
Drug companies pay doctors over A$11 million a year for travel and education. Here’s which specialties received the most
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Drug companies are paying Australian doctors millions of dollars a year to fly to overseas conferences and meetings, give talks to other doctors, and to serve on advisory boards, our research shows.
Our team analysed reports from major drug companies, in the first comprehensive analysis of its kind. We found drug companies paid more than A$33 million to doctors in the three years from late 2019 to late 2022 for these consultancies and expenses.
We know this underestimates how much drug companies pay doctors as it leaves out the most common gift – food and drink – which drug companies in Australia do not declare.
Due to COVID restrictions, the timescale we looked at included periods where doctors were likely to be travelling less and attending fewer in-person medical conferences. So we suspect current levels of drug company funding to be even higher, especially for travel.

What we did and what we found
Since 2019, Medicines Australia, the trade association of the brand-name pharmaceutical industry, has published a centralised database of payments made to individual health professionals. This is the first comprehensive analysis of this database.
We downloaded the data and matched doctors’ names with listings with the Australian Health Practitioner Regulation Agency (Ahpra). We then looked at how many doctors per medical specialty received industry payments and how much companies paid to each specialty.
We found more than two-thirds of rheumatologists received industry payments. Rheumatologists often prescribe expensive new biologic drugs that suppress the immune system. These drugs are responsible for a substantial proportion of drug costs on the Pharmaceutical Benefits Scheme (PBS).
The specialists who received the most funding as a group were cancer doctors (oncology/haematology specialists). They received over $6 million in payments.
This is unsurprising given recently approved, expensive new cancer drugs. Some of these drugs are wonderful treatment advances; others offer minimal improvement in survival or quality of life.
A 2023 study found doctors receiving industry payments were more likely to prescribe cancer treatments of low clinical value.
Our analysis found some doctors with many small payments of a few hundred dollars. There were also instances of large individual payments.
Why does all this matter?
Doctors usually believe drug company promotion does not affect them. But research tells a different story. Industry payments can affect both doctors’ own prescribing decisions and those of their colleagues.
A US study of meals provided to doctors – on average costing less than US$20 – found the more meals a doctor received, the more of the promoted drug they prescribed.
Another study found the more meals a doctor received from manufacturers of opioids (a class of strong painkillers), the more opioids they prescribed. Overprescribing played a key role in the opioid crisis in North America.
Overall, a substantial body of research shows industry funding affects prescribing, including for drugs that are not a first choice because of poor effectiveness, safety or cost-effectiveness.
Then there are doctors who act as “key opinion leaders” for companies. These include paid consultants who give talks to other doctors. An ex-industry employee who recruited doctors for such roles said:
Key opinion leaders were salespeople for us, and we would routinely measure the return on our investment, by tracking prescriptions before and after their presentations […] If that speaker didn’t make the impact the company was looking for, then you wouldn’t invite them back.
We know about payments to US doctors
The best available evidence on the effects of pharmaceutical industry funding on prescribing comes from the US government-run program called Open Payments.
Since 2013, all drug and device companies must report all payments over US$10 in value in any single year. Payment reports are linked to the promoted products, which allows researchers to compare doctors’ payments with their prescribing patterns.
Analysis of this data, which involves hundreds of thousands of doctors, has indisputably shown promotional payments affect prescribing.
US research also shows that doctors who had studied at medical schools that banned students receiving payments and gifts from drug companies were less likely to prescribe newer and more expensive drugs with limited evidence of benefit over existing drugs.
In general, Australian medical faculties have weak or no restrictions on medical students seeing pharmaceutical sales representatives, receiving gifts, or attending industry-sponsored events during their clinical training. They also have no restrictions on academic staff holding consultancies with manufacturers whose products they feature in their teaching.
So a first step to prevent undue pharmaceutical industry influence on prescribing decisions is to shelter medical students from this influence by having stronger conflict-of-interest policies, such as those mentioned above.
A second is better guidance for individual doctors from professional organisations and regulators on the types of funding that is and is not acceptable. We believe no doctor actively involved in patient care should accept payments from a drug company for talks, international travel or consultancies.
Third, if Medicines Australia is serious about transparency, it should require companies to list all payments – including those for food and drink – and to link health professionals’ names to their Ahpra registration numbers. This is similar to the reporting standard pharmaceutical companies follow in the US and would allow a more complete and clearer picture of what’s happening in Australia.
Patients trust doctors to choose the best available treatments to meet their health needs, based on scientific evidence of safety and effectiveness. They don’t expect marketing to influence that choice.
Barbara Mintzes, Professor, School of Pharmacy and Charles Perkins Centre, University of Sydney and Malcolm Forbes, Consultant psychiatrist and PhD candidate, Deakin University
This article is republished from The Conversation under a Creative Commons license. Read the original article.
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Glucose Revolution – by Jessie Inchauspé
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While we all know that keeping balanced blood sugars is important for all us (be we diabetic, pre-diabetic, or not at all), it can be a mystifying topic!
Beyond a generic “sugar is bad”…
- What does it all mean and how does it all work?
- Should we go low-carb?
- What’s the deal with fruit?
- Carbs or protein for breakfast?
- Is “quick energy” ever a good thing?
- How do starches weigh in again?
It’s all so confusing!
Happily, Jessie Inchauspé has the incredible trifecta of qualifications to help us: she’s a biochemist, a keen cook, and a great educator. What we mean by this latter is:
Instead of dry textbook explanations, or “trust me” hand-waives, she explains biochemistry in a clear, simple, digestible (if you’ll pardon the pun) way with very helpful diagrams what things cause (or flatten) blood sugar spikes and how and why. If you read this book, you will understand, without guesswork or gaps, exactly what is happening on a physical level, and why and how her “10 hacks” work.
Her “10 hacks” are explained so thoroughly that each gets a chapter of its own, but we’ll not keep them a mystery from you meanwhile, they are:
- Eat foods in the right order
- Add a green starter to your meals
- Stop counting calories
- Flatten your breakfast curve
- Have any type of sugar you like—they’re all the same
- Pick dessert over a sweet snack
- Reach for the vinegar before you eat
- After you eat, move
- If you have to snack, go savoury
- Put some clothes on your carbs
She then finishes up with a collection of handy cheat-sheets and some of her own recipes.
Bottom line: this isn’t just a “how-to” book. It gives the how-to, yes, but it also gives such good explanations that you’ll never be confused again by what’s going on in your glucose-related health.
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Eyes for Alzheimer’s Diagnosis: New?
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It’s Q&A Time!
This is the bit whereby each week, we respond to subscriber questions/requests/etc
Have something you’d like to ask us, or ask us to look into? Hit reply to any of our emails, or use the feedback widget at the bottom, and a Real Human™ will be glad to read it!
Q: As I am a retired nurse, I am always interested in new medical technology and new ways of diagnosing. I have recently heard of using the eyes to diagnose Alzheimer’s. When I did some research I didn’t find too much. I am thinking the information may be too new or I wasn’t on the right sites.
(this is in response to last week’s piece on lutein, eyes, and brain health)
We’d readily bet that the diagnostic criteria has to do with recording low levels of lutein in the eye (discernible by a visual examination of macular pigment optical density), and relying on the correlation between this and incidence of Alzheimer’s, but we’ve not seen it as a hard diagnostic tool as yet either—we’ll do some digging and let you know what we find! In the meantime, we note that the Journal of Alzheimer’s Disease (which may be of interest to you, if you’re not already subscribed) is onto this:
See also:
- Journal of Alzheimer’s Disease (mixture of free and paid content)
- Journal of Alzheimer’s Disease Reports (open access—all content is free)
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6 Signs Of Stroke (One Month In Advance)
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Most people can recognise the signs of a stroke when it’s just happened, but knowing the signs that appear a month beforehand would be very useful. That’s what this video’s about!
The Warning Signs
- Persistently elevated blood pressure: one more reason to have an at-home testing kit and use it regularly! Or a smartwatch or similar that’ll do it for you. The reason this is relevant is because high blood pressure can lead to damaging blood vessels, causing a stroke.
- Excessive fatigue: of course, this one can have many possible causes, but one of them is a “transient ischemic attack” (TIA), which is essentially a micro-stroke, and can be a precursor to a more severe stroke. So, we’re not doing the Google MD thing here of saying “if this, then that”, but we are saying: paying attention to the overall patterns can be very useful. Rather than fretting unduly about a symptom in isolation, see how it fits into the big picture.
- Vision problems: especially if sudden-onset with no obvious alternative cause can be a sign of neural damage, and may indicate a stroke on the way.
- Speech problems: if there’s not an obvious alternative explanation (e.g. you’ve just finished your third martini, or was this the fourth?), then speech problems (e.g. slurred speech, trouble forming sentences, etc) are a very worrying indicator and should be treated as a medical emergency.
- Neurological problems: a bit of a catch-all category, but memory issues, loss of balance, nausea without an obvious alternative cause, are all things that should get checked out immediately just in case.
- Numbness or weakness in the extremities: especially if on one side of the body only, is often caused by the TIA we mentioned earlier. If it’s both sides, then peripheral neuropathy may be the culprit, but having a neurologist take a look at it is a good idea either way.
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Want to learn more?
You might also like to read:
Two Things You Can Do To Improve Stroke Survival Chances
Take care!
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Top 10 Unhealthy Foods: How Many Do You Eat?
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The items on this list won’t come as a shocking surprise to you, but it can be a good opportunity to do a quick tally and see how many of these have snuck into your diet:
The things that take away health instead of adding it
Without further ado, they are…
- Alcohol: not only is it high in empty calories, but also it’s bad for pretty much everything, especially increasing the risks of liver disease, high blood pressure, and stroke.
- Processed snacks: low in nutrition; contain unhealthy fats, refined sugars, and artificial additives that often aren’t great.
- Potato chips: get their own category for being especially high in fat, sodium, and empty calories; contribute to heart disease and weight gain.
- Processed cheese: some kinds of cheese are gut-healthy in moderation, but this isn’t. Instead, it’s just loaded with saturated fats, sodium, and sugars, and is pretty much heart disease in a slice.
- Donuts: deep-fried, sugary, and made with refined flour; cause blood sugar spikes and crashes, and what’s bad for your blood sugars is bad for almost everything else.
- French fries & similar deep-fried foods: high in saturated fats and sodium; contribute to obesity and heart issues, are not great for blood sugars either.
- White bread: made with refined flour; cause blood sugar spikes and metabolic woes.
- Sodas: high in sugar or artificial sweeteners; can easily lead to weight gain, diabetes, and tooth decay.
- Processed meats: high in calories and salt; strongly associated with heart disease and cancer.
- Hot dogs & fast food burgers: get their own category for being the absolute worst of the above-mentioned processed meats.
This writer scored: no / rarely / no / no / no / rarely / rarely / rarely / no / no
How about you?
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You might also like to read:
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Gentle Nutrition – by Rachel Hartley, RD, LD
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The subtitle here claims “a non-diet approach”, but doesn’t everything, nowadays? Even books titled “The such-and-such Diet” tend to also assure us “it’s not actually a diet; it’s just a way of eating”, as if a diet is not—by definition—a way of eating. Usually what they want to communicate is that it’s not a restrictive diet, usually meaning not restrictive in quantity, or not restrictive in food type (rarely both).
This book is about intuitive eating, which is about as non-restrictive as any dietary approach can be, since it doesn’t restrict food type at at all, and it doesn’t restrict quantity in advance—rather, we learn to pay closer attention to our full signals.
No wait, we don’t. This time, it’s not about “full”, it’s about “satisfied”. This comes in two forms:
- A principle somewhat akin to the “eat until 80% full” idea
- A principle of ensuring the good is culinarily satisfying
This latter is important, if we want to have a good relationship with eating, and it also helps reduce portion sizes, when we truly take the time to mindfully savor a tasty morsel, rather than wolf down a plate of mediocre food.
The style is one that balance being encouraging with delivering science to back up that encouragement. This not only means encouragement to take up this dietary approach, but also, encouragement to let go of things like calorie-counting and BMI.
The recipes arranged per meal type, and indeed include things not found in many healthy eating books, such as gyoza dumplings, gnocchi, wontons, and shortbread. The recipes are mostly not, by default, vegan, vegetarian, gluten-free, dairy-free, or such. So if you have your own food restriction(s), the number of usable recipes will be diminished, barring any substitutions you can make yourself.
Bottom line: this is more about about how to go about intuitive eating, than it is a book with a lot of nutritional information (though there is some of that too). If you’d like to get going with intuitive eating, then this book can help.
Click here to check out Gentle Nutrition, and nourish gently!
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Cordyceps: Friend Or Foe?
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Cordyceps: friend or foe?
Cordyceps is a famously frightening fungus. It’s the one responsible for “zombie ants” and other zombie creatures, and it’s the basis for the existential threat to humanity in the TV show The Last of Us.
It’s a parasitic fungus that controls the central and peripheral nervous systems of its host, slowly replacing the host’s body, as well as growing distinctive spines that erupt out of the host’s body. Taking over motor functions, it compels the host to do two main things, which are to eat more food, and climb to a position that will be good to release spores from.
Fortunately, none of that matters to humans. Cordyceps does not (unlike in the TV show) affect humans that way.
What does Cordyceps do in humans?
Cordyceps (in various strains) is enjoyed as a health supplement, based on a long history of use in Traditional Chinese Medicine, and nowadays it’s coming under a scientific spotlight too.
The main health claims for it are:
- Against inflammation
- Against aging
- Against cancer
- For blood sugar management
- For heart health
- For exercise performance
Sounds great! What does the science say?
There’s a lot more science for the first three (which are all closely related to each other, and often overlapping in mechanism and effect).
So let’s take a look:
Against inflammation
The science looks promising for this, but studies so far have either been in vitro (cell cultures in petri dishes), or else murine in vivo (mouse studies), for example:
- Anti-inflammatory effects of Cordyceps mycelium in murine macrophages
- Cordyceps sinensis as an immunomodulatory agent
- Immunomodulatory functions of extracts from Cordyceps cicadae
- Cordyceps pruinosa inhibits in vitro and in vivo inflammatory mediators
In summary: we can see that it has anti-inflammatory properties for mice and in the lab; we’d love to see the results of studies done on humans, though. Also, while it has anti-inflammatory properties, it performed less well than commonly-prescribed anti-inflammatory drugs, for example:
❝C. militaris can modulate airway inflammation in asthma, but it is less effective than prednisolone or montelukast.❞
Against aging
Because examining the anti-aging effects of a substance requires measuring lifespans and repeating the experiment, anti-aging studies do not tend to be done on humans, because they would take lifetimes to perform. To this end, it’s inconvenient, but not a criticism of Cordyceps, that studies have been either mouse studies (short lifespan, mammals like us) or fruit fly studies (very short lifespan, genetically surprisingly similar to us).
The studies have had positive results, with typical lifespan extensions of 15–20%:
- The lifespan-extending effect of Cordyceps sinensis in normal mice
- Cordyceps sinensis oral liquid prolongs the lifespan of the fruit fly, Drosophila melanogaster
- Anti-aging activity of polysaccharides from Cordyceps militaris
- Anti-aging effect of Cordyceps sinensis extract
Against cancer
Once again, the studies here have been in vitro, or murine in vivo. They do look good though:
In vitro (human cell cultures in a lab):
In vivo (mouse studies):
Summary of these is: Cordyceps quite reliably inhibits tumor growth in vitro (human cell cultures) and in vivo (mouse studies). However, trials in human cancer patients are so far conspicuous by their absence.
For blood sugar management
Cordyceps appears to mimic the action of insulin, without triggering insulin sensitivity. For example:
The anti-hyperglycemic activity of the fruiting body of Cordyceps in diabetic rats
There were some other rat/mouse studies with similar results. No studies in humans yet.
For heart health
Cordyceps contains adenosine. You may remember that caffeine owes part of its stimulant effect to blocking adenosine, the hormone that makes us feel sleepy. So in this way, Cordyceps partially does the opposite of what caffeine does, and may be useful against arrhythmia:
Cardiovascular protection of Cordyceps sinensis act partially via adenosine receptors
For exercise performance
A small (30 elderly participants) study found that Cordyceps supplementation improved VO2 max by 7% over the course of six weeks:
However, another small study (22 young athletes) failed to reproduce those results:
Cordyceps Sinensis supplementation does not improve endurance exercise performance
In summary…
Cordyceps almost certainly has anti-inflammation, anti-aging, and anti-cancer benefits.
Cordyceps may have other benefits too, but the evidence is thinner on the ground for those, so far.
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