new and different cancer metabolism targets, and identify new targets that work against protein-protein interactions, Tregay says.

By forming an integrated discovery team—at a moment when Big Pharma has been hungry for truly innovative new drug candidates—Forma put itself in a strong bargaining position. In this case, Forma juggled multiple offers for its cancer drug metabolism program and got the asset-buyout structure it wanted, with a partner that has a strong track record in developing cancer drugs, Tregay says.

Certainly, this deal like anything else, has its trade-offs. If Genentech goes on to develop this compound into a multi-billion product like bevacizumab (Avastin), then Forma won’t have any piece of the action in royalties, and the asset buyout terms will probably look small, Tregay acknowledged. Essentially, the deal caps Forma’s upside potential with this drug. But that concession was worthwhile when considering the returns it can earn, while retaining flexibility to discover and develop other innovative drugs, Tregay says.

The structure of this deal, which Tregay worked on with Sabry, is something you can bet other entrepreneurs will be inquiring about how to duplicate. I’ve written here about some of the different models biotech companies are experimenting with, as a way to keep innovation humming along in a period when the IPO market is lackluster and acquisitions are rare, making it extremely tough for investors to get any realistic shot at a decent return.

The fact that a deal got done on a drug that’s just been tested in mice—and still doesn’t have a target date to enter clinical trials—suggests that biotech companies like Forma are suddenly holding a better set of cards at the negotiating table than they did a year or two ago. Tregay offered up an amusing riff on how the dealmaking environment has heated up in the past few months. Essentially, Big Pharma doesn’t care how much money a biotech company needs to get to provide a return to investors—but it does want innovative drugs to fill up its pipeline, and it will pay for them.

“They won’t look at you and say, ‘Yeah, I feel your pain, I’ll pay up.’” Tregay says. “You have to be in a situation where you have multiple parties who are highly interested in a highly differentiated asset. It has to be one where they feel like if they don’t get it from you, they can’t just get it from the next guy. Or, they can’t already have something like it in-house, and just want to see if yours is better. You really have to bring true innovation and value to them. If you bring that value proposition to them, you can let market forces set the price.”

Obscene Profits Over Human Life

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Posted 19 Jun 2011 — by James Street
Category Big Pharma, Cost, Drug Companies, Drugs, Ethics of Science, FDA, Finance and Politics of cancer research and treatment
Life Extension Magazine June 2011
Report

How the Government Helped Pfizer Make Millions While Breaking the Law

Obscene Profits Over Human Life

As discussed in this month’s “As We See It,” the information contained in the following online investigative report from CNN Health shocks the conscience.

It offers a clear and compelling portrait of how Pfizer paid doctors to illegally push a deadly drug it knew to be unsafe on unsuspecting patients. You will learn how the federal government not only let them get away with it, but cut a deal with Pfizer to limit the financial impact of any potential criminal conviction.

You will also discover precisely how the very regulatory structures charged with protecting the public, including the US Department of Health and Pfizer’s internal corporate “compliance” departments, colluded in these immoral activities.

Pfizer’s deplorable practices have helped make it the second largest pharmaceutical company as of March 2010, raking in annual revenues of over $50 billion. The punishment meted out for the outrageous crimes detailed in the following CNN investigative report amounted to a pittance. Just like those “too-big-to-fail” Wall Street firms, when enormous financial losses are at stake, drug company interests and government interests become one and the same.

From internal Pfizer memos detailing how to turn doctors into corporate tools to Department of Health officials perversely arguing against prosecuting Pfizer out of concern for “harming our patients”—what you will read here should leave no trace of a doubt: the costs to American society imposed by our corrupt, drug company–controlled health care system may be measured not only in dollars, but in human lives.

Feds found Pfizer too big to nail

By Drew Griffin and Andy Segal, CNN Special Investigations Unit April 2, 2010 4:44 p.m. EDT

(CNN)—Imagine being charged with a crime, but an imaginary friend takes the rap for you.

That is essentially what happened when Pfizer, the world’s largest pharmaceutical company, was caught illegally marketing Bextra, a painkiller that was taken off the market in 2005 because of safety concerns.

When the criminal case was announced last fall, federal officials touted their prosecution as a model for tough, effective enforcement. “It sends a clear message” to the pharmaceutical industry, said Kevin Perkins, assistant director of the FBI’s Criminal Investigative Division.

But beyond the fanfare, a CNN Special Investigation found another story, one that officials downplayed when they declared victory. It’s a story about the power major pharmaceutical companies have even when they break the laws intended to protect patients.

Big plans for Bextra

The story begins in 2001, when Bextra was about to hit the market. The drug was part of a revolutionary class of painkillers known as Cox-2 inhibitors that were supposed to be safer than generic drugs, but at 20 times the price of ibuprofen.

Pfizer and its marketing partner, Pharmacia, planned to sell Bextra as a treatment for acute pain, the kind you have after surgery.

But in November 2001, the U.S. Food and Drug Administration said Bextra was not safe for patients at high risk of heart attacks and strokes.

The FDA approved Bextra only for arthritis and menstrual cramps. It rejected the drug in higher doses for acute, surgical pain.

Promoting drugs for unapproved uses can put patients at risk by circumventing the FDA’s judgment over which products are safe and effective. For that reason, “off-label” promotion is against the law.

If we prosecute Pfizer … a lot of the people who work for the company who haven’t engaged in criminal activity would get hurt.

—Mike Loucks, federal prosecutor

But with billions of dollars of profits at stake, marketing and sales managers across the country nonetheless targeted anesthesiologists, foot surgeons, orthopedic surgeons and oral surgeons. “Anyone that use[d] a scalpel for a living,” one district manager advised in a document prosecutors would later cite.

A manager in Florida e-mailed his sales reps a scripted sales pitch that claimed—falsely—that the FDA had given Bextra “a clean bill of health” all the way up to a 40 mg dose, which is twice what the FDA actually said was safe.

Too big to nail

Doctors as pitchmen

Internal company documents show that Pfizer and Pharmacia (which Pfizer later bought) used a multimillion-dollar medical education budget to pay hundreds of doctors as speakers and consultants to tout Bextra.

Pfizer said in court that “the company’s intent was pure”: to foster a legal exchange of scientific information among doctors.

But an internal marketing plan called for training physicians “to serve as public relations spokespeople.”

According to Lewis Morris, chief counsel to the inspector general at the U.S. Department of Health and Human Services, “They pushed the envelope so far past any reasonable interpretation of the law that it’s simply outrageous.”

Pfizer’s chief compliance officer, Doug Lanker, said that “in a large sales force, successful sales techniques spread quickly,” but that top Pfizer executives were not aware of the “significant mis-promotion issue with Bextra” until federal prosecutors began to show them the evidence.

By April 2005, when Bextra was taken off the market, more than half of its $1.7 billion in profits had come from prescriptions written for uses the FDA had rejected.

Too big to nail

But when it came to prosecuting Pfizer for its fraudulent marketing, the pharmaceutical giant had a trump card: Just as the giant banks on Wall Street were deemed too big to fail, Pfizer was considered too big to nail.

Why? Because any company convicted of a major health care fraud is automatically excluded from Medicare and Medicaid. Convicting Pfizer on Bextra would prevent the company from billing federal health programs for any of its products. It would be a corporate death sentence.

Prosecutors said that excluding Pfizer would most likely lead to Pfizer’s collapse, with collateral consequences: disrupting the flow of Pfizer products to Medicare and Medicaid recipients, causing the loss of jobs including those of Pfizer employees who were not involved in the fraud, and causing significant losses for Pfizer shareholders.

“We have to ask whether by excluding the company [from Medicare and Medicaid], are we harming our patients,” said Lewis Morris of the Department of Health and Human Services.

So Pfizer and the feds cut a deal. Instead of charging Pfizer with a crime, prosecutors would charge a Pfizer subsidiary, Pharmacia & Upjohn Co. Inc.

The CNN Special Investigation found that the subsidiary is nothing more than a shell company whose only function is to plead guilty.

According to court documents, Pfizer Inc. owns (a) Pharmacia Corp., which owns (b) Pharmacia & Upjohn LLC, which owns (c) Pharmacia & Upjohn Co. LLC, which in turn owns (d) Pharmacia & Upjohn Co. Inc. It is the great-great-grandson of the parent company.

Public records show that the subsidiary was incorporated in Delaware on March 27, 2007, the same day Pfizer lawyers and federal prosecutors agreed that the company would plead guilty in a kickback case against a company Pfizer had acquired a few years earlier.

As a result, Pharmacia & Upjohn Co. Inc., the subsidiary, was excluded from Medicare without ever having sold so much as a single pill. And Pfizer was free to sell its products to federally funded health programs.

An imaginary friend

I can tell you, unequivocally, that Pfizer perceived the Bextra matter as an incredibly serious one.

—Doug Lankler, Pfizer’s chief compliance officer,

Two years later, with Bextra, the shell company once again pleaded guilty. It was, in effect, Pfizer’s imaginary friend stepping up to take the rap.

“It is true that if a company is created to take a criminal plea, but it’s just a shell, the impact of an exclusion is minimal or nonexistent,” Morris said.

Prosecutors say there was no viable alternative.

“If we prosecute Pfizer, they get excluded,” said Mike Loucks, the federal prosecutor who oversaw the investigation. “A lot of the people who work for the company who haven’t engaged in criminal activity would get hurt.”

Did the punishment fit the crime? Pfizer says yes.

It paid nearly $1.2 billion in a criminal fine for Bextra, the largest fine the federal government has ever collected.

It paid a billion dollars more to settle a batch of civil suits—although it denied wrongdoing—on allegations that it illegally promoted 12 other drugs.

In all, Pfizer lost the equivalent of three months’ profit.

It maintained its ability to do business with the federal government.

Pfizer says it takes responsibility for the illegal promotion of Bextra. “I can tell you, unequivocally, that Pfizer perceived the Bextra matter as an incredibly serious one,” said Doug Lankler, Pfizer’s chief compliance officer.

To prevent it from happening again, Pfizer has set up what it calls “leading-edge” systems to spot signs of illegal promotion by closely monitoring sales reps and tracking prescription sales.

It’s not entirely voluntary. Pfizer had to sign a corporate integrity agreement with the Department of Health and Human Services. For the next five years, it requires Pfizer to disclose future payments to doctors and top executives to sign off personally that the company is obeying the law.

Pfizer says the company has learned its lesson.

But after years of overseeing similar cases against other major drug companies, even Loucks isn’t sure $2 billion in penalties is a deterrent when the profits from illegal promotion can be so large.

“I worry that the money is so great,” he said, that dealing with the Department of Justice may be “just of a cost of doing business.”

Reprinted with permission.

FDA Strangling Consumer Health

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Posted 15 Jun 2011 — by James Street
Category Big Pharma, Chemotherapy, Cost, Drug Companies, Drugs, FDA, FDA, Finance and Politics of cancer research and treatment

6 November 2003
by Wyn Snow, Managing Editor

Skyrocketing public health costs are bankrupting individual Americans and posing serious challenges to city, state, and federal budgets. The high cost of prescription drugs may be only the tip of the iceberg—but it’s also the most visible and easiest to attack.

While Congress debates legislation, Americans are already voting with their checkbooks—going to Canada and Europe to buy prescription drugs. Increasing numbers of Americans are also choosing lower-priced supplements rather than expensive prescription drugs as their first line of defense against illness.

Yet the FDA is fighting both initiatives—saying they cannot guarantee the safety of imported drugs, and challenging both the safety and effectiveness of many dietary supplements.

The high price of drugs in America acts as a defacto subsidy of lower prices in other countries. Why should Americans carry such a disproportionate burden? Especially when that burden falls most heavily on the elderly, many of whom live on fixed incomes and are forced to choose between pharmaceutical drugs that will prolong their lives and the immediate necessities of life: rent, food, heat, electric power, telephone service.

In these murky waters, what are the facts about drug prices and safety risks of imported drugs? How does price regulation affect drug research? Why are prescription drugs so expensive? What alternatives exist for reducing their cost? And how do these issues impact dietary supplements?

Option 1: Crossing the border

Americans have been crossing the border to Canada for lower-cost prescription drugs for a decade or more, even though it is illegal to buy drugs abroad and bring them into the US. Only pharmaceutical manufacturers may import such products.

The FDA has turned a blind eye to busloads of Americans going north. William Hubbard, FDA associate commissioner, explains “it’s so uncompassionate to go after patients.” He says the FDA understands the price concerns, but says imports expose Americans to potentially counterfeit or expired drugs—and that FDA cannot guarantee the safety of drugs from foreign countries.

How dangerous are these “foreign” drugs?

According to William Faloon, director of the Life Extension Foundation, “Many of the active ingredients for drugs sold in the US are actually synthesized in the very countries the FDA says you cannot trust. Drug companies import these active ingredients into the United States where they wind up in the expensive drugs you buy at the local pharmacy.”

Canada’s Health Minister, Anne McLellan, says that Canada has “some of the highest drug-safety standards in the world.”

CanadaDrugs.com is one of the largest exporters of drugs to the US. Their director of pharmacy, Robert Fraser, echoed the Health Minister’s confidence in the safety of Canadian drugs, saying, “The products we use are all approved by the Canadian version of the FDA. Anybody can come and see for themselves. We’re very transparent.”

FDA seeks to shut down Internet imports

Even for drugs originally manufactured in the US, the FDA is less tolerant of citizens using the Internet instead of the highways to reimport such drugs from abroad. On September 4th, the Justice Department filed an injunction against Rx Depot, an Oklahoma-based storefront & Internet business, asking a judge to stop it from importing drugs from Canada.

Rx Depot owner Carl Moore says he is “on a crusade” to make lower-cost prescription drugs available, and has vowed to defy the law and continue business. Moore’s lawyer, Fred Stoops, believes the importation regulations violate both the antitrust laws and the North American Free Trade Agreement. The first court hearing on this case was held on October 8th in Tulsa OK; a decision can be expected after October 31st.

Mayors and governors join the “busloads to Canada”

The city of Springfield, Massachusetts has already begun buying drugs in Canada for city workers and retirees (up to 9,000 are eligible). Mayor Michael Albano says potential savings could reach $9 million per year. He characterizes the FDA’s talk of health risks as disingenuous, saying, “How many Canadian citizens have been harmed by counterfeit medicines? Let’s get real here. That’s not an issue, and you know it’s not an issue.”

This grass roots rebellion is spreading. Mayor Albano has received inquiries from state governments in California, Connecticut, Indiana, Michigan, Nebraska, North Carolina, as well as other towns in Massachusetts.

Illinois Governor Rod Blagojevich has authorized a study on purchasing Canadian drugs for its 240,000 state employees and retirees. Illinois’ drug budget rose 15% to $340 million this year, and is projected to rise another 17% next year. Blagojevich says, “It doesn’t matter where you go in our state, you meet people who are struggling with the cost of prescription drugs. If you can buy the same drug made by the same company, and it is safe and it costs less, then that makes sense.”

Congress debates legislation

In two previous years, Congress passed legislation that would allow re-importation of prescription drugs, but both bills required the secretary of the Department of Health and Human Services (HHS) to certify the drugs were safe before proceeding. HHS secretaries in both the Clinton and Bush administrations (Donna Shalala and Tommy Thompson respectively) declined to do so.

Congressman Gil Gutknecht of Minnesota introduced the Pharmaceutical Marketing Access Bill (House 2427), which was passed by the House in July 2003. The Senate also passed similar language in an amendment to the Medicare Bill. A conference committee is now debating how best to merge the differences into a single piece of legislation, and the results should become available within a few weeks.

Concerning this bill, Gutknecht points out that pharmaceuticals are the only product in the US to have such strict import limitations and that closed markets inevitably lead to artificially high prices. Gutknecht says, “We are a blessed country with a lot of wealth, so we should help make prescription drugs more affordable for developing countries, especially Africa. But subsidizing the entire world and ‘the starving Swiss’ does not make sense. Americans deserve to have a more fair system so we’re not shouldering the entire burden.”

According to Gutknecht, “In a day and age when we import millions of pounds of food daily we certainly can import highly controlled products such as pharmaceuticals.” And on the issue of safety, “Would anyone at the FDA seriously propose that the only way to ensure the safety of imported food is to ban importation?”

How much lower are foreign drug prices?

“A bottle of tamoxifen, used to fight breast cancer, costs $360 in the United States. It costs $60 in Germany,” according to Representative Jo Ann Emerson of Missouri.

The US is the only industrialized nation where prices are unaffected by government regulation. Canada sets a ceiling on the price of each drug. These caps are linked to European price controls, most of which are linked to one another. For example, Dutch prices are an average of those in four other countries, while Greece requires a drug’s price to be the lowest of any other price in Europe.

However, price controls are not the only reason why prices are lower abroad. Canada and other single-health-care entities enjoy the economies of scale that result from buying in massive quantities and negotiating directly with drug companies.

A casual survey by SupplementQuality.com and a more extensive effort by the Life Extension Foundation indicate that drug prices vary widely. Searching the Internet is a good strategy for finding the lowest price, both within the US and overseas. Generally speaking, the Canadian price of a drug can be as low as one-eighth of US prices, and European prices as low as one-sixth—although both can also be as much as double the US price. (See detailed price comparison.)

Dietary supplements also a cost-effective alternative

For health issues where dietary supplements are useful, the daily cost often runs from 10% to 25% of pharmaceutical alternatives.

Why are drugs so expensive?

The Life Extension Foundation investigated the cost of generic ingredients in sixteen prescription drugs—and discovered they vary from a few pennies per tablet to a few pennies per hundred tablets. Prices for these same products range from 2,800% to 570,000% higher (see the real cost of drugs)—but drug profits are only about 15% of the purchase price.

Where is the other 85% going? Some goes into manpower, advertising, and other ordinary business costs—but the vast majority is spent on research. The pharmaceutical industry claims that lost revenue from price reductions would constrict funds available for research—thereby slowing innovation for new drugs that could help patients with incurable diseases.

Why is pharmaceutical research so expensive?

Finding one successful new drug means investigating roughly 67 to 100 possible compounds. The following table shows the stages of drug research and how they winnow the candidates down.

Stage Time Remaining compounds
Concept/discovery 1-2 years 100
Screening 1 years 20-30
Testing with animals and human cells in test tubes 2-3 years 12-15
Testing for safety in healthy people (clinical phase I) 1-2 years 4-5
Testing for effectiveness (clinical phase II) 1-2 years 2-3
Wider testing for effectiveness (clinical phase III) and FDA approval 2-3 years 1.0-1.5

[Adapted from Millennium Pharmaceuticals, 1999.]

Cost estimates for developing a single new drug range from a minimum of $250M to as much as $900M. The most-often cited cost is $500M.

Impact of embracing cost-regulation

Importing drugs from Canada or Europe can certainly reduce their cost for individual consumers and health organizations as well as city and state government, but would have other, more troubling consequences. Cost-regulation rarely works in the long term. It merely clamps a lid on burgeoning costs and creates a “pressure cooker” effect. The steam of rising costs has to go somewhere—and companies are even more likely than consumers to “vote with their feet.”

Until recently, European pharmaceutical companies dominated new drug development. With the advent of price controls, the leading edge of pharmaceutical research has shifted to the US. Unfortunately, innovation will suffer if the US embraces the cost-regulation that is inherent in European and Canadian drug prices.

However, innovation is already suffering from the high cost of drug research, which has two vital ramifications:

  1. Only large companies with vast resources are able to undertake new drug research.
  2. The only attractive targets of new drug research are for diseases or conditions affecting many people, or for maintenance drugs that patients need to take every day for the rest of their lives (examples being diabetes and high blood pressure).

In other words, the more rare the disease, the lower the likelihood of ground-breaking drug research to cure it. Even though a single rare disease affects a small number of people, there are thousands of such diseases. Taken as a group, the American Medical Association (AMA) estimates that 10% of the overall population suffers from rare diseases.

Similarly, the less chronic the disease, the less incentive there is to develop a “one time cure” pharmaceutical.

Another troubling trend documented by recent TV exposes is that drug research increasingly focuses on discovering compounds similar to those that already exist—such as new statins or new beta-blockers—rather than investigating entirely new fields. Finding a molecule similar to already proven drugs is easier, cheaper and less risky than finding altogether new substances.

Whether price regulation is adopted directly or by importing drugs from countries using regulation, the end result is constrained innovation—yet the continued explosion in the cost of pharmaceuticals is equally unacceptable to Americans. This lose-lose situation prompts a new question: Is there another way of reducing the cost of drugs?

Option 2: Reform the FDA approval process

Prior to 1962, the FDA-approval process for a new drug stopped with testing for safety (phase I clinical research). Restoring this standard would cut the cost of research roughly in half, thereby cutting the cost of drugs like tamoxifen from $360 per bottle to somewhere between $145 and $200—without any price regulation whatsoever.

Would these new drugs be effective?

Nobody wants to spend $145 or more for a substance that doesn’t work better than a placebo. So how would we test the effectiveness of new drugs? One method is to open this phase of clinical research to any patients who want to try the new drug, and creating a database system to assist physicians in tracking success versus failure.

Are current drugs more effective than pre-1962?

At least two studies have concluded that drugs introduced before 1962 were, for the most part, as effective as drugs approved after 1962. In other words, the increased time and cost of research required for obtaining FDA approval has not resulted in safer or more effective drugs.

Two private market forces exert a powerful influence on companies in bringing new drugs to the marketplace: the importance of having a good reputation (which is harmed by creating either unsafe or ineffective drugs), and the potential for lawsuits, especially in these litigious times. These two factors, combined with private organizations and endeavors that review use of drugs—such as AMA Drug Evaluations, American Hospital Formulary Service Drug Information, and U.S. Pharmacopoeia Drug Indications—worked to ensure that pre-1962 drugs were roughly as effective as those of today.

Hidden consequences of the current FDA approval system

Doctors Daniel Klein and Alexander Tabarrok of The Independent Institute point out that “Even after extensive testing, the safety and effectiveness of a new drug are always somewhat uncertain.” They describe two kinds of errors that can occur:

  1. FDA approves a drug that is not safe or effective.
  2. FDA rejects or simply delays a drug that would be valuable for patients.

The FDA is strongly motivated to avoid type 1 errors—these deaths and disabilities get a lot of media attention—but has no motivation at all to avoid type 2 errors, which are almost invisible to the media.

What are the consequences of type 2 errors? People die from not having access to drugs that might save them. The most highly visible example is delays in processing drugs for treating HIV. Only the well-publicized protests of HIV patients and activists prodded the FDA into streamlining its approval process.

How many people are dying from lack of access to potentially life saving drugs?

This invisible epidemic is estimated to number at least hundreds of thousands of people. Delays in approval for just two beta-blockers (which were available in Europe several years before the US), probably led to several tens of thousands of deaths from heart attacks. Other medicines and devices that were available for at least a year in Europe before being approved in the US are Ancrod, Citicoline, Ethyol, Femara, Glucophage, Interleukin-2, Lamictal, Navelbine, Omnicath, Panorex, Photofrin, Prostar, Rilutek, Taxotere, Transform, and Vasoseal.

And these are only for drugs whose names are known because they were approved. What about type 2 errors where a useful drug was rejected? Returning to the pre-1962 standard of proof of safety would give Americans and their doctors wider freedom of choice in treating life-threatening illnesses, and would hasten vital knowledge about new approaches and treatments for cancer, heart disease and strokes, diabetes, and genetic diseases. More lives would be saved sooner.

The FDA also prevents dying patients from trying new drugs and treatments that might save them until they have exhausted all currently approved methodologies. In the case of cancer, however, some chemotherapy and/or radiation treatments can make a tumor more resistant to new experimental treatments, thereby affecting the fundamental research itself and possibly sabotaging a treatment that might save a patient’s life.

When does the banner of consumer protection become a garrote?

The debate on reforming our health system is framed as runaway prices versus patient safety, but a far more basic issue is at stake—namely who decides what treatment a patient will receive?

Established in 1906 to protect public health from diluted and adulterated foods and drugs, the FDA is still using nineteenth-century technology—bureaucratic red tape—to attack twenty-first century problems. Today, the environment is one of increased globalization and vanishing international trade barriers. Americans are entitled to seek out the best medical care and the best prices they can find anywhere in the world—both inside and outside our borders.

Decisions about which drugs and treatments to use—including new drugs, off-label uses of existing drugs, and alternative treatments including supplements—are best placed firmly in the hands of patients who need them and doctors with expert knowledge about drugs and treatments. FDA bureaucrats are motivated primarily to keep their lucrative pharmaceutical industry user fees and to avoid media exposes and Congressional hearings into type 1 errors.

By acting as the sole arbiter on whether a drug is effective and whether a dying patient can or cannot try a new experimental treatment, the FDA is saying, in essence, that doctors are not competent to decide which drugs to recommend for treating a patient, and that patients are not competent to participate in decisions about which therapies to choose. The FDA is wrong on both counts.

To read more about how excessive FDA regulation is costing lives and to learn about alternatives that are a better choice, we recommend reading this Critique of FDA Drug Regulation and Suggested Alternatives by The Independent Institute (www.fdareview.org)

“If people let the government decide what foods they eat and what medicines they take, their bodies will soon be in as sorry a state as are the souls who live under tyranny.” —Thomas Jefferson

Sources

Theresa Agovino. “Justice Department files suit against storefront broker for Canadian Drugs.” Associated Press. 11 September 2003.

Theresa Agovino. “Rx Depot owner digs in heels; Entrepreneur sees Canadian drug imports as higher calling.” Associated Press. 4 October 2003.

Robert B. Bluey. “Dietary Supplements Trigger Debate in Congress.” CNSNews.com.

John E. Calfee. “The High Price of Cheap Drugs.” Editorial in The Weekly Standard, 21 July 2003.

Centerwatch.com. “Background Information on Clinical Research.” Centerwatch.com.

Ceci Connolly. ” FDA tries to counter drug-import movement.” The Seattle Times, 30 September 2003.

Dain Rauscher Wessels. “Millennium Pharmaceuticals.” Prospectus, Dain Rauscher, Inc. 15 June 1999.

Monica Davey. “Illinois Considers Buying Drugs in Canada.” The New York Times, 15 September 2003.

David Espo. “Lobbying Strong Vs. Prescriptions Bill.” Associated Press, 24 July 2003.

William Faloon. “The FDA Versus The American Consumer.” Life Extension Magazine, October 2002.

William Faloon. “As We See It: FDA’s Lethal Impediment.” Life Extension Magazine, August 2003.

Frederic J. Frommer. “Industry Spends $8M to Thwart Drug Bill.” In Yahoo news, Associated Press, 12 October 2003.

Becky Gillette. “Battle over prescription drugs intensifies; Mississippi’s rural seniors paying ‘highest cost for prescription drugs’.” Mississippi Business Journal, 14 August 2000.

Tim Harper. “Illinois wants Canadian drugs; Cash-strapped state eyes savings; Epic battle with Bush looming.” Toronto Star, 16 September 2003.

Gardiner Harris. “F.D.A. Faults Quality of Imported Drugs.” The New York Times, 30 September 2003.

Mathew Ingram. “Canada caught up in drug war.” The Globe and Mail, 9 September 2003.

Daniel B. Klein, PhD, and Alexander Tabarrok, PhD. “Is the FDA Safe and Effective?” In fdareview.org, a website of The Independent Institute.

Daniel B. Klein, PhD, and Alexander Tabarrok, PhD. “The Sensible Alternative: The Voluntary Provision of Assurance.” In fdareview.org, a website of The Independent Institute.

Roy Mark. “FDA Warns U.S. Site Selling Canadian Prescription Drugs.” dc.internet.com, 17 September 2003.

William D. Novelli. “Letter from AARP CEO Bill Novelli Expressing AARP’s Support of Prescription Re-importation Legislation.” American Association of Retired Persons, Washington DC, 6 August 2003.

Christopher Rowland. “FDA tells supplier to halt Canadian drug orders; Springfield mayor defiant on import of prescriptions.” The Boston Globe, 17 September 2003.

Randolph E. Schmid. “Nearly 9 of 10 of Drug Imports Break Law.” Yahoo News, Associated Press, 29 September 2003.

The Capital Times. “Editorial: States can cut drug costs.” The Capital Times, Madison WC, 29 September 2003.

The Washington Times, Editorials/Op-Ed. “Improving the drug market.” The Washington Times, 19 June 2003.

Sharon Theimer. “Proposal to let consumers import prescription drugs draws fierce lobbying.” Associated Press, 23 July 2003.

Steve Turnham. “Senate votes to allow drug importation from Canada; Medicare bill debated.” CNN Washington Bureau, 20 June 2003.

USA Today. “Industry discourages study of new drugs’ effectiveness.” USA Today, 15 September 2003.end-of-story

Big Pharma and marijuana

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Posted 29 May 2011 — by James Street
Category Alternative Therapies, Drug Companies, Marijuana

(NaturalNews) As DEA raids and IRS harassment continue on state-approved medical marijuana, Big Pharma eyes the profitability of cannabis and prepares to muscle in, using its lobbyists and government connections to ensure a monopoly on legal sales of the drug.

In early April of 2011, two drug manufacturing giants, G.W. Pharmaceuticals and Novartis, announced they had formed an alliance to license and market GW’s Sativex, a liquid cannabis drug. The drug is already available in Great Britain, as well as Canada and Spain. The licensing agreement with Novartis will enable sales to expand into markets in Africa, Asia and the Middle East. FDA Phase III trials are still being organized for Otsuka, GW’s partner for licensing Sativex for the US market.

Unlike other cannaboids produced for recreational or medicinal use, Sativex is not a synthetic but an actual extract of the cannabis plant. It therefore lacks the side-effects of the synthetic drugs which merely attempt to replicate cannabis. Patients, primarily people diagnosed with MS or cancer, spray Sativex beneath their tongues.

GW claims that Sativex is formulated to provide the same health benefits that medical marijuana offers but without that drug’s high. GW says that Sativex balances the psychoactive agent THC with cannabidiol (CBD), the chemical believed to be the source of medical marijuana’s anti-nausea and cancer-cell-killing effects, in such a way as to eliminate any of the sensations associated with recreational marijuana. However, cannabis expert Dr. Lester Grinspoon, professor emeritus of psychiatry at Harvard Medical School, points out that the issue of whether Sativex produces marijuana high depends on the size of the dosage.

One of GW’s allies in its attempt to replace state-legalized whole-plant medical marijuana with its own chemical extract is Dr. Andrea Barthwell whose career includes consulting for GW, as well as stints as deputy drug czar under President George W. Bush and as president of the American Society for Addiction Medicine. Barthwell frames Big Pharma cannabis as best way to bring marijuana into medical usage: “The safety and advisability of any prescriptive medicine should depend on years of careful scientific scrutiny, not whims at the ballot box by individuals who lack the qualifications to make such decisions. Allowing cannabis to circumvent FDA approval sets a dangerous precedent and puts us on a slippery slope.”

Big Pharma’s big contributions to many legislators means they have many elected officials willing to see things the drug companies’ way on this, as on many other issues. Even legislators known to take a strong states’ right stance on other issues, such as offshore drilling, somehow find themselves standing up for federal oversight on this topic. For example, Sen. Richard Burr (R-N.C.), who holds the dubious distinction of the being the member of Congress who has accepted the largest amount from pharmaceutical firms, has taken a stance against state legalization of marijuana.

If you have a politician in your state who speaks out against medical marijuana, you may want to look into his/her ties to Big Pharma. As the American Independent observes, the pharmaceutical giants’ strategy as regards marijuana seems to be “demonize it, prosecute it, shut it down, then grab the market.” Let your friends and family know that many of those who fight against medical marijuana are not, as they may prefer to present themselves, taking a pro-family stance against drug addiction, but shills for multinational drug corporations who want to keep all drug profits in their coffers.

The idea that a drug can be denounced as evil in one context but hailed as a medical miracle if sold within the pharmaceutical system is nothing new. Big Pharma’s magic cure pills for ADHD bear a suspicious chemical resemblance to speed.

As consumer health advocate and critic of federal drug policy Mike Adams has pointed out elsewhere in NaturalNews (http://www.naturalnews.com/021501_m…), this double standard, with multinational corporations valued above the health of private citizens, has a pernicious effect on our culture “While dangerous prescription drugs are killing a hundred thousand Americans each year, the DEA does nothing. But when herb smokers light up in private, they are branded criminals and subject to a form of tyranny and oppression that should never be tolerated in a free society.”

Sources for this article include:
http://americanindependent.com/1794…
http://www.rawstory.com/rs/2011/04/…
http://www.nytimes.com/2011/05/08/u…
http://www.naturalnews.com/021501_m…

The Truth About the Drug Companies

July 15, 2004

Marcia Angell

Every day Americans are subjected to a barrage of advertising by the pharmaceutical industry. Mixed in with the pitches for a particular drug—usually featuring beautiful people enjoying themselves in the great outdoors—is a more general message. Boiled down to its essentials, it is this: “Yes, prescription drugs are expensive, but that shows how valuable they are. Besides, our research and development costs are enormous, and we need to cover them somehow. As ‘research-based’ companies, we turn out a steady stream of innovative medicines that lengthen life, enhance its quality, and avert more expensive medical care. You are the beneficiaries of this ongoing achievement of the American free enterprise system, so be grateful, quit whining, and pay up.” More prosaically, what the industry is saying is that you get what you pay for.

Is any of this true? Well, the first part certainly is. Prescription drug costs are indeed high—and rising fast. Americans now spend a staggering $200 billion a year on prescription drugs, and that figure is growing at a rate of about 12 percent a year (down from a high of 18 percent in 1999).1 Drugs are the fastest-growing part of the health care bill—which itself is rising at an alarming rate. The increase in drug spending reflects, in almost equal parts, the facts that people are taking a lot more drugs than they used to, that those drugs are more likely to be expensive new ones instead of older, cheaper ones, and that the prices of the most heavily prescribed drugs are routinely jacked up, sometimes several times a year.

Before its patent ran out, for example, the price of Schering-Plough’s top-selling allergy pill, Claritin, was raised thirteen times over five years, for a cumulative increase of more than 50 percent—over four times the rate of general inflation.2 As a spokeswoman for one company explained, “Price increases are not uncommon in the industry and this allows us to be able to invest in R&D.”3 In 2002, the average price of the fifty drugs most used by senior citizens was nearly $1,500 for a year’s supply. (Pricing varies greatly, but this refers to what the companies call the average wholesale price, which is usually pretty close to what an individual without insurance pays at the pharmacy.)

Paying for prescription drugs is no longer a problem just for poor people. As the economy continues to struggle, health insurance is shrinking. Employers are requiring workers to pay more of the costs themselves, and many businesses are dropping health benefits altogether. Since prescription drug costs are rising so fast, payers are particularly eager to get out from under them by shifting costs to individuals. The result is that more people have to pay a greater fraction of their drug bills out of pocket. And that packs a wallop.

Many of them simply can’t do it. They trade off drugs against home heating or food. Some people try to string out their drugs by taking them less often than prescribed, or sharing them with a spouse. Others, too embarrassed to admit that they can’t afford to pay for drugs, leave their doctors’ offices with prescriptions in hand but don’t have them filled. Not only do these patients go without needed treatment but their doctors sometimes wrongly conclude that the drugs they prescribed haven’t worked and prescribe yet others—thus compounding the problem.

The people hurting most are the elderly. When Medicare was enacted in 1965, people took far fewer prescription drugs and they were cheap. For that reason, no one thought it necessary to include an outpatient prescription drug benefit in the program. In those days, senior citizens could generally afford to buy whatever drugs they needed out of pocket. Approximately half to two thirds of the elderly have supplementary insurance that partly covers prescription drugs, but that percentage is dropping as employers and insurers decide it is a losing proposition for them. At the end of 2003, Congress passed a Medicare reform bill that included a prescription drug benefit scheduled to begin in 2006, but as we shall see later, its benefits are inadequate to begin with and will quickly be overtaken by rising prices and administrative costs.

For obvious reasons, the elderly tend to need more prescription drugs than younger people—mainly for chronic conditions like arthritis, diabetes, high blood pressure, and elevated cholesterol. In 2001, nearly one in four seniors reported that they skipped doses or did not fill prescriptions because of the cost. (That fraction is almost certainly higher now.) Sadly, the frailest are the least likely to have supplementary insurance. At an average cost of $1,500 a year for each drug, someone without supplementary insurance who takes six different prescription drugs—and this is not rare—would have to spend $9,000 out of pocket. Not many among the old and frail have such deep pockets.

Furthermore, in one of the more perverse of the pharmaceutical industry’s practices, prices are much higher for precisely the people who most need the drugs and can least afford them. The industry charges Medicare recipients without supplementary insurance much more than it does favored customers, such as large HMOs or the Veterans Affairs (VA) system. Because the latter buy in bulk, they can bargain for steep discounts or rebates. People without insurance have no bargaining power; and so they pay the highest prices.

In the past two years, we have started to see, for the first time, the beginnings of public resistance to rapacious pricing and other dubious practices of the pharmaceutical industry. It is mainly because of this resistance that drug companies are now blanketing us with public relations messages. And the magic words, repeated over and over like an incantation, are research, innovation, and American. Research. Innovation. American. It makes a great story.

But while the rhetoric is stirring, it has very little to do with reality. First, research and development (R&D) is a relatively small part of the budgets of the big drug companies—dwarfed by their vast expenditures on marketing and administration, and smaller even than profits. In fact, year after year, for over two decades, this industry has been far and away the most profitable in the United States. (In 2003, for the first time, the industry lost its first-place position, coming in third, behind “mining, crude oil production,” and “commercial banks.”) The prices drug companies charge have little relationship to the costs of making the drugs and could be cut dramatically without coming anywhere close to threatening R&D.

Second, the pharmaceutical industry is not especially innovative. As hard as it is to believe, only a handful of truly important drugs have been brought to market in recent years, and they were mostly based on taxpayer-funded research at academic institutions, small biotechnology companies, or the National Institutes of Health (NIH). The great majority of “new” drugs are not new at all but merely variations of older drugs already on the market. These are called “me-too” drugs. The idea is to grab a share of an established, lucrative market by producing something very similar to a top-selling drug. For instance, we now have six statins (Mevacor, Lipitor, Zocor, Pravachol, Lescol, and the newest, Crestor) on the market to lower cholesterol, all variants of the first. As Dr. Sharon Levine, associate executive director of the Kaiser Permanente Medical Group, put it,

If I’m a manufacturer and I can change one molecule and get another twenty years of patent rights, and convince physicians to prescribe and consumers to demand the next form of Prilosec, or weekly Prozac instead of daily Prozac, just as my patent expires, then why would I be spending money on a lot less certain endeavor, which is looking for brand-new drugs?4

Third, the industry is hardly a model of American free enterprise. To be sure, it is free to decide which drugs to develop (me-too drugs instead of innovative ones, for instance), and it is free to price them as high as the traffic will bear, but it is utterly dependent on government-granted monopolies—in the form of patents and Food and Drug Administration (FDA)–approved exclusive marketing rights. If it is not particularly innovative in discovering new drugs, it is highly innovative—and aggressive—in dreaming up ways to extend its monopoly rights.

And there is nothing peculiarly American about this industry. It is the very essence of a global enterprise. Roughly half of the largest drug companies are based in Europe. (The exact count shifts because of mergers.) In 2002, the top ten were the American companies Pfizer, Merck, Johnson & Johnson, Bristol-Myers Squibb, and Wyeth (formerly American Home Products); the British companies GlaxoSmithKline and AstraZeneca; the Swiss companies Novartis and Roche; and the French company Aventis (which in 2004 merged with another French company, Sanafi Synthelabo, putting it in third place).5 All are much alike in their operations. All price their drugs much higher here than in other markets.

Since the United States is the major profit center, it is simply good public relations for drug companies to pass themselves off as American, whether they are or not. It is true, however, that some of the European companies are now locating their R&D operations in the United States. They claim the reason for this is that we don’t regulate prices, as does much of the rest of the world. But more likely it is that they want to feed on the unparalleled research output of American universities and the NIH. In other words, it’s not private enterprise that draws them here but the very opposite—our publicly sponsored research enterprise.

Over the past two decades the pharmaceutical industry has moved very far from its original high purpose of discovering and producing useful new drugs. Now primarily a marketing machine to sell drugs of dubious benefit, this industry uses its wealth and power to co-opt every institution that might stand in its way, including the US Congress, the FDA, academic medical centers, and the medical profession itself. (Most of its marketing efforts are focused on influencing doctors, since they must write the prescriptions.)

If prescription drugs were like ordinary consumer goods, all this might not matter very much. But drugs are different. People depend on them for their health and even their lives. In the words of Senator Debbie Stabenow (D-Mich.), “It’s not like buying a car or tennis shoes or peanut butter.” People need to know that there are some checks and balances on this industry, so that its quest for profits doesn’t push every other consideration aside. But there aren’t such checks and balances.

2.

What does the eight-hundred-pound gorilla do? Anything it wants to.

What’s true of the eight-hundred-pound gorilla is true of the colossus that is the pharmaceutical industry. It is used to doing pretty much what it wants to do. The watershed year was 1980. Before then, it was a good business, but afterward, it was a stupendous one. From 1960 to 1980, prescription drug sales were fairly static as a percent of US gross domestic product, but from 1980 to 2000, they tripled. They now stand at more than $200 billion a year.6 Of the many events that contributed to the industry’s great and good fortune, none had to do with the quality of the drugs the companies were selling.

The claim that drugs are a $200 billion industry is an understatement. According to government sources, that is roughly how much Americans spent on prescription drugs in 2002. That figure refers to direct consumer purchases at drugstores and mail-order pharmacies (whether paid for out of pocket or not), and it includes the nearly 25 percent markup for wholesalers, pharmacists, and other middlemen and retailers. But it does not include the large amounts spent for drugs administered in hospitals, nursing homes, or doctors’ offices (as is the case for many cancer drugs). In most analyses, they are allocated to costs for those facilities.

Drug company revenues (or sales) are a little different, at least as they are reported in summaries of corporate annual reports. They usually refer to a company’s worldwide sales, including those to health facilities. But they do not include the revenues of middlemen and retailers.

Perhaps the most quoted source of statistics on the pharmaceutical industry, IMS Health, estimated total worldwide sales for prescription drugs to be about $400 billion in 2002. About half were in the United States. So the $200 billion colossus is really a $400 billion megacolossus.

The election of Ronald Reagan in 1980 was perhaps the fundamental element in the rapid rise of big pharma—the collective name for the largest drug companies. With the Reagan administration came a strong pro-business shift not only in government policies but in society at large. And with the shift, the public attitude toward great wealth changed. Before then, there was something faintly disreputable about really big fortunes. You could choose to do well or you could choose to do good, but most people who had any choice in the matter thought it difficult to do both. That belief was particularly strong among scientists and other intellectuals. They could choose to live a comfortable but not luxurious life in academia, hoping to do exciting cutting-edge research, or they could “sell out” to industry and do less important but more remunerative work. Starting in the Reagan years and continuing through the 1990s, Americans changed their tune. It became not only reputable to be wealthy, but something close to virtuous. There were “winners” and there were “losers,” and the winners were rich and deserved to be. The gap between the rich and poor, which had been narrowing since World War II, suddenly began to widen again, until today it is a chasm.

The pharmaceutical industry and its CEOs quickly joined the ranks of the winners as a result of a number of business-friendly government actions. I won’t enumerate all of them, but two are especially important. Beginning in 1980, Congress enacted a series of laws designed to speed the translation of tax-supported basic research into useful new products—a process sometimes referred to as “technology transfer.” The goal was also to improve the position of American-owned high-tech businesses in world markets.

The most important of these laws is known as the Bayh-Dole Act, after its chief sponsors, Senator Birch Bayh (D-Ind.) and Senator Robert Dole (R-Kans.). Bayh-Dole enabled universities and small businesses to patent discoveries emanating from research sponsored by the National Institutes of Health, the major distributor of tax dollars for medical research, and then to grant exclusive licenses to drug companies. Until then, taxpayer-financed discoveries were in the public domain, available to any company that wanted to use them. But now universities, where most NIH-sponsored work is carried out, can patent and license their discoveries, and charge royalties. Similar legislation permitted the NIH itself to enter into deals with drug companies that would directly transfer NIH discoveries to industry.

Bayh-Dole gave a tremendous boost to the nascent biotechnology industry, as well as to big pharma. Small biotech companies, many of them founded by university researchers to exploit their discoveries, proliferated rapidly. They now ring the major academic research institutions and often carry out the initial phases of drug development, hoping for lucrative deals with big drug companies that can market the new drugs. Usually both academic researchers and their institutions own equity in the biotechnology companies they are involved with. Thus, when a patent held by a university or a small biotech company is eventually licensed to a big drug company, all parties cash in on the public investment in research.

These laws mean that drug companies no longer have to rely on their own research for new drugs, and few of the large ones do. Increasingly, they rely on academia, small biotech startup companies, and the NIH for that.7 At least a third of drugs marketed by the major drug companies are now licensed from universities or small biotech companies, and these tend to be the most innovative ones.8 While Bayh-Dole was clearly a bonanza for big pharma and the biotech industry, whether its enactment was a net benefit to the public is arguable.

The Reagan years and Bayh-Dole also transformed the ethos of medical schools and teaching hospitals. These nonprofit institutions started to see themselves as “partners” of industry, and they became just as enthusiastic as any entrepreneur about the opportunities to parlay their discoveries into financial gain. Faculty researchers were encouraged to obtain patents on their work (which were assigned to their universities), and they shared in the royalties. Many medical schools and teaching hospitals set up “technology transfer” offices to help in this activity and capitalize on faculty discoveries. As the entrepreneurial spirit grew during the 1990s, medical school faculty entered into other lucrative financial arrangements with drug companies, as did their parent institutions.

One of the results has been a growing pro-industry bias in medical research—exactly where such bias doesn’t belong. Faculty members who had earlier contented themselves with what was once referred to as a “threadbare but genteel” lifestyle began to ask themselves, in the words of my grandmother, “If you’re so smart, why aren’t you rich?” Medical schools and teaching hospitals, for their part, put more resources into searching for commercial opportunities.

Starting in 1984, with legislation known as the Hatch-Waxman Act, Congress passed another series of laws that were just as big a bonanza for the pharmaceutical industry. These laws extended monopoly rights for brand-name drugs. Exclusivity is the lifeblood of the industry because it means that no other company may sell the same drug for a set period. After exclusive marketing rights expire, copies (called generic drugs) enter the market, and the price usually falls to as little as 20 percent of what it was.9 There are two forms of monopoly rights—patents granted by the US Patent and Trade Office (USPTO) and exclusivity granted by the FDA. While related, they operate somewhat independently, almost as backups for each other. Hatch-Waxman, named for Senator Orrin Hatch (R-Utah) and Representative Henry Waxman (D-Calif.), was meant mainly to stimulate the foundering generic industry by short-circuiting some of the FDA requirements for bringing generic drugs to market. While successful in doing that, Hatch-Waxman also lengthened the patent life for brand-name drugs. Since then, industry lawyers have manipulated some of its provisions to extend patents far longer than the lawmakers intended.

In the 1990s, Congress enacted other laws that further increased the patent life of brand-name drugs. Drug companies now employ small armies of lawyers to milk these laws for all they’re worth—and they’re worth a lot. The result is that the effective patent life of brand-name drugs increased from about eight years in 1980 to about fourteen years in 2000.10 For a blockbuster—usually defined as a drug with sales of over a billion dollars a year (like Lipitor or Celebrex or Zoloft)—those six years of additional exclusivity are golden. They can add billions of dollars to sales—enough to buy a lot of lawyers and have plenty of change left over. No wonder big pharma will do almost anything to protect exclusive marketing rights, despite the fact that doing so flies in the face of all its rhetoric about the free market.

As their profits skyrocketed during the 1980s and 1990s, so did the political power of drug companies. By 1990, the industry had assumed its present contours as a business with unprecedented control over its own fortunes. For example, if it didn’t like something about the FDA, the federal agency that is supposed to regulate the industry, it could change it through direct pressure or through its friends in Congress. The top ten drug companies (which included European companies) had profits of nearly 25 percent of sales in 1990, and except for a dip at the time of President Bill Clinton’s health care reform proposal, profits as a percentage of sales remained about the same for the next decade. (Of course, in absolute terms, as sales mounted, so did profits.) In 2001, the ten American drug companies in the Fortune 500 list (not quite the same as the top ten worldwide, but their profit margins are much the same) ranked far above all other American industries in average net return, whether as a percentage of sales (18.5 percent), of assets (16.3 percent), or of shareholders’ equity (33.2 percent). These are astonishing margins. For comparison, the median net return for all other industries in the Fortune 500 was only 3.3 percent of sales. Commercial banking, itself no slouch as an aggressive industry with many friends in high places, was a distant second, at 13.5 percent of sales.11

In 2002, as the economic downturn continued, big pharma showed only a slight drop in profits—from 18.5 to 17.0 percent of sales. The most startling fact about 2002 is that the combined profits for the ten drug companies in the Fortune 500 ($35.9 billion) were more than the profits for all the other 490 businesses put together ($33.7 billion).12 In 2003 profits of the Fortune 500 drug companies dropped to 14.3 percent of sales, still well above the median for all industries of 4.6 percent for that year. When I say this is a profitable industry, I mean really profitable. It is difficult to conceive of how awash in money big pharma is.

Drug industry expenditures for research and development, while large, were consistently far less than profits. For the top ten companies, they amounted to only 11 percent of sales in 1990, rising slightly to 14 percent in 2000. The biggest single item in the budget is neither R&D nor even profits but something usually called “marketing and administration”—a name that varies slightly from company to company. In 1990, a staggering 36 percent of sales revenues went into this category, and that proportion remained about the same for over a decade.13 Note that this is two and a half times the expenditures for R&D.

These figures are drawn from the industry’s own annual reports to the Securities and Exchange Commission (SEC) and to stockholders, but what actually goes into these categories is not at all clear, because drug companies hold that information very close to their chests. It is likely, for instance, that R&D includes many activities most people would consider marketing, but no one can know for sure. For its part, “marketing and administration” is a gigantic black box that probably includes what the industry calls “education,” as well as advertising and promotion, legal costs, and executive salaries—which are whopping. According to a report by the non-profit group Families USA, the for-mer chairman and CEO of Bristol-Myers Squibb, Charles A. Heimbold Jr., made $74,890,918 in 2001, not counting his $76,095,611 worth of unexercised stock options. The chairman of Wyeth made $40,521,011, exclusive of his $40,629,459 in stock options. And so on.14

3.

If 1980 was a watershed year for the pharmaceutical industry, 2000 may very well turn out to have been another one—the year things began to go wrong. As the booming economy of the late 1990s turned sour, many successful businesses found themselves in trouble. And as tax revenues dropped, state governments also found themselves in trouble. In one respect, the pharmaceutical industry is well protected against the downturn, since it has so much wealth and power. But in another respect, it is peculiarly vulnerable, since it depends on employer-sponsored insurance and state-run Medicaid programs for much of its revenues. When employers and states are in trouble, so is big pharma.

And sure enough, in just the past couple of years, employers and the private health insurers with whom they contract have started to push back against drug costs. Most big managed care plans now bargain for steep price discounts. Most have also instituted three-tiered coverage for prescription drugs—full coverage for generic drugs, partial coverage for useful brand-name drugs, and no coverage for expensive drugs that offer no added benefit over cheaper ones. These lists of preferred drugs are called formularies, and they are an increasingly important method for containing drug costs. Big pharma is feeling the effects of these measures, although not surprisingly, it has become adept at manipulating the system—mainly by inducing doctors or health plans to put expensive, brand-name drugs on formularies.

State governments, too, are looking for ways to cut their drug costs. Some state legislatures are drafting measures that would permit them to regulate prescription drug prices for state employees, Medicaid recipients, and the uninsured. Like managed care plans, they are creating formularies of preferred drugs. The industry is fighting these efforts—mainly with its legions of lobbyists and lawyers. It fought the state of Maine all the way to the US Supreme Court, which in 2003 upheld Maine’s right to bargain with drug companies for lower prices, while leaving open the details. But that war has just begun, and it promises to go on for years and get very ugly.

Recently the public has shown signs of being fed up. The fact that Americans pay much more for prescription drugs than Europeans and Canadians is now widely known. An estimated one to two million Americans buy their medicines from Canadian drugstores over the Internet, despite the fact that in 1987, in response to heavy industry lobbying, a compliant Congress had made it illegal for anyone other than manufacturers to import prescription drugs from other countries.15 In addition, there is a brisk traffic in bus trips for people in border states, particularly the elderly, to travel to Canada or Mexico to buy prescription drugs. Their resentment is palpable, and they constitute a powerful voter block—a fact not lost on Congress or state legislatures.

The industry faces other, less familiar problems. It happens that, by chance, some of the top-selling drugs—with combined sales of around $35 billion a year—are scheduled to go off patent within a few years of one another.16 This drop over the cliff began in 2001, with the expiration of Eli Lilly’s patent on its blockbuster antidepressant Prozac. In the same year, AstraZeneca lost its patent on Prilosec, the original “purple pill” for heartburn, which at its peak brought in a stunning $6 billion a year. Bristol-Myers Squibb lost its best-selling diabetes drug, Glucophage. The unusual cluster of expirations will continue for another couple of years. While it represents a huge loss to the industry as a whole, for some companies it’s a disaster. Schering-Plough’s blockbuster allergy drug, Claritin, brought in fully a third of that company’s revenues before its patent expired in 2002.17 Claritin is now sold over the counter for much less than its prescription price. So far, the company has been unable to make up for the loss by trying to switch Claritin users to Clarinex—a drug that is virtually identical but has the advantage of still being on patent.

Even worse is the fact that there are very few drugs in the pipeline ready to take the place of blockbusters going off patent. In fact, that is the biggest problem facing the industry today, and its darkest secret. All the public relations about innovation is meant to obscure precisely this fact. The stream of new drugs has slowed to a trickle, and few of them are innovative in any sense of that word. Instead, the great majority are variations of oldies but goodies—”me-too” drugs.

Of the seventy-eight drugs approved by the FDA in 2002, only seventeen contained new active ingredients, and only seven of these were classified by the FDA as improvements over older drugs. The other seventy-one drugs approved that year were variations of old drugs or deemed no better than drugs already on the market. In other words, they were me-too drugs. Seven of seventy-eight is not much of a yield. Furthermore, of those seven, not one came from a major US drug company.18

For the first time, in just a few short years, the gigantic pharmaceutical industry is finding itself in serious difficulty. It is facing, as one industry spokesman put it, “a perfect storm.” To be sure, profits are still beyond anything most other industries could hope for, but they have recently fallen, and for some companies they fell a lot. And that is what matters to investors. Wall Street doesn’t care how high profits are today, only how high they will be tomorrow. For some companies, stock prices have plummeted. Nevertheless, the industry keeps promising a bright new day. It bases its reassurances on the notion that the mapping of the human genome and the accompanying burst in genetic research will yield a cornucopia of important new drugs. Left unsaid is the fact that big pharma is depending on government, universities, and small biotech companies for that innovation. While there is no doubt that genetic discoveries will lead to treatments, the fact remains that it will probably be years before the basic research pays off with new drugs. In the meantime, the once-solid foundations of the big pharma colossus are shaking.

The hints of trouble and the public’s growing resentment over high prices are producing the first cracks in the industry’s formerly firm support in Washington. In 2000, Congress passed legislation that would have closed some of the loopholes in Hatch-Waxman and also permitted American pharmacies, as well as individuals, to import drugs from certain countries where prices are lower. In particular, they could buy back FDA-approved drugs from Canada that had been exported there. It sounds silly to “reimport” drugs that are marketed in the United States, but even with the added transaction costs, doing so is cheaper than buying them here. But the bill required the secretary of health and human services to certify that the practice would not pose any “added risk” to the public, and secretaries in both the Clinton and Bush administrations, under pressure from the industry, refused to do that.

The industry is also being hit with a tidal wave of government investigations and civil and criminal lawsuits. The litany of charges includes illegally overcharging Medicaid and Medicare, paying kickbacks to doctors, engaging in anticompetitive practices, colluding with generic companies to keep generic drugs off the market, illegally promoting drugs for unapproved uses, engaging in misleading direct-to-consumer advertising, and, of course, covering up evidence. Some of the settlements have been huge. TAP Pharmaceuticals, for instance, paid $875 million to settle civil and criminal charges of Medicaid and Medicare fraud in the marketing of its prostate cancer drug, Lupron.19 All of these efforts could be summed up as increasingly desperate marketing and patent games, activities that always skirted the edge of legality but now are sometimes well on the other side.

How is the pharmaceutical industry responding to its difficulties? One could hope drug companies would decide to make some changes—trim their prices, or at least make them more equitable, and put more of their money into trying to discover genuinely innovative drugs, instead of just talking about it. But that is not what is happening. Instead, drug companies are doing more of what got them into this situation. They are marketing their me-too drugs even more relentlessly. They are pushing even harder to extend their monopolies on top-selling drugs. And they are pouring more money into lobbying and political campaigns. As for innovation, they are still waiting for Godot.

The news is not all bad for the industry. The Medicare prescription drug benefit enacted in 2003, and scheduled to go into effect in 2006, promises a windfall for big pharma since it forbids the government from negotiating prices. The immediate jump in pharmaceutical stock prices after the bill passed indicated that the industry and investors were well aware of the windfall. But at best, this legislation will be only a temporary boost for the industry. As costs rise, Congress will have to reconsider its industry-friendly decision to allow drug companies to set their own prices, no questions asked.

This is an industry that in some ways is like the Wizard of Oz—still full of bluster but now being exposed as something far different from its image. Instead of being an engine of innovation, it is a vast marketing machine. Instead of being a free market success story, it lives off government-funded research and monopoly rights. Yet this industry occupies an essential role in the American health care system, and it performs a valuable function, if not in discovering important new drugs at least in developing them and bringing them to market. But big pharma is extravagantly rewarded for its relatively modest functions. We get nowhere near our money’s worth. The United States can no longer afford it in its present form.

Clearly, the pharmaceutical industry is due for fundamental reform. Reform will have to extend beyond the industry to the agencies and institutions it has co-opted, including the FDA and the medical profession and its teaching centers. In my forthcoming book, The Truth About the Drug Companies, I discuss the major reforms that will be necessary.

For example, we need to get the industry to focus on discovering truly innovative drugs instead of turning out me-too drugs (and spending billions of dollars to promote them as though they were miracles). The me-too business is made possible by the fact that the FDA usually approves a drug only if it is better than a placebo. It needn’t be better than an older drug already on the market to treat the same condition; in fact, it may be worse. There is no way of knowing, since companies generally do not test their new drugs against older ones for the same conditions at equivalent doses. (For obvious reasons, they would rather not find the answer.) They should be required to do so.

The me-too market would collapse virtually overnight if the FDA made approval of new drugs contingent on their being better in some important way than older drugs already on the market. Probably very few new drugs could meet that test. By default, then, drug companies would have to concentrate on finding truly innovative drugs, and we would finally find out whether this much-vaunted industry is turning out better drugs. A welcome by-product of this reform is that it would also reduce the incessant and enormously expensive marketing necessary to jockey for position in the me-too market. Genuinely important new drugs do not need much promotion (imagine having to advertise a cure for cancer).

A second important reform would be to require drug companies to open their books. Drug companies reveal very little about the most crucial aspects of their business. We know next to nothing about how much they spend to bring each drug to market or what they spend it on. (We know that it is not $802 million, as some industry apologists have recently claimed.) Nor do we know what their gigantic “marketing and administration” budgets cover. We don’t even know the prices they charge their various customers. Perhaps most important, we do not know the results of the clinical trials they sponsor—only those they choose to make public, which tend to be the most favorable findings. (The FDA is not allowed to reveal the results it has.) The industry claims all of this is “proprietary” information. Yet, unlike other businesses, drug companies are dependent on the public for a host of special favors—including the rights to NIH-funded research, long periods of market monopoly, and multiple tax breaks that almost guarantee a profit. Because of these special favors and the importance of its products to public health, as well as the fact that the government is a major purchaser of its products, the pharmaceutical industry should be regarded much as a public utility.

These are just two of many reforms I advocate in my book. Some of the others have to do with breaking the dependence of the medical profession on the industry and with the inappropriate control drug companies have over the evaluation of their own products. The sort of thoroughgoing changes required will take government action, which in turn will require strong public pressure. It will be tough. Drug companies have the largest lobby in Washington, and they give copiously to political campaigns. Legislators are now so beholden to the pharmaceutical industry that it will be exceedingly difficult to break its lock on them.

But the one thing legislators need more than campaign contributions is votes. That is why citizens should know what is really going on. Contrary to the industry’s public relations, they don’t get what they pay for. The fact is that this industry is taking us for a ride, and there will be no real reform without an aroused and determined public to make it happen.

  1. There are several sources of statistics on the size and growth of the industry. One is IMS Health (www.imshealth .com), a private company that collects and sells information on the global pharmaceutical industry. See www .imshealth.com/ims/portal/front/articleC/0,2777,6599_3665_41336931,00. html for the $200 billion figure. For further sources on this and other matters, see my book The Truth About the Drug Companies: How They Deceive Us and What to Do About It (to be published in August by Random House), from which this article is drawn.
  2. 2For a full picture of the special burden of rising drug prices on senior citizens, see Families USA, “Out-of-Bounds: Rising Prescription Drug Prices for Seniors” (www.familiesusa .org/site/PageServer?pagename=Publications_Reports).
  3. 3Sarah Lueck, “Drug Prices Far Outpace Inflation,” The Wall Street Journal, July 10, 2003, p. D2.
  4. 4On ABC Special with Peter Jennings, “Bitter Medicine: Pills, Profit, and the Public Health,” May 29, 2002.
  5. 5For the top ten companies and their recent mergers as of 2003, see www .oligopolywatch.com/2003/05/25.html.
  6. 6These figures come from the US Centers for Medicare & Medicaid Services, Office of the Actuary, National Health Statistics Group, Baltimore, Maryland. They were summarized in Cynthia Smith, “Retail Prescription Drug Spending in the National Health Accounts,” Health Affairs, January– February 2004, p. 160.
  7. 7For excellent summaries of public contributions to drug company research, see Public Citizen Congress Watch, “Rx R&D Myths: The Case Against the Drug Industry’s R&D ‘Scare Card,’” July 2001 (www.citizen.org); and NIHCM, “Changing Patterns of Pharmaceutical Innovation,” May 2002 (www.nihcm.org).
  8. 8This is probably an underestimate. One source that indicates it is at least this is CenterWatch, www.centerwatch .com, a private company owned by Thomson Medical Economics, which provides information to the clinical trial industry. See An Industry in Evolution, third edition, edited by Mary Jo Lamberti (CenterWatch, 2001), p. 22.
  9. 9Families USA, “Out-of-Bounds: Rising Prescription Drug Prices for Seniors.”
  10. 10Public Citizen Congress Watch, “Rx R&D Myths.”
  11. 11″The Fortune 500,” Fortune, April 15, 2002, p. F26.
  12. 12Public Citizen Congress Watch, “Drug Industry Profits: Hefty Pharmaceutical Company Margins Dwarf Other Industries,” June 2003 (www.citizen .org/documents/Pharma_Report.pdf). The data are drawn mainly from the Fortune 500 list in Fortune, April 7, 2003, and drug company annual reports.
  13. 13Henry J. Kaiser Family Foundation, “Prescription Drug Trends,” November 2001 (www.kff.org).
  14. 14FamiliesUSA, “Profiting from Pain: Where Prescription Drug Dollars Go,” July 2002 (www.familiesusa. org /site/DocServer/PReport.pdf?docID= 249).
  15. 15Patricia Barry, “More Americans Go North for Drugs,” AARP Bulletin, April 2003, p. 3.
  16. 16Chandrani Ghosh and Andrew Tanzer, “Patent Play,” Forbes, September 17, 2001, p. 141.
  17. 17Gardiner Harris, “Schering-Plough Is Hurt by Plummeting Pill Costs,” The New York Times, July 8, 2003, p. C1.
  18. 18For key information about the numbers and kinds of drugs approved each year, see the Web site of the US Food and Drug Administration (FDA), www .fda.gov/cder/rdmt/pstable.htm.
  19. 19Alice Dembner, “Drug Firm to Pay $875M Fine for Fraud,” The Boston Globe, October 4, 2001, p. A13.

Pfizer Drug Wins OK for Jobs’s Type of Cancer

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Posted 21 May 2011 — by James Street
Category antiangiogenesis, Drug Companies, Drugs

Pfizer Inc. (PFE) won U.S. approval to expand marketing of a cancer drug for patients with the rare type of pancreatic tumor diagnosed in Apple Inc. (AAPL)’s Steve Jobs in 2004.

The Food and Drug Administration cleared Sutent for treatment of pancreatic neuroendocrine tumors, also known as pancreatic NET, the company said today in a statement. Novartis AG (NVS)’s Afinitor won FDA approval for the same illness on May 5.

Pfizer, based in New York, and Basel, Switzerland-based Novartis plan to market their drugs for pancreatic tumors that strike about 2,500 people a year in the U.S., according to the University of Southern California Center for Pancreatic and Biliary Diseases in Los Angeles. Both medicines, which target cancer at the molecular level, work sufficiently to outweigh risks, outside advisers to the FDA said at an April 12 meeting.

“FDA believes it is important to provide cancer patients with as many treatment options as possible,” Richard Pazdur, director of the FDA’s Office of Oncology Drug Products, said today in a statement. “The agency is committed to working with companies to bring innovative new therapies to the market and encourages companies to continue exploring additional uses for approved products.”

Pfizer gained 5 cents to $20.74 at 4:22 p.m. in extended trading after declining 34 cents, or 1.6 percent, to $20.69 at the close of New York Stock Exchange composite trading. Novartis’s American depositary receipts, each representing one ordinary share, rose 16 cents to $61.55 at 4:17 p.m. in extended trading after dropping 45 cents to $61.39 at the close.

Attacking Tumors

Sutent, approved by the FDA in 2006 for stomach and kidney cancer, attacks tumors by cutting off their blood supply. European regulators approved the medicine in December for pancreatic neuroendocrine tumors that have spread. Sales of Sutent rose 11 percent last year to almost $1.1 billion, according to company filings.

Sutent slowed tumor growth in a Pfizer-funded study of 171 patients with pancreatic tumors that had spread, or couldn’t be removed with surgery, the FDA said in today’s statement. Tumor progression stalled for a median time of 10.2 months in patients treated with Sutent, compared with 5.4 months for those taking a placebo.

Jobs, the 56-year-old co-founder of Cupertino, California- based Apple, disclosed in 2004 that he’d had successful surgery to extract a pancreatic neuroendocrine tumor. He took another leave of absence in 2009 for a liver transplant, sometimes done when the cancer spreads.

Jobs hasn’t said whether the transplant was done to treat a recurrence of the tumor, and didn’t say on Jan. 17 why he was taking a third medical leave from Apple.

To contact the reporter on this story: Molly Peterson in Washington at mpeterson9@bloomberg.net

Ludwig Institute for Cancer Research and Polaris Group Form Collaboration to Expand Development of Polaris’ Novel Cancer Drug, ADI-PEG 20

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Posted 19 May 2011 — by James Street
Category Arginine Depletors, Drug Companies, Drugs, Lung Metastases, Melanoma, Metastases

NEW YORK and SAN DIEGO, May 18, 2011 /PRNewswire/ — Ludwig Institute for Cancer Research LTD (LICR) and Polaris Group (Polaris) today announced the formation of a collaboration to expand development of Polaris’ novel cancer drug, pegylated arginine deiminase (ADI-PEG 20). ADI-PEG 20 kills tumor cells by depletion of the amino acid arginine.

As part of the collaboration, LICR and Polaris will explore further the potential of ADI-PEG 20 as a cancer therapy and aim to identify other amino acid-degrading enzymes with anti-tumor activity.  The collaboration builds on an existing relationship under which LICR and Polaris have studied ADI-PEG 20 in melanoma and are currently conducting a Phase 2 clinical trial in small cell lung cancer (SCLC) that was initiated in December 2010.  LICR is the sponsor of the SCLC clinical trial, and LICR and Polaris are sharing expenses and resources to conduct this trial.

“We are delighted to have this agreement with Polaris,” said Andrew Simpson, Ph.D., Scientific Director of LICR. “This collaboration builds on the work of Lloyd Old, M.D. of LICR and his seminal work on amino acid-degrading enzymes, including asparaginase and arginine deiminase, as anti-cancer treatments. We look forward to continuing our close working relationship with Polaris.”

Bor-Wen Wu, Ph.D., Chief Executive Officer of Polaris, said, “This agreement is the fruit of many years of collaboration between LICR and Polaris, and is an opportunity to leverage the strengths of both organizations to attempt to bring ADI-PEG 20 to patients. In particular, I would like to thank Dr. Old for his vision, guidance and dedication to this project, and to his mentoring as we have moved ADI-PEG 20 from pre-clinical studies into human clinical trials.”

Dr. Old commented: “The actions of antibodies and enzymes are remarkable for their high degree of specificity, and it is this property that makes them so attractive as potential anti-cancer agents.  Although antibodies have now found broad use in cancer treatment, enzyme therapy has lagged far behind, with the one exception being the success of asparaginase in the treatment of childhood leukemia. For 10 years, LICR and Polaris have worked together to identify enzymes with anti-tumor activity, and an outcome of this collaboration is the identification of ADI, an arginine-degrading enzyme, as a highly promising therapeutic enzyme.  The anti-cancer specificity comes from the fact that arginine, a non-essential amino acid for normal cells, becomes essential for certain cancers because they lack arginine-synthesizing enzymes.  Initial clinical testing has shown that ADI has an excellent safety profile, is highly effective in eliminating arginine from the blood for extended periods, and has demonstrable anti-tumor activity in hepatocellular cancer and melanoma.”

“The current trial of ADI in patients with SCLC is particularly exciting because of the strong preclinical anti-tumor activity in SCLC models, the high frequency of arginine-dependence in SCLC, and the initial striking sensitivity of SCLC to cytotoxic agents,” added Dr. Old.  ”Because arginine dependence appears to be a characteristic of many tumor types, LICR and Polaris have decided to establish a formal partnership to explore the full potential of ADI in human cancer therapy and to use our joint strengths to identify other amino acid-degrading enzymes with anti-tumor activity. With the rapidly expanding base of information about metabolic pathways in cancer coming from deep sequencing, we look forward to finding a large number of other metabolic targets for enzyme therapy.”

About ADI-PEG 20

ADI-PEG 20 is a biologic being developed by Polaris to treat cancers carrying a major metabolic defect that renders them, unlike normal cells, unable to make arginine internally. Because arginine is one of the 20 amino acids that are essential for protein synthesis and survival of cells, these cancer cells become dependent upon the external supply of arginine to survive and grow. ADI-PEG 20 works by systemically depleting the external supply of arginine which causes these arginine-dependent cancer cells to die while leaving the normal cells unharmed.

Multiple cancers have been reported to have a high degree of arginine-dependency. Phase 2 clinical trials have yielded positive results in patients with hepatocellular carcinoma or metastatic melanoma, and Phase 2 trials for small cell lung cancer and mesothelioma are currently ongoing. Polaris also plans to initiate clinical studies in prostate cancer, pancreatic cancer, leukemia, lymphoma and sarcoma this year.

About Polaris Group

Polaris Group is a privately held multinational biopharmaceutical company that specializes in the research and development of protein drugs to treat cancer and other debilitating diseases. The company’s lead therapeutic, ADI-PEG 20, is advancing into a pivotal Phase 3 trial for hepatocellular carcinoma. Polaris is also investigating ADI-PEG 20 as a treatment for other arginine-dependent cancers, such as melanoma, prostate cancer, leukemia, lymphoma, sarcoma and pancreatic cancer. In addition to the ADI-PEG 20 project, Polaris is researching and developing other biotherapeutic agents and has a small molecule drug program that utilizes a rational structure-based approach to design novel compounds that inhibit the biological function of cancer-related protein targets.

For additional information please visit www.polarispharma.com

About the Ludwig Institute for Cancer Research

The Ludwig Institute for Cancer Research is a global non-profit organization committed to improving the understanding and control of cancer through integrated laboratory and clinical discovery employing over 800 scientists in Branches throughout North and South America, Europe and Australia. Leveraging its worldwide network of investigators and the ability to sponsor and conduct its own clinical trials, LICR is actively engaged in translating its discoveries into applications for human benefit.

SOURCE Polaris Group

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http://www.polarispharma.com