September 19, 2016

Drug approval bureaucracy’s a killer

Drug approval bureaucracy’s a killer

The UK’s drug approval process is overly bureaucratic, stifles innovation and hinders patient access to life saving medicine. Reform is needed; Australia is leading the way. 

The announcement last month that we may have discovered the first effective Alzheimer’s treatment to act on the disease process itself, rather than just the symptoms, is hugely positive, but a burdensome and costly regulatory system is unnecessarily prolonging the fight against this devastating disease.

Pharmaceutical medicine has had a profound impact on our modern human history. More progress has been made in advancing our understanding of human medicine over the past century than all the previous centuries combined. Smallpox, polio and leprosy – once intractable human diseases, indiscriminate of wealth, race or social class, are now being consigned to the annals of history. The discovery of antibiotics has rendered many deadly bacterial infections virtually innocuous. The 1950s saw the introduction of Chlorpromazine – the world’s first antipsychotic medication – paving the way for the transformation and closure of the macabre Victorian asylums.

But as one war is won another begins. The startling rate of medical advancement has brought with it new challenges. As life expectancy increases, so too has the prevalence of other diseases such as cancer and neurodegenerative disorders, like dementia.

The explosion in new and effective treatments for once deadly diseases has been checked by a similar growth in red-tape and regulation, inhibiting patients’ access to lifesaving medication.

The onerous process costs time, money and lives. In the US – the world leader in the development of new pharmaceutical drugs – the cost of delivering a drug from ‘bench to bedside’ has increased exponentially since the 1970s. A US study by the Tufts Center for Drug Development found that in 1975 for a new drug to be approved the pharmaceutical industry spent on average the equivalent of £65 million in today’s prices for research and development costs. By 1987, that figure had tripled, to £195 million, and by 2005 costs had soared to £800 million. Cancer Research UK now estimates the figure to be approximately £1.1 billion.

The Tufts study also investigated the driving forces behind these soaring costs. Onerous requirements for supplemental testing, even when a drug has not been shown to pose any health risks, as well as costly delays triggered by unjustified demands for additional data were key factors. It found that from 1999 to 2005 the average length of a clinical trial increased by 70 percent; the average number of routine procedures per trial increased by 65 percent; and the average clinical trial staff work burden increased by 67 percent.

This symptom is not exclusive to America. In the UK, the European Medicines Agency (EMA) – a key arbiter in deciding whether new drugs enter the British market – is responsible for even more pronounced delays.

Even if a drug is approved in one jurisdiction, such as the US, it is often subject to supplementary testing requirements here in the UK & Europe, and vice-versa.

These soaring costs are stifling innovation and delaying the arrival of new life saving drugs. Analysis by the global consulting firm, Deloitte, suggests the result is that drug companies are becoming more cautious and less innovative in their approach. An increasing number of new drug submissions are for ‘me too’ drugs – drugs that are structurally very similar to already known drugs, with only minor differences. In the US, between 2006 and 2011, only ten truly innovative treatments were approved by the FDA out of a total of 35 submissions. The majority of new molecules launched between 2007 and 2011 already had established mechanisms of action.

The rising approval costs are also impacting on patients in other ways. In a bid to recoup the increasing costs incurred, pharmaceutical companies increase their prices, often at levels that preclude the ability for Government regulators, such as NICE – with their antiquated approval processes – to grant marketing licences to public health providers, including the NHS.

Despite international efforts to streamline approval processes, the systems remain cumbersome. In the UK, the Early Access to Medicines Scheme (EAMS) has been established allowing patients with life threatening illnesses to access unapproved medicines. Similar programmes have been established in other jurisdictions. But these are sticking plaster solutions that fail to adequately address the problem. More needs to be done.

It is vital the various jurisdictional regulators collaborate more closely to improve their approval procedures. In the UK, the main organisation tasked with reviewing drug safety, the Medicines & Healthcare products Regulatory Agency (MHRA), should be encouraged to work more closely with the US Food and Drug Administration (USFDA) and the EMA to streamline and standardise testing protocols. If successfully achieved, the economic and healthcare benefits would be immeasurable.

Last week, the Australian government announced the introduction of a novel solution to help facilitate new drug development and delivery. Under the new approval process, any drug that has been listed by a comparable overseas regulator, including the US Food and Drug Administration and the European Medicines Agency, can now be fast-tracked for approval and sale in Australia. This will remove superfluous regulation, lower drug company costs, encourage innovation and afford Australian patients quicker access to new medicines.

Opponents of simplifying existing drug approval processes are understandably haunted by the devastating impact of Thalidomide. Developed, approved and distributed to patients in West Germany during the 1950s at a time when effective drug trialling was in its infancy, the drug soon spread in popularity and was introduced to other jurisdictions (although notably in the US the FDA rejected the drug on the grounds of safety concerns).

Had drug trialling and distribution in 1950s been subject to the same standards as those present in the 1970s, the side effects of the drug would have been identified and authorisation for the treatment of morning sickness rejected.

Today, following further research, and with a fuller understanding of the drug’s side-effect profile, prescribed in the appropriate settings, Thalidomide is an important weapon in the battle against multiple myeloma.

Better regulation does work. In 1987, in the midst of the HIV/AIDS pandemic – and motivated by onerous approval requirements for promising investigational drugs – AIDS Coalition to Unleash Power (ACT UP) was formed. Through a combination of civil disobedience, effective lobbying and peaceful protest, the group successfully saw Congress approve the accelerated approval pathway for HIV medication. The result was the faster introduction of effective anti-retroviral therapies. Today, HIV has been transformed from what was once a death sentence into a chronic condition.

Effective drug trialling is a vital component to ensuring public health, while ensuring public confidence in pharmaceuticals. But too much regulation, although harder to see, can be far more deadly and detrimental to patient lives.

4.60 avg. rating (91% score) - 5 votes
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  • Bosun Higgs

    It would have been fairer to consider also whether drugs companies have made things worse with their ‘me too’ drugs – which they claim to be better than existing drugs, when in fact they may merely be more expensive – and their natural preoccupation with drugs that manage illnesses rather than curing them.

  • ratcatcher11

    One of the problems not mentioned is what about drugs that are subsequently discovered to have multiple uses other than what was intended. Drugs companies will not touch these because they are out of patent, even though there are some novel cures being claimed subject to more extensive trials. These drugs should receive more backing.

  • Adam Nell

    The author has ignored the other pressures on drug discovery over the last thirty years and suggested that all of the delay is due to increased regulation. This is not the case. More complex science and the smaller number of potential patients for each drug candidate are also factors. The author has not explained what the extra steps introduced into clinical trials are and why they were introduced, but suggests they were introduced out of a malign and unnecessary fondness for bureaucracy. Again, this is not the case. The author has almost ignored the Orphan Drugs programmes and the accelerated procedures for promising drug-candidates introduced on both sides of the Atlantic. The author seems not to appreciate that drug companies like expensive and lengthy testing programmes because they make it harder for competitors to enter the market.

    Finally, the author does not seem very fond of the basic medical principle that a treatment should do no harm: primum non nocere.

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