Buy new:
£6.99£6.99
FREE delivery:
Thursday, May 11
Dispatches from: Amazon Sold by: Amazon
Buy used £3.72
Download the free Kindle app and start reading Kindle books instantly on your smartphone, tablet or computer – no Kindle device required. Learn more
Read instantly on your browser with Kindle for Web.
Using your mobile phone camera - scan the code below and download the Kindle app.
Bad Pharma: How Medicine is Broken, and How We Can Fix It Paperback – 29 Aug. 2013
| Amazon Price | New from | Used from |
|
Kindle Edition
"Please retry" | — | — |
|
Audible Audiobooks, Unabridged
"Please retry" |
£0.00
| Free with your Audible trial | |
|
Audio CD, Audiobook, Unabridged
"Please retry" | — | £44.60 |
Purchase options and add-ons
‘Bad Science’ hilariously exposed the tricks that quacks and journalists use to distort science, becoming a 400,000 copy bestseller. Now Ben Goldacre puts the $600bn global pharmaceutical industry under the microscope. What he reveals is a fascinating, terrifying mess.
Doctors and patients need good scientific evidence to make informed decisions. But instead, companies run bad trials on their own drugs, which distort and exaggerate the benefits by design. When these trials produce unflattering results, the data is simply buried. All of this is perfectly legal. In fact, even government regulators withhold vitally important data from the people who need it most. Doctors and patient groups have stood by too, and failed to protect us. Instead, they take money and favours, in a world so fractured that medics and nurses are now educated by the drugs industry.
The result: patients are harmed in huge numbers.
Ben Goldacre is Britain’s finest writer on the science behind medicine, and ‘Bad Pharma’ is the book that finally prompted Parliament to ask why all trial results aren’t made publicly available – this edition has been updated with the latest news from the select committee hearings. Let the witty and indefatigable Goldacre show you how medicine went wrong, and what you can do to mend it.
- Print length448 pages
- LanguageFrench
- PublisherFourth Estate
- Publication date29 Aug. 2013
- Dimensions18 x 0.9 x 24 cm
- ISBN-10000749808X
- ISBN-13978-0007498086
Frequently bought together

Customers who viewed this item also viewed
Special offers and product promotions
- Save 5% on any 4 qualifying items. Discount by Amazon. Shop items
From the Publisher
|
|
|
|
|---|---|---|
|
|
|
|
Product description
Review
‘This is a book to make you enraged – properly, bone-shakingly furious – because it’s about how big business puts profits over patient welfare, allows people to die because they don’t want to disclose damning research evidence, and the tricks they play to make sure doctors do not have all the evidence when it comes to appraising whether a drug really works or not. A work of brilliance.’ Max Pemberton, Daily Telegraph
‘This is a brilliant piece of work’ Evening Standard, William Leith
‘This is an important book. Ben Goldacre is angry, and by the time you put ‘Bad Pharma’ down, you should be too.’ New Statesman
‘Nailing the compromise between too much detail and too little, Goldacre’s brilliantly enraging study unpeels how the pharmaceutical giants routinely misrepresent science in their quest for profit.’ Sunday Telegraph
‘What keeps you turning its pages is the accessibility of Goldacre's writing … his genuine, indignant passion, his careful gathering of evidence and his use of stories, some of them personal, which bring the book to life.’ Luisia Dilner, Guardian
‘This is a book that deserves to be widely read, because anyone who does read it cannot help feeling both uncomfortable and angry.’ Economist
‘’Bad Pharma’ will confirm his status as a thorn in the side of the medical Establishment – Goldacre’s detailed research would be hard for any drug-company executive to contradict’ Lois Rogers, Sunday Times
From the Inside Flap
From the Back Cover
About the Author
Ben Goldacre is a doctor and science writer who wrote the 'Bad Science' column in the Guardian from 2003 to 2011. He has made a number of documentaries for BBC Radio 4, and his first book Bad Science reached Number One in the nonfiction charts, has sold over 500,000 copies. . His second bestselling book, Bad Pharma, was published in 2013.
Product details
- Publisher : Fourth Estate; 1st edition (29 Aug. 2013)
- Language : French
- Paperback : 448 pages
- ISBN-10 : 000749808X
- ISBN-13 : 978-0007498086
- Dimensions : 18 x 0.9 x 24 cm
- Best Sellers Rank: 35,397 in Books (See Top 100 in Books)
- 37 in Family & Lifestyle Pharmacology
- 56 in Chemical Engineering & Technology
- 151 in Popular Maths
- Customer reviews:
About the author

Discover more of the author’s books, see similar authors, read author blogs and more
Customer reviews
Customer Reviews, including Product Star Ratings, help customers to learn more about the product and decide whether it is the right product for them.
To calculate the overall star rating and percentage breakdown by star, we don’t use a simple average. Instead, our system considers things like how recent a review is and if the reviewer bought the item on Amazon. It also analyses reviews to verify trustworthiness.
Learn more how customers reviews work on Amazon-
Top reviews
Top reviews from United Kingdom
There was a problem filtering reviews right now. Please try again later.
During the reading of this book it seemed to me that Dr Goldacre has a patently unhealthy attitude against the pharma industry which informs almost every word he writes; I can't help wondering how this arose. We now have antibiotics to control infection, vaccines to prevent infection, treatments for blood pressure and lipid profiles to reduce cardiovascular risk, oncology products for cancer treatment and pain relief at the end of life; HIV sufferers with the aid of medicines now live with their disease for much longer; diabetics are so much better controlled with fewer long term complications; couples can control the size and timing of their families; post-menopausal ladies suffer far fewer fractures nowadays with modern drug treatment. None of these medicines would be available to doctors without the efforts of the pharma industry. Today, the pharma industry is far better regulated than ever before, this continues year by year to update its codes of practice and still provides the best model for medicines research going forward despite the cases cited in this damaging book. The author asserts that `medicine is broken'; it is not. And I absolutely disagree with Max Pemberton's newspaper review whose only criticism of this book was its length - a shamefully uninformed review in a national newspaper from someone who appears to have little understanding of the pharmaceutical industry.
I find only one redeeming paragraph in the whole book in which the author acknowledges that the pharmaceutical industry has done some good, as if to mitigate himself. Otherwise this book is a damaging slur on an industry and also on the medical profession to which the author himself belongs, which have together been instrumental in improving the health of the world, for the last 50 years or more.
It is absolutely essential to have strong links and close cooperation between drug companies and doctors to enable patients to benefit from the best of these medicines we have at our disposal. But Dr Goldacre paradoxically and subversively, goes as far as to suggest a severing of links between medicine and the drug companies which have researched and provided us with these medicines; a form of medical masochism. He himself refuses to see drug company reps; as if cutting off his nose to spite his face. Yes, these links need to be strongly regulated and they have been abused in the past by some; but a free flow of information and data between pharma and medical practice should be absolutely sacrosanct and uninterrupted. The author would cut these links altogether in his brave new world; this would be an absolute nonsense and counterproductive in our continuing search for new and better medicines. The author seems not to have caught up with the industry in this respect which largely now doesn't actually employ reps; the current model is the use of Medical Scientific Liaison officers (MSLs) who's function is more educative than just selling. MSLs provide this important link and provide information to the medical profession about current products. My advice to the author if he still practices medicine in between writing books, is to give these MSLs his time (no more than a single patient would take), from as many companies as possible and in so doing educate himself into what's new, interrogate these folk about the data and then make up his own mind what to prescribe, balanced with his own research. No-one is forcing him to write a prescription nor should he expect any payment for doing so. These days it is quite absurd to suggest that any MSL or rep would behave like that, moreover, ever access patients' data, one of his other complaints. This may have happened in the past on occasion but would never happen now in our more and continuingly highly regulated environment.
One omission in this book is that the author doesn't describe the structure of pharma companies in the UK with respect to promotional and non-promotional sections - this is actually quite important. Although this is not exactly replicated worldwide, there are two halves in all UK pharma companies; the promotional, marketing department; the other, Medical Affairs (along with Regulatory Affairs and Pharmacovigilance) which perform a non-promotional scientific service to the marketing department and also to external customers like you and me. This is to ensure accuracy, fairness and balance to all materials about drugs before they are released. If Dr Goldacre found himself in the role of a Medical Advisor, now in 2012 in one of the UK pharma companies, his day would be taken up ensuring the scientific accuracy of marketing materials and the data therein and furthermore compliance (and that of his staff) to the ABPI Code of Practice (referenced below FYI). This would be so very far from the malpractice he claims has occurred in the past. He would also scrutinise other companies' promotional material for accuracy as part of his remit and complain to them and if necessary the regulator (PMCPA), if there was any inaccuracy. He would also be asked to give, and moreover defend, data presentations on products and therapeutic areas to his peers in hospitals, to fellow doctors, (and of course be interrogated by them) and train the MSLs to do likewise. Such information presentation is and should remain an important part of the link between industry and medicine. The author of this book would remove this activity. Doctors are no fools and at the end of the day it is they who write the prescriptions for medicines not the drug companies. The author claims to have evidence of widespread bribery and corruption that doctors who have taken the Hippocratic oath are somehow persuaded against their better judgement to write prescriptions under the influence of drug company reps and money. This is just nonsense nowadays.
Bad behaviour may have occurred in the pharma industry in the past, and Dr Goldacre presents isolated cases to support this, but I would suggest that it is no more and no less than similar behaviour in other industries; banks and fixing the Libor rate; jailed financial stock market traders gambling away their banks' millions; phone hacking of murdered schoolgirls by the newspaper industry - the Leverson enquiry; price fixing between supermarkets; UK MPs falsely claiming tens of thousands on expenses; I'm sure you can think of others. It is a sad truth that in our Western democracy where there is competition between organisations there will always be rogues out to cheat, whatever the industry. Of course none of this behaviour can ever be justified or exonerated. But as Winston Churchill said of democracy, it is the best system we have until someone comes up with something better. Dr Goldacre's solution for medicine and the pharma industry is not better. He would subvert the existing system and encourage whistleblowing. As a matter of fact whistleblowing is already encouraged internally by most ethical pharma companies today. The author's suggestion is already in place. No Dr Goldacre, the answer instead is to continue with increased regulation, as is currently already happening, in the existing hugely successful model.
The author talks a lot about data from pharma-sponsored drug trials being selectively published; about withheld data, patients dying as a result and about money changing hands from pharma to doctors for their advice and authorship. These events may have occurred but you must put this into the context of our vastly improved health and longevity. Dr Goldacre asserts that patients have died as a result of a lack of data transparency and publication. But overwhelmingly, if indeed this is true, balance this with the massive benefits we now enjoy. That doesn't excuse withholding relevant data from trials of course and patients in trials do sadly die from their disease; but the link between withheld data and patients dying is highly dubious. Transparency in trial data is increasing all the time as regulation of trials improves.
Not all research in any field is published - this is normal - and there are lots of reasons why not. But the author suspects deliberate pre-conceived malpractice against patients' interests, whereas lack of data transparency is more likely to be a competitive intelligence issue. Provided patients interests are not compromised, we live in a world of commerce in which the Western `pharma-medicine' model has evolved. Unless you are advocating an anti-Capitalist, Marxist society and protesting in a tent outside St Paul's cathedral, this is where we are now, like it or not. As regards other malpractices surrounding professional advice and co-authorship, just consider that if you yourself were asked for your legitimate professional advice or authorship services you`d expect to be paid the going rate for it wouldn't you? It's hardly credible furthermore that principle researchers and authors don't proof-read before publication of trial results, another one of the author's claims.
The author points out that some trials never reach their planned end-points but are stopped early, again implying malpractice. If drug trials are stopped it may be for a variety of legitimate efficacy or safety reasons. It may be that the trial drug is shown to perform so well that it would be unethical not to offer it to the placebo group (as happened in the Jupiter trial of rosuvastatin) or that the drug was found not to offer any benefit over comparator or placebo during the trial. Dr Goldacre also expressed surprise that data was looked at during the progress of such trials; however it is absolutely essential for a panel to monitor results of a trial during its progress to examine efficacy data and side effects. If side effects are unexpectedly high this would be another good reason for stopping a trial before its planned completion point. There might be between hundreds and up to tens of thousands of subjects in a pre-marketing trial (ie. a trial conducted before a licence is granted by the MHRA (the independent UK regulatory body)). For example in the `HPS-2 THRIVE' trial, the results of which were recently summarised, 25,000 patients were recruited worldwide; this is considered a `large' trial.
However it is only when a drug comes to market after a drug is given its licence, that patient exposure reaches millions of patient-years and very rare events (called `signals') may be observed (remember thalidomide?). Drugs can be subsequently withdrawn or their licence modified, post-marketing, under the scrutiny of the MHRA under these circumstances. This whole pharmacovigilance effort continues daily after a drug comes to market and for all drugs. The author's obsession with early pre-marketing trials therefore, is misplaced. The proof of the pudding is in the post-marketing eating; it is this real life efficacy data which will more accurately reveal the value of the drug and its safety from side-effects, more so than even the larger pre-marketing trials which Dr Goldacre focuses on. Ironically the HPS-2 THRIVE trial over the four years it ran, failed to show the cardiovascular outcomes benefits which had been expected, despite the drug (a niacin compound) being known to increase your `good' cholesterol. Remember also this was after many millions of dollars had been invested in its development over many years before the trial even started, money never to be recovered. This also lays waste to the author's claim that negative results are not published - they clearly are, even when the results are clinically disappointing.
Here are the references you should read if you are considering reading this book. For each of the points 1 - 4 below, preface the web site URL below with 'www.'
1. pmcpa.org.uk Search for the `ABPI Code of Practice for the pharmaceutical industry' and download it. Compliance with this is continuous within pharma companies and tested in all employees.
2. mhra.gov.uk Search for the `Blue Guide' and download it; a guide to ethical marketing principles for those at the interface between pharma and medicine.
3. theheart.org Search on `CETP inhibition' and click on the first on the list. You may have to register on this site but anyone can and it only takes a moment. Listen to three top medical doctors and researchers talk about their research on new ways of reducing cardiovascular risk. You don't need to understand the detail (its basically about good and bad cholesterol). One interesting aspect of this is that it's another trial which actually failed, rather like the HPS-2 trial mentioned above, something that Dr Goldacre would have us believe is rarely publicised. But just listen to the enthusiasm and the transparency which Dr Goldacre seems to doubt exists in the `pharma - medicine axis'. These guys are also medical practitioners and are at the cutting edge of research into new medicines, clearly concerned to do the very best for their patients and to hide nothing relevant. These are the brains behind the search for our new medicines; the kind of people Dr Goldacre believes are corrupt and manipulate statistics. Decide yourself.
4. merck.com Search for `river blindness' to read about the donation of a drug by a pharma company to a diseased population. Many companies run similar ethical not for profit programs; this is just one example I know about. It would have been nice for the author to have acknowledged that such work goes on in the pharma industry against its overall mission to improve the world's health. But sadly this wasn't the author's agenda.
Finally, if you do read this book, make you own judgement about whether medicine is broken or not and perhaps question why the author ever wrote this book. I suspect Dr Goldacre's future however is more likely in investigative journalism and writing/selling more books than in genuinely promoting an increasingly regulated and ethical pharmaceutical industry from within; such a pity for one so well qualified to do so. My own declaration is that after working as a University Senior Lecturer, I spent 11 years working in three pharmaceutical companies in the Medical Affairs sections. Now semi-retired, I work part-time in the NHS so have no current industry interests. Forced to rate on a star basis out of five, this book doesn't get any stars from me I'm afraid (oh, Amazon force me to give it at least one). The book unfairly disparages the industry which supplies medicines to promote our future health by focussing on issues which can be corrected, but not like this.
The case he makes for publishing the data from all trials is made in vigorously sugar rush kind of a way. But the calm measured ways have been tried (as he reports) and Ben's entertaining blunderbuss of criticism to whip up public/political pressure seems like a good plan B to me.
The section I have to comment on is the area of clinical trials. I've worked with a lot trial designers and a number of trials. You could get the impression from the book that Pharmaceutical companies have many tricks they can pull to pretty well guarantee success. They don't, most drug development project fail and they fail because their trials fail, there's roughly a 80% failure rate after a successful 'first in humans safety study', but that's across all compounds and therapeutic areas. The more novel the compound and the harder the disease is to treat, the lower success rate.
On the aspects of trials that Ben criticises many are valid criticisms, but for trials that drug companies have to run to prove that a compound is an effective drug, many of the practices are ruled out by the regulators, in particular post-hoc sub group analysis, bundling outcomes and using uninformative outcomes. I'd also like to say that in my direct experience with the pharmaceutical industry, the clinical trials were designed to elicit the truth about the compound, not make it look good, by people that are smart, honest and diligent.
As a client emailed to us today, when we commiserated with a failed trial: "Thank you ... we believe that the results were credible and while we all wanted a positive study, our job is to uncover the truth."
Ben's problem with conducting trials on 'ideal' patients, this does not make it more likely for the drug to be successful, they allow it to be shown to be successful with fewer patients. The trials aren't conducted in subjects more likely to recover and make the drug look good - the patients in the control group will be recruited from the same population and recover too making it hard to show the drug is effective. The ideal patients are those most sensitive to treatment - the `in the goldilocks zone' of neither having so mild a condition that they have a high chance or a good outcome, or so severe a condition that even a good drug is unlikely to improve matters. Being able to study the drug and prove or disprove its effectiveness in fewer patients is also an ethical thing to want to do.
Ben's problem is that the medical profession needs to understand the drug in a broader population. The drug developer's problem is that drug development already costs hundreds of millions of dollars and consumed 10+ years of the drug's (nominally 20 years) patent life. Pharmaceutical companies may have been rich in the past but all are now merging, laying off staff and closing sites. So broader medical knowledge needs to come from the things Ben proposes - big simple studies using healthcare data gathered in the community and thorough and well researched meta-analyses.
Ben complains at the use of 'surrogate outcomes'. He gives the example of statins and control of cholesterol level. He gives that example because the only two 'surrogate outcomes accepted by regulators are cholesterol level and blood pressure. Perhaps giving up smoking and weight loss are also surrogate markers? Pretty much any other disease where you want to try to prove you have a drug that treats it, you have to show 'clinically meaningful' outcomes. The regulators are comfortable with cholesterol and blood pressure because of the unanimity of medical opinion that these were causes of heart problems. And studying the reduction of heart problems directly in trials requires studying thousands of patients for years.
A suggestion he makes is that trials for Diabetes treatments should be based on reducing deaths from diabetes, but diabetes sufferers also suffer from consequential liver disease, kidney disease, neuropathic pain, loss of fingers and toes and sight loss. Now I assume these are all consequences of the diabetics lack of control over their blood sugar levels, if that's correct and I was a diabetic I'd be happy with a drug proven to control sugar levels and would not want to wait until it was proven to reduce mortality. [Ben elsewhere criticises the UKPDS -trial - a big, long running study in Diabetes that is generally taken to show that stringent control of blood glucose levels and/or blood pressure reduce type 2 diabetes complications. The study is cited by many Diabetes groups. Ben's criticism is of a compound endpoint but I'm not clear if the criticism applies to the original outcome (1998) or the 10 year follow-up (2008) I could find the latter easily and they looked pretty convincing. Learning point: if Ben cites something its worth following it up.]
The biggest point I want to dispute is this business of stopping trials early. Looking at the data to in order to adapt the trial, in particular stop it is a very sane, reasonable and ethical thing to do and results in better science. Various statistical approaches to allow this to be done so that it doesn't also amount to cheating have been worked on in academia and industry for the past 25 years or so. The key aspect of all the approaches is that the rules by which decisions are to be taken are pre-specified and the consequences well understood.
Ben tells some tales of the worst behaviour by Pharmaceutical companies apart, highlighting the need for regulation and huge punishments in an industry where the rewards can be so great. But I think that is known.
More importantly Ben highlights some real and pressing problems that require pretty big changes to bring about. First pharmaceutical companies operate in a highly regulated environment, where those regulations don't always work in our best interest. Companies need to get the data on their drug necessary for licensing; this is already a big and onerous task (and much bigger and more onerous than it was 10 years ago). This data is not a good match for physician's needs - this mismatch Ben documents vividly. The best solution is to better manage drugs and their information after they've been approved, with the access to the full data, meta-analyses and big studies using public healthcare records. To move the requirement to pre-approval without also changing the patent laws will effectively make drug development unaffordable.
Secondly - and this is an area where I've no direct experience, the management and analysis of post registration trials needs management - these seem to be essential to broaden the evidence base to patient groups not studied for registration, to amass evidence for rare but serious safety issues, to study other outcome measures (such as quality of life, and long term mortality), to identify sub-population effects. From Ben's tales of clinical trial malfeasance or incompetence it would seem these aren't to the same standard as drug development trials.
Lastly this data needs collating and analysing by cool heads, in particular neither swayed by patient advocacy groups funded by the drug companies nor needing a juicy finding in order to justify publication.







