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The future of cancer therapy is that no one should die or suffer from this disease. For some, this will be enhanced cure rates and for others, it will be the normalization of the word cancer to that simply of a chronic disease like diabetes and high blood pressure. You will not have to fear cancer, but file it in the background and get on with the rest of your lives.   

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  • Diabetes UK’s (DUK) 2016 State of the Nation Report calls for diabetes education to be improved
  • Effective education can reduce the vast and escalating burden of diabetes and is significantly cheaper than treatment
  • Traditional diabetes education is failing miserably
  • DUK’s education only reaches a small percentage of people with diabetes
  • Self-management is the only realistic way forward to better diabetes management, but will require a transformation of the current patient-educator relationship
  • Could DUK play a leading role in this transformation?
 
Improving diabetes education to enhance patient outcomes
 
For the past decade at least, the charity Diabetes UK (DUK) has been “calling for governments to do more” to improve diabetes care in order to stem the vast and escalating burden of the condition. Currently, 4m people or 6% of the population are living with diabetes in the UK, and this is projected to rise to 5m by 2025. It is estimated that around 10% of the NHS yearly budget is contributed to the treatment of diabetes; which equates to £10.3bn a year.

The prevalence of type-2 diabetes (T2DM) in particular has been increasing rapidly, and is now one of the world’s most common long-term health conditions. Life expectancy on average is reduced by up to 10 years for people with T2DM. Experts say effective education can prevent the onset of T2DM, help with its management once diagnosed, and slow the onset of complications, such as heart failure, blindness, kidney disease and lower limp amputations. The 2016 DUK State of the Nation report called for diabetes education to be improved.

 
Traditional diabetes education is failing

In the video below Richard Lane, Ambassador and Immediate Past President of DUK, describes the significant improvements in diabetes education since he was first diagnosed in the 1970s, and briefly describes DAFNE (Dose Adjustment For Normal Eating), one of the official UK adult courses for managing type-1 diabetes. Also, a patient with type-1 describes how helpful she found some voluntary diabetes educational courses.
 
 

Notwithstanding individual successes, traditional diabetes education programs are failing to reach a sufficient number of people to be effective in reducing the overall burden of the condition. Only 2% of people diagnosed with type-1 diabetes and 6% with T2DM attend official diabetes educational courses. Each year there are 24,000 early deaths from diabetes-related complications, and also 7,000 avoidable amputations. DUK wants 50% of people living with diabetes to receive education over the next five years.
 
DUK's education and support

DUK spends about 50% of the money it raises annually on diabetes education. Of the £37m it raised in 2015 it spent £8.0m on its “Better Care Everywhere” program that works with healthcare institutions, “to make sure people had access to the 15 healthcare essentials”; £7.0m on its “Not Alone with Diabetes” program, which is its helpline; £1.5m “Reducing the Risk of Diabetes”, which is DUK’s participation in the National Diabetes Prevention Program; and £8.2m, “Growing the Impact of DUK’s Work”, which develops “networks of healthcare professionals,” to “work with local community groups and volunteers all over the country”: a total of £24.7m. 

Here we describe these expenditures as education and support services. 
Despite over £20m worth of diabetes educational and support services delivered by DUK each year, and the £10.3bn spent by the NHS on diabetes care and education, diabetes in the UK remains the largest and fastest growing health challenge of our time. “Diabetes is a very serious and complex health condition that requires constant self-management,” says Chris Askew, DUK’s CEO. 
 
A fundamental transformation is required

Increasing self-management is relevant, especially as resources for diabetes are shrinking as the prevalence of the condition is rapidly increasing, particularly among children. However, achieving effective self-management requires a fundamental transformation of the way diabetes education is delivered. 

It is projected that 66% of people in the UK will have smartphones by 2017. It seems reasonable to assume therefore that the majority of people  living with diabetes will have smartphones by 2017. People regularly use their smartphones for 24-hour banking, education, entertainment, shopping, and dating. Diabetes education has failed to effectively leverage this vast and rapidly growing free infrastructure and peoples’ changed lifestyles to introduce effective educational support systems to enhance the quality of diabetes care, increase efficiency, and improve patient outcomes. Today, mobile technology is part of everyday life and people expect to be connected with their relevant service providers 24-7, 365 days of the year from anywhere. 

Here is just one example of a simple evidence-based  dashboard designed to help re-engineer primary care management of diabetes by (i) increasing the connectivity between health professionals and patients, (ii) enhancing patient knowledge of diabetes, (iii) encouraging people to self-manage their condition, (iv) increasing the efficiency of GP clinics, and in the medium to longer term, (I) keep people out of A&E, and (ii) slow the onset of complications. 
 


Click on the image to see a demonstration of the dashboard
 

At very little cost, such a system could be rolled-out nationally through Clinical Commissioning Groups (CCG), integrated into GP clinics, and provide the basis of a national platform for diabetes education. Once patients and health professionals become engaged and familiar with the initial service offering, CCGs can bolt on additional services to further help people ward-off or manage their diabetes. This follows the model of digital champions, which succeed by using a core service to engage, and build a user base, and then add more services, so continuously increasing their users’ familiarity with their services. Engaging patients and health professionals any other way tends to fail.

The  diabetes education dashboard ensures that people either at risk of diabetes or living with diabetes will always be part of an educator-patient network, which should increase the variety; velocity, volume and value of educational healthcare information patients receive.

 
The escalating incidence of diabetes is not new

Data reported by DUK in 2015 revealed that over the past decade the number of people living with diabetes increased by 60%, and the charity’s leaders claimed that the public health situation in the UK with regard to diabetes is being allowed “to spiral out of control”. “Diabetes already costs the NHS nearly £10bn a year, and 80% of this is spent on managing avoidable complications,” said Barbara Young, then the CEO of DUK. Such findings, while shocking, are not new. 
 

The vast and escalating burden of diabetes

Tackling diabetes is important for the future of the NHS as there are over 4m people living with diabetes in the UK at present. This represents 6% of the UK population, or 1 in every 16 people. About 90% of the cases have T2DM. 90% of people with T2DM are overweight. Lifestyle changes and weight loss can help to prevent T2DM from ever occurring. Obesity is 40% more common among people living in deprived areas. 11.9m people in the UK are currently at risk of developing T2DM, but more than half could delay or even prevent a diagnosis by improved diets and lifestyles. This requires effective education that engages people and encourage them towards healthier lifestyles. About 10% of the cases are Type-1, which usually develops in childhood, and is often inherited. The NHS spends £10.3bn every year on treating diabetes, which equates to 10% of its entire budget. 80% of this is spent on diabetes medication. The annual indirect costs, such as productivity loss and informal care, are estimated to be £13bn. Effective education is cheaper than treatment.

 
The government will not spend more on diabetes

DUK’s repeated calls for the government to do more for diabetes care have been unsuccessful. This is largely because the NHS is struggling to cope with a surge in demand for care while suffering a major budget squeeze. In 2016, the government took back control of overspending semi-autonomous hospitals as part of its crackdown to tackle a NHS deficit of £2.45bn; the biggest overspend in its history.
 
DUK is a significant provider of diabetes education

To look at some aspects of DUK’s educational achievements we have taken a selection of extracts from its 2015 Annual Report. Against each extract is a short comment.

DUK:11,000 people learnt how to better understand and manage their condition through our Type 2 online education course.” 
 
COMMENT: This represents about 0.3% of the people in England diagnosed with T2DM.
 
DUK:Our care line supported 22,361 people who needed encouragement, information or someone to talk to”. 
 
COMMENT: This represents about 0.6% of people in England living with diabetes.
 
DUK:5.9m visits to the Diabetes UK website in 2015 – almost 10 per cent more than the year before – giving people the opportunity to learn more about the condition, what we do and how to get involved.”               
 
COMMENT: The key question here is the quality of the visit to the DUK website. Questions include inter alia: What is the average ‘dwell time’ for each visitor to DUK’s website? How many repeat visits does the website receive? What is the average number of pages viewed by visitors to DUK’S website? What are the most popular website pages viewed? What are the least popular website pages? How many visitors to the website come from the UK? What percentage of the people who visit the website “get involved”? How long do they stay involved? What percentage of the website’s visitors register with the site?
                                            
DUK:15,196 people found out their risk of developing Type 2 diabetes at one of our Roadshows – and can now take steps to avoid it.” 
 
COMMENT: This represents about 0.1% of the people in the UK at risk of T2DM.
 
DUK: “Educated more than 17,000 healthcare professionals to better work with and support those living with diabetes.”
 
COMMENT: Is this cost-effective? Would not online engagement be more appropriate?
 
DUK:11,000 people registered to educate themselves about managing their Type 2 diabetes via our online course Type 2 Diabetes and Me.”
 
COMMENT: This represents about 0.3% of people in England diagnosed with T2DM.
 
DUK:11.9 million people in the UK are currently at risk of developing Type 2 diabetes, but more than half of those people could delay or even prevent a diagnosis . . . In 2015 we worked with NHS England and Public Health England to develop the NHS Diabetes Prevention Programme. This partnership has the potential to help people in England who are at high risk delay – in some cases even prevent – Type 2 diabetes, and is being watched by the rest of the UK with interest.
 
COMMENT: In 2015 the UK government's Public Accounts Committee (PAC) observed that the national prevention initiative, which costs over £35m each year, lacked urgency, and recommended that it should, “develop a better and more flexible range of education support for diabetes patients.
 
A HealthPad Commentary reviewed the national prevention program, described an innovative and successful US diabetes prevention initiative, and concluded that because the UK program employed 19th century technologies to address a 21st century epidemic it would likely fail. The Commentary further argued that preventing T2DM entails winning the battle against obesity, reducing poverty, and changing peoples’ diets and lifestyles. To do this, education programs need to employ modern behavior techniques to engage people and coax them to change their behaviour.
 

A further HealthPad Commentary, described the growing frustration of the government’s PAC and the National Audit Office (NAO) with the country’s diabetes establishment.
 
DUK: Our ‘Know Your Risk’ volunteers helped over 15,000 people find out their risk of Type 2 diabetes at one of our events, while our online tool was used over 240,000 times.”
 
COMMENT: This represents 0.47% and between 6 to 7.5% respectively of people living with T2DM in England.
 
DUK should report costs and outcomes not costs and the distribution of services

Two points about DUK’s statements of its educational achievements:
  1. The majority of the charity’s education and support services only appear to reach a small percentage of the total number of people either at risk of T2DM or those living with diabetes. We have drawn attention to the fact that a large percentage of people with T2DM are over weight and 40% of obese people reside in deprived areas of the UK. To be effective diabetes education must have the Heineken effect.
  2. For the past decade at least, the DUK has tended to report the costs and distribution of its education and support services. More relevant would be for the charity to report costs and the effects its services have had on reducing the burden of diabetes, slowing complications, improving efficiencies, and enhancing patient outcomes.
Diabetes education providers should adopt school performance measures

For years the UK’s state education service has been using pupil outcome measures to rate the performance of its schools. Why is this not the case for diabetes education? Can you imagine if year-after-year millions of children in England were failing their public examinations, and year-after-year education officers only reported the costs and distribution of their services?  Can you imagine if the public education services only taught a very small percentage of the children eligible for education and there was no information about children’s performance in examinations?
 
Would people accept an education report that said, “This year Worthy schools spent £20m on physics teaching, which only reached 0.3% of pupils who would benefit from the subject, and we have no idea what percentage of those that were taught either took or passed the recommended physics exams”?
 
Technologies facilitate and transform diabetes education

With failing education programs people with diabetes are being driven to self-manage their condition with inadequate support. Inexpensive and ubiquitous technologies facilitate this, and increasingly people are demanding tools that track weight, blood pressure, daily exercise and diet. From apps to wearables, healthcare technology lets people feel in control of their health, while also providing health professionals with more patient data than ever before. 
 
With more than 100,000 health apps, rapid growth in wearables, and 75% of the UK population now owning a smartphone, digital technology is well positioned to significantly improve diabetes education and management. Such technologies while ubiquitous, are ineffective if only used as an adjunct to traditional education. Traditional diabetes education programs have failed to introduce widespread digital support strategies, which significantly enhance the quality of care, increase efficiencies, and improve patient outcomes for the majority of people living with diabetes.
 
In the first video below Richard Lane describes how digital technology is helping people self-manage their diabetes. In the second, Lane and a patient diagnosed with T2DM suggest that the biggest challenge for diabetes care is actually engaging people who are either at risk of the condition or living with diabetes. Only once people are engaged do you stand a chance to raise their awareness of the disease, and encourage them to change their diets and lifestyles in order to slow the progression of the condition and even prevent it.
 
How can mHealth help in the management of diabetes?
 
What are the biggest challenges of diabetes care?
 
Changing the patient-educator relationship
 
Self-management of diabetes should not be viewed simply as developing a website and providing a portfolio of techniques and tools to help people living with diabetes choose healthy behaviours. A necessary pre-requisite for effective education to reduce the burden of diabetes is the actual engagement of people who are either at risk of T2DM or living with diabetes. (Where are the national diabetes registers?). Once engaged education should inform and empower people, and provide them with access to continuous self-management support. This is substantially different to the way traditional diabetes education is delivered as it transforms the patient–educator relationship into a continuous, rich, collaborative partnership. A future HealthPad Commentary will describe an innovative and cost effective Mexican mHealth program, which has radically changed the patient-educator relationship by encouraging people, who are either at risk of T2DM or living with the condition, to take ownership of their own health, and become an integral member of their care team.
 
Takeaways

Diabetes is an out of control killer disease, which experts belief could be stemmed, reduced and prevented with effective education that is significantly cheaper than paying for treatment. Current diabetes education programs are failing miserably, and the prevalence of the disease is increasing rapidly, especially in young children.

Diabetes education and support require a radical overhaul to prevent the disease from spiralling out of control and bankrupting the NHS. This needs leadership to shape and drive a new and effective diabetes engagement/education model. Could DUK provide this?
 
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The importance of measuring the impact of diabetes care

  • Bill Gates says that measurement is key to reducing disease
  • Type-2 diabetes is the fastest growing health threat of our time, it is preventable, but not properly measured
  • Expensive diabetes programs fail to dent the burden of the disease
  • Taxpayers have a right to know the annual impact of diabetes care and education on the incidence, outcomes and costs of the disease
  • Healthcare agencies must agree and report clear goals that drive progress

Bill Gates is right. Measurement is central to the success of reducing the global incidence of diseases. Can we learn something from Bill Gates to help reverse the epidemic of type-2 diabetes: a preventable disease, which is spiralling out of control, and set to bankrupt healthcare systems?

Dr Syed Sufyan Hussain, Darzi Fellow in Clinical Leadership, Specialist Registrar and Clinical Lecturer in Diabetes, Endocrinology and Metabolism, at Imperial College London, describes the challenge:

      
             (click on the image to play the video) 
 

The UK

Similar to other developed nations, diabetes in the UK is the largest and fastest growing health challenge of our time. Since 1996, the number of people living with diabetes in the UK has more than doubled: 3.9 million people now have diabetes, another 9.6 million are at high risk of getting type-2 diabetes, and every year, that number is rising dramatically. If nothing changes, in 10 years time more than four million people in England will have diabetes. This suggests that current diabetes care programmes and education are failing.

Diabetes is expensive, and current annual treatment costs alone are about £10bn - some 10% of the annual NHS budget - and 80% of this is spent on managing avoidable complications. For example, diabetes is the most common cause of lower limb amputations, and over 6,000 happen each year in England alone. The result is frequently devastating in terms of social functioning and mood, and poses a considerable cost to healthcare providers, while the financial burden on patients and their families can be enormous.

The total annual costs of diabetes, which includes both direct and indirect costs, such as the loss of earnings because of illness, are difficult to measure, but are estimated to be about £24bn per year. If nothing changes, these costs are projected to rise to nearly £40bn in 20 years. This further suggests that current diabetes care programmes and education are failing. 
 

Doing more of the same 

In its 2015 State of the Nation Report, Diabetes UK (DUK), a large and influential charity, urged the UK Government and NHS England to do more in order to ensure that people with diabetes get the support and education they need to manage their condition. However, if the UK government and NHS England do more of the same, nothing will change, and diabetes will continue to escalate, destroying lives and costing billions. Let us go back to Bill Gates.
 

Measures to drive progress

I’ve been struck again and again by how important measurement is to improving the human condition. You can achieve amazing progress if you set a clear goal and find a measure that will drive progress toward that goal . . . . This may seem pretty basic, but it’s amazing to me how often it is not done,” says Gates.

The UK government, NHS England, Public Health England and DUK do not share an agreed set of indicators, which measure and report on the impact of diabetes care and education. Given that each year billions are spent on diabetes, these agencies should be obliged to report annually on the impact that their diabetes care and education programs have on the prevalence, outcomes and costs of diabetes. Let us return to Bill Gates, and his efforts to reduce the global burden of HIV.
 

Bill Gates 

The 2013 annual report of the Melinda and Bill Gates Foundation stresses that it, “Enhances, the impact of every dollar invested by improving the efficiency and effectiveness of our HIV program, [which] supports efforts to reduce the global incidence of HIV significantly and sustainably, and to help people infected with HIV lead long, healthy, and productive lives. The global incidence of HIV has declined 20% since its peak in the mid-1990s.” 

Now, tweak the above paragraph to create a gold standard annual report of the state of diabetes in the UK. The government, NHS England, Public Health England and DUK, “Enhances the impact of every pound invested in diabetes by improving the efficiency and effectiveness of our diabetes programs and education [sic], which support efforts to reduce the UK’s incidence of diabetes significantly and sustainably, and to help people living with diabetes to lead long, healthy, and productive lives. [Notwithstanding,] since 1996, the UK’s incidence of diabetes has increased by 110%, complications have increased by 115%, and annual treatment costs have increased by at least £2bn.”
 

Changing demographics

In the above paragraph we used indicative numbers to show direction. Some, but not all, of the reported increases can be explained by demographic changes. For example, over the past 20 years, the UK’s population has increased by 5.5 million and aged, and now more than 18% are over 65, and this cohort is rising. According to the Office of National Statistics, 60% of the population increase is due to immigration. David Coleman, a professor of demographics at Oxford University, suggests that this mass influx of migrants has given the UK, Europe’s fastest-rising percentage of ethnic minority and foreign-born populations, and by 2040 foreigners and non-white Britons living here will double and make up one third of the UK population. 

This has important healthcare implications because type-2 diabetes is more than six times more common in people of South Asian descent, and up to three times more common among people of African and African-Caribbean origin. Studies show that people of Black and South Asian ethnicity also develop type-2 diabetes at an earlier age than people from the White population in the UK, generally about 10 years earlier. All these factors have a knock-on affect for healthcare. According to the Institute of Economic Affairs the changing demographics in the UK has created a “debt-time bomb’ that will require the end of universal free healthcare. 
 

Takeaways

Diabetes plays a prominent role in the health of the UK, and not all of its rising burden can be explained by changing demographics. The escalating burden of type-2 diabetes can be reduced and prevented by effective management and education, which engage people living with, or at risk of diabetes, and changes their behavior. Current education programs fail to do this. 

Instead of asking the government and NHS England to, “do more”, is it not time for those responsible for diabetes care to learn from Bill Gate, and, agree and report annually, measures that inform on the impact that diabetes care and education is having on the incidence, outcomes and costs of diabetes? 

 
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In October 2014 Harvard professor Douglas Melton announced a breakthrough in the treatment of type-1 diabetes by creating stem cells that produce insulin.

Melton demonstrated that mice treated with transplanted pancreatic cells are still producing insulin months after being injected. Testing in primates is now underway at the University of Chicago, and clinical studies in humans should begin in just a few years.

"Most patients are sick of hearing that something's just around the corner," says Melton, but he's convinced that his research represents a significant turning point in the fight against diabetes.

Type-1
Type-1 diabetes, which usually occurs in children, is an autoimmune disease in which the body attacks its own beta cells of the pancreas and destroys their ability to make insulin. It's a devastating lifelong chronic condition, which affects some three million Americans and 400,000 English people. Treatment is daily insulin doses, a healthy diet and regular physical activity.
 
Increasing incidence
For reasons not completely understood, the incidence of type-1 diabetes has been increasing throughout the world at about three to five per cent a year, and is most prevalent in Europe. This is troubling, because type-1 diabetes has the potential to disable or kill people early in their lives.

The search to discover why type-1 diabetes is increasing resembles the penultimate chapter of an Agatha Christie mystery, where there are many suspects, but no prime candidate. The last chapter to explain the increasing incidence of type-1 diabetes is yet to be written.  
 
Parents unaware of symptoms
A 2012 UK report suggests that parents are unaware of the warning signs of type-1 diabetes: thirstiness, tiredness, weight loss and frequently passing urine. As a consequence 25% of children with the condition are diagnosed once they are already seriously ill with diabetic ketoacidosis (DKA). DKA occurs because a severe lack of insulin upsets the body's normal chemical balance, and leads to the production of poisonous chemicals called ketones. This build-up can be life threatening, and needs immediate specialist treatment in hospital.
The challenge of cell production
Making industrial quantities of the insulin-producing cells of the pancreas has been a Holy Grail of diabetes research. All previous attempts have failed to achieve scalable quantities of the mature beta cells that could be of practical benefit to people living with diabetes.

Just over 20 years ago when Professor Melton's son Sam was diagnosed with type-1 diabetes Melton promised that he would find a cure. He was further inspired when his daughter at 14 was also diagnosed with type-1 diabetes.

According to Melton, it should be possible to produce 'scalable' quantities of beta pancreatic cells from stem cells in industrial-sized bioreactors, and then transplant them into a patient to protect them from immune attack. This would result in an effective cure.

"The biggest hurdle has been to get glucose-sensing, insulin-secreting beta cells, and that's what our group has done," says Melton.

In addition to offering a new form of treatment, and possibly a 'cure' for type-1 diabetes, Melton believes his discovery could also offer hope for the 10% of people living with type-2 diabetes who have to rely on regular insulin injections.

Takeaway
If Professor Melton is successful, not only will his discovery honour a promise to his children, but also it'll be a medical game-changer on a par with antibiotics and bacterial infections.
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Diabesity and the food-brain relationship

Scientists from Imperial College London have enhanced our understanding of the food-brain relationship by discovering a brain mechanism that drives our appetite for foods rich in glucose, which could lead to treatments for diabesity.

Obesity, insulin resistance, metabolic syndrome and type-2 diabetes have reached epidemic proportions, yet few people understand how closely they're related, and what causes them. Diabesity is a metabolic dysfunction that ranges from mild blood glucose imbalance to fully-fledged type-2 diabetes.


Intimate food-brain relationship

Diabesity accounts for between 65 and 85% of new cases of type-2 diabetes, and affects more than one billion people worldwide; including 60 million Europeans, and 100 million Americans.

For most people, neither dieting nor current pharmacological interventions are effective in achieving long-term weight reduction. Therefore, to prevent and treat diabesity we must develop approaches to modulate the ways in which the brain controls body weight.

"This is the first time anyone has discovered a system in the brain that responds to a specific nutrient, rather than energy intake in general, and it raises the potential that diabesity could be reduced and prevented by medication acting on the part of the brain that craves glucose," says Dr James Gardiner who led the study.

Our brain rules our belly
Researchers identified a mechanism, which senses how much glucose is reaching our brain, and if our brain detects a shortfall, it makes prompts to seek more glucose. This mechanism is more active in people who are obese-prone, suggesting that the brain can promote obesity.

The Imperial College study is published in The Journal of Clinical Investigation . According to its lead author, Dr Syed Sufyan Hussain, 'Glucose is a component of carbohydrates, and the main energy source used by brain cells. This study demonstrates that the brain plays a significant role in driving our preference for sweet and starchy foods. Prior to industrialisation, such glucose rich foods were not easily available, but today they're everywhere.'

Addicted to food?
Dr Mohammed Hankir, a neuroscientist at the University of Leipzig, Germany, says, 'It's becoming increasingly clear that when we consume certain types of food, particularly those high in fat and sugar, the same brain circuits are engaged as when taking drugs of abuse. We may therefore have little choice about overeating and becoming obese.'

If the diabesity epidemic is the result of our brains being hard-wired to consume energy rich food, can we cure diabesity with pharmacological manipulation of these brain pathways?

Bowels control the brain
Professor Sir Stephen Bloom, Head of Division for Diabetes, Endocrinology and Metabolism, Imperial College London, thinks we can, and says, 'Gut hormones are chemical messengers secreted by the digestive system that affect our brain and control appetite. Hijacking this natural messenger system is an attractive and likely option for treating diabesity'. The GLP-1 hormone is widely used for the treatment of diabetes. It also leads to weight loss. There are other such gut hormones that need further evaluation because they could provide attractive solutions for obesity. 
 
Takeaways
The food-gut-brain relationship promises a much-needed solution for the diabesity epidemic. Whilst the search continues, we must act now to prevent this. Most healthcare systems are organized to treat the acute symptoms of diabesity, and manage the condition once it's been diagnosed. Healthcare systems are less adept at prevention, and early detection. This requires effective education, which is currently not available. 

 

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Hallcross Medical

NHS Health Check
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Expertise:

Hallcross Medical Services Limited has supported the health and wellbeing of residents in Barnsley and Doncaster by providing the NHS Health Check service for several years. Designed for adults aged 40 to 74, this service ensures easy access to vital health screenings, empowering individuals to take charge of their health.

The NHS Health Check is a national programme assessing the risk of conditions like heart disease, stroke, type 2 diabetes, and kidney disease. By monitoring key health indicators, it helps healthcare professionals detect early signs of serious illnesses and offer timely interventions.

Hallcross Medical Services has played a pivotal role in delivering this preventive care, ensuring residents benefit from regular screenings. Their commitment to proactive health management has contributed to healthier and more informed communities in Barnsley and Doncaster, helping individuals lead longer, healthier lives.


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Diabetes wars

  • Failing diabetes services are waisting money
  • Too many people with diabetes develop avoidable complications
  • No one is held accountable for poor diabetes service performance
  • The NHS payment systems do not effectively incentivise the delivery of recommended standards of diabetes care
  • Appropriate incentives for diabetes services could improve diabetes outcomes and save the HNS £170m per year

 

National Audit Office v. NHS

A war is being waged between the NHS and the UK’s National Audit Office (NAO) over the state of adult diabetes services in the UK. Two NAO reviews found that doctors are failing to meet nationally agreed standards of diabetes care, and that they are neither effectively incentivised to deliver and sustain quality services nor accountable for poor service. 

The NHS says it is committed to supporting doctors to deliver high-quality care to people with and at risk of diabetes, but the NAO is not convinced.  It recommends that monies for diabetes services and doctors’ remuneration should be linked more directly to desired patient outcomes in order to promote and sustain accountability, responsibility, learning and the strengthening of local capacity. 

 


Adult or type 2 diabetes (T2DM) is an avoidable chronic condition, which occurs when the body does not produce enough insulin to function properly, or the body’s cells do not react to insulin. This means that glucose stays in the blood, and is not used as fuel for energy. There are currently 3.9 million people living with diabetes in the UK, with 90% of those affected having T2DM. Diabetes is a cause of serious long-term health problems, which include blindness, kidney failure, lower limb amputation, and cardiovascular disease, such as a stroke. Roni Sharvana Saha, Consultant in Acute Medicine, Diabetes and Endocrinology at St Georges University Hospital, London describes why weight control is important for the management of T2DM.

         
            (click on the image to play the video) 


 


Local responsibility for adult diabetes services 

In England the responsibility for diabetes services and support rests with local Clinical Commissioning Groups (CCGs) and GPs. In 2003 the UK government gave primary care trusts the responsibility for commissioning local services on behalf of their local populations, and freedom to decide how to best deliver diabetes services. It is for GP practices to ensure that people with diabetes receive all the nine recommended care processes each year in accordance with agreed clinical guidance (see below). In 2004 the Quality and Outcomes Framework (QOF) was introduced as part of the new GP contract, which includes payments for undertaking specified clinical activities and achieving set clinical indicators.

 


The nine basic processes of diabetes care are: (i) blood glucose level measurement (HbA1c), (ii) blood pressure measurement, (iii) cholesterol level measurement, (iv) retinal screening, (v) foot and leg check, (vi) kidney function testing (urine),  (vii) kidney function testing (blood), (viii) weight check, (ix) smoking status check.
 


 

Failing incentives

QOF awards for GPs initially improved diabetes outcomes in primary care. However, recently there has been little improvement, and according to the NAO the current payment system for GPs is not driving the required patient outcomes. GPs are paid for each individual diabetes test they carry out rather than being rewarded for ensuring that all nine tests are delivered. Similarly, the Payment by Results tariff system for English hospitals does not incentivize the multi-disciplinary care required to treat a complex long-term condition such as diabetes. According to the NAO the NHS needs to review and enhance its payment systems to ensure that they effectively incentivise good care and better outcomes for people with diabetes.
 

National Audit Office’s First Review (2012)

In May 2012 the NAO’s first review of adult diabetes services in England found that the NHS was not delivering value for money, and that it was underestimating its annual spend on diabetes services by some £2.6 billion. “There is poor performance in expected levels of diabetes care, low achievement of treatment standards, and 24,000 people die each year from avoidable causes relating to diabetes”, said the report.

The NAO findings included the following:

    1. "Fewer than one in five people with diabetes in England are being treated to recommended standards, which reduce their risk of diabetes-related complications
    2. Many people with diabetes develop avoidable complications
    3. NHS accountability structures fail to hold commissioners of diabetes service providers to account for poor performance
    4. No one is held accountable for poor performance, despite the fact that performance data exist
    5. The NHS is not effectively incentivising the delivery of all aspects of recommended standards of care through the payments systems
    6. There is a lack of clarity about the most effective way to deliver diabetes services
    7. Payment mechanisms available to GPs are failing to ensure sustained improvements in outcomes for people with diabetes
    8. The NHS does not clearly understand the costs of diabetes
    9. Effective management of diabetes-related complications could save the NHS £170 million a year"

 

The NAO Recommendation

The NAO recommended that the system of incentives for doctors be renegotiated to improve outcomes for people with diabetes in accordance with agreed clinical practice. GPs should only be paid for diabetes care if they ensure all nine care processes are delivered to people with diabetes. Also the NAO recommended that the thresholds at which GPs are remunerated for achieving treatment standards should be reviewed regularly.
 

Public Accounts Committee Chair: “Depressing report”

Margaret Hodge, chair of The House of Commons Committee on Public Accounts, which took oral and written evidence on the NAO Report, said, “This was one of the most depressing Reports I’ve read. Everybody understands the enormity of the problem; nobody is arguing with the figures; everybody accepts both the nature of the checks, and the treatments to prevent complications that should be done; money or lack of it has not been an issue; there appears to be a structure within the Department of Health with a tsar and a group of people whose job it is—and yet we are failing.”
 

Public Accounts Committee’s Conclusion: Higher costs, poorer services

The conclusions of Public Accounts Committee echoed its chair’s opening remarks, “Although there is consensus about what needs to be done for people with diabetes, progress in delivering the recommended standards of care and in achieving treatment targets has been depressingly poor. There is no strong national leadership, no effective accountability arrangements for commissioners, and no appropriate performance incentives for providers. We have seen no evidence that the Department of Health will ensure that these issues are addressed effectively . . . . Failure by it to do so will lead to higher costs to the NHS as well as less than adequate support for people with diabetes.
 

Action for Diabetes: the NHS’s Defence (2014)

In January 2014 the NHS defended its services in Action for Diabetes, a report prepared by its Medical Directorate, which sets out the activities NHS England is undertaking as a direct commissioner of GP and other primary care services, and as a support to secondary and community care commissioners to improve outcomes for people with and at risk of diabetes. The report stated that between 1996 and 2002 there was a, “marked reduction in excess mortality in those with diabetes”, and the UK’s diabetes-related mortality rates were better than 19 other developed economies. 

Action for Diabetes reaffirmed that the NHS was committed to supporting CCGs to deliver high-quality care to people with and at risk of diabetes, and will:

      • “Provide tools and resources to support commissioners in driving quality improvement
      • Ensure robust and transparent outcomes information, and align levers and incentives to facilitate delivery of integrated care across provider institutional boundaries
      • Empower patients with information to support their choices about their own health and care, and support the development of IT solutions that allow sharing of information between providers and between providers and people with diabetes
      • Look to the future of the NHS to deliver continued improved outcomes for people with or at risk of diabetes.”
 

In a foreword to Action for Diabetes Professor Jonathan Valabhji, the UK government’s National Clinical Director for Obesity and Diabetes, said the NHS needs, “new thinking about how to provide integrated (diabetes) services in the future in order to give individuals the care and support they require in the most efficient and appropriate care settings, across primary, community, secondary, mental health and social care, and in a safe timescale”.
 

National Audit Office’s Second Review (2015) 

In October 2015, the NAO published a follow-up review of NHS adult diabetes services, and criticised (I) the still low rates of the delivery of basic diabetes care processes, and (ii) the low rates of attainment of diabetes treatment goals. The NAO pointed to the escalation of avoidable complications, such as amputation, blindness, kidney failure and stroke that consume about 70% of the annual treatment costs of the NHS on diabetes.  The report commented:  “The improvements in the delivery of key care processes have stalled, . . . and this is likely to be reflected in a halt to outcomes improvement for diabetes patients . . . There are still 22,000 people estimated to be dying each year from diabetes-related causes that could potentially be avoidable”.


Ineffective payment systems

The NAO’s 2015 report criticized the way that the NHS distributes money, and sets local incentives for improving the delivery diabetes services. Economists have long argued that bureaucrats distributing monies with loose conditions is not an effective way to achieve transformative change. According to the NAO, “Current financial incentives, funding mechanisms and organisational structures of health services do not support the delivery of integrated diabetes care”. The NAO recommends that the NHS should, “Ensure that its payment systems effectively incentivise good care and better outcomes for people with diabetes”. 


Comment: Reasons for failure

According to market economists aid is at best wasteful, and at worst creates a damaging culture of dependency. Also, aid is often subject to vested interests, and fails to change people’s behaviors and improve wellbeing.
 
Institutions responsible for delivering diabetes services in England have not learned these lessons, and as a consequence poorly incentivized diabetes service providers fail to propel people living with diabetes towards self-management, and fail to slow the onset of devastating and costly complications. 
 

Effective incentives are key for improving diabetes outcomes

This Commentary has suggested that without appropriate incentives diabetes service providers have become chronically dependent on their paymasters, which has stifled innovation, made service providers less focused on patient outcomes, and less likely to innovate and prioritize the generation of other resources. Current incentives for diabetes service providers should be renegotiated.
 
A previous Commentary suggested that effective patient outcomes occur when people and communities are engaged and assume greater responsibility for their own wellbeing. Tried and tested behavioral techniques successfully used by the Cameron and Obama administrations need to be embedded in a range of diabetes services to create offerings that people want and that actually lower the risk of T2DM, propel those living with the condition into self-management, and slow the onset of devastating and costly complications; see Behavioral Science provides the key to reducing diabetes.
 
A related issue, which needs to be addressed to improve patient outcomes further, is the need to reduce the power of the bureaucracies that control the provision of diabetes services and to increase competition among diabetes service providers. Current bureaucratic diabetes service providers present a significant barrier for new entrants, and thereby discourage investments in innovations and new technologies. This will be the subject of a future Commentary.

 
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DUK and HealthPad agree on the importance of diabetes education

  • Diabetes in the UK is spiralling out of control
  • People with diabetes are not receiving the care they need
  • Education for people living with diabetes must improve
  • CCGs need to increase the effectiveness of diabetes education
  • Policy makers must be more open-minded about digital health
  • Policy makers should prepare the UK for the digital future

 

DUK and HealthPad

Diabetes UK (DUK) and HealthPad are on the same page in recommending more effective education to reduce the escalating burden of diabetes. DUK insists that, “Clinical commissioning groups (CCGs) need to increase the availability and uptake of a range of diabetes education and learning opportunities”.


Managing My Diabetes

HealthPad has developed a cost effective digital diabetes education service specifically for CCGs to: (i) increase the connectivity between local health professionals and people with diabetes, (ii) enhance patients’ knowledge of the condition, (iii) propel people with the condition towards self management, (iv) slow the onset of complications and (v) reduce face-time with doctors, see: Reducing the burden of diabetes by online video.
 

The state of the nation 

DUK’s 2015 State of the Nation Report laments that the incidence rates of diabetes continues to spiral out of control, and people with diabetes is now at an all time high of 3.9 million, with a further 600,000 estimated to have undiagnosed type-2 diabetes. Further, 2015 National Statistical Office figures, show that 67.1% of adult males and 57.2% of adult females in the UK are either overweight or obese, and therefore at risk of type-2 diabetes. 

There is no way of preventing type-1 diabetes, which occurs as a result of the body being unable to produce insulin, and usually develops in childhood, affecting 10% of sufferers. However, type-2 diabetes is the result of bad diets and sedentary lifestyles, and is preventable with effective education. Left unchecked, diabetes can result in devastating health complications such as kidney and heart disease, blindness and amputations. Also, diabetes costs the NHS nearly £10bn each year, 80% of which is spent on managing avoidable complications.
 

Gaping hole” in effective education

DUK director of policy Bridget Turner said, "There is a gaping hole when it comes to diabetes education . . . . This is despite strong evidence that giving people the knowledge and skills to manage their diabetes effectively can reduce their long-term risk of complications . . . . We must get better at offering education to people who are living with diabetes." Dr Sufyan Hussain, a lecturer and clinical registrar in diabetes, endocrinology and metabolism at Imperial College and Hammersmith Hospital, London, has used HealthPad, a digital platform, to develop a portfolio of educational videos for people with diabetes. Here is one about insulin: 

      
                (click on the image to play the video)
 

Calling on the NHS

DUK said that it is “calling on” the NHS to do more. One difference between NHS England and HealthPad is the emphasis they respectively place on digital platforms for delivering diabetes education. Currently, digital platforms are not widely used by the NHS. One possible reason for this is because the NHS is a sanctuary for technophobes. Patients however are not technophobes. General attitudes towards digital healthcare are rapidly changing. The over 65s are becoming increasingly tech-savvy, and quickly adopting digital channels as a source for healthcare information. Research from the Office of National Statistics shows that, between 2006 and 2013, Internet use of the over 65s more than tripled, and their demand for digital health services grew significantly.

Not all health providers are technophobes, and some acknowledge that the NHS has failed to make the most of digital technologies. Changes that these enlightened health providers suggest are contentious; because of the lack of competitiveness the NHS reflects its fragmented single entity, and NHS policy makers stress harmonization rather than competition. This results in the quality of healthcare in the UK becoming a postal code lottery. The NHS cannot expect to improve while there is still a lack of competition and such fragmentation.
               

Network effects

A significant challenge for the NHS is how to deal with digital healthcare platforms: the search engines and websites that constitute the metaphysical health providers in the digital age. What drives new healthcare platforms are economies of scale in gathering and distributing healthcare data and information, which patients want in order to manage their conditions better. The network effects of digital platforms result in more patients finding digital healthcare services ever more compelling. Platforms engage patients, and encourage them to return for updates and more information about their condition. 


Takeaways

It is time that the NHS started to assess the role that platforms can play in the delivery of healthcare. However, the NHS does not know enough to opine with confidence on digital health and the knowledge economy. This does not only result in NHS policy makers being unable to pick technological winners; it also means that technological losers are picking the NHS.

Healthcare and the educational needs of patients must to be conducted in a more open-minded spirit, not simply reflect the status quo, and fall prey to vested interests. The task of healthcare policy makers should be to prepare the UK for the digital future, not to try to stop it happening. 

 
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Keen to discover the effectiveness of short healthcare videos as a communication tool for patients, Dr. Seth Rankin, the managing partner of Wandsworth Medical Centre, London, emailed his patients living with diabetes short videos about their condition, and surveyed their opinions afterwards, which we report.
 
The clinicians
"Healthcare information in video format distributed directly to patients' mobiles is a more effective way to educate people living with diabetes, and propel them towards self management with an eye to slowing the onset of complications," says Rankin.    

According to Dr. Sufyan Hussain,an endocrinologist and lecturer from Imperial College, London, Clinical Lead on the Wandsworth project,  "Despite accounting for 10% of the NHS budget and 8% of UK's population diabetes healthcare systems still need considerable improvement, particularly in management, strategy and infrastructure. Communicating important health information via video, can help significantly to improve the quality of care and efficiency in an over burdened healthcare system."
 
Patient survey
 
During the six- week project, over 50% of diabetes patients opened the emails sent, and watched the information videos about their condition.
  • 75% of respondents say that they would like to have more reliable information to help them to manage their diabetes
  • 44% regularly search the Internet for healthcare information about diabetes, and 20% are undecided
  • Only 9% say that they can differentiate between good and bogus online healthcare information about diabetes
  • 68% found the video information they received by email helpful
  • 21% regularly visit Diabetes UK website
  • 71% want GPs to provide more healthcare information via email
  • 50% prefer to receive healthcare information about diabetes in video format, and 23% are undecided
  • 71% believe it's important to access healthcare information about diabetes at anytime, from anywhere and on any device.
It's important for me to quickly access premium and reliable healthcare information about my condition at anytime, from anywhere and on any device
NICE relaxing guidelines
These findings, if indicative of patient views, are significant. Recently, the National Institute of Health and Care Excellence (NICE) issued new draft guidelines to make more people eligible for weight-reduction surgery. According to NICE, such surgery would reduce the debilitating complications associated with type 2 diabetes.

Until now, people with type 2 diabetes only could be considered for weight loss surgery at a BMI of 35. The new guidance could mean that more than 850,000 people could be eligible for a stomach-reduction surgery if their doctors think they are suitable.

A costly therapy
Over the past five years, there has been a significant increase in the number of people receiving weight loss surgery. According to the UK's Health and Social Care Information Centre's latest report: in 2012-13, about 8,000 people received stomach-reduction surgery for potentially life threatening obesity when other treatments failed.

A mounting body of evidence suggests such surgery improves symptoms in around 60% of patients, which in turn, may result in a reduction in people taking their type 2 diabetes medications, and even in some cases needing no medication at all.

Stomach-reduction surgery, which costs between £3,000 and £15,000, does not mean that type 2 diabetes has been cured, and there are raised concerns that the NHS will not be able to afford the treatment, even if there are savings in the longer term. Furthermore, an irreversible procedure that does have surgical risks attached to it does not make it an attractive option for everyone. 
 
Takeaways
"We know about the escalation of the diabetes burden. We know that established therapies, diets and lifestyles could effectively reduce the burden of diabetes. And yet the burden shows no signs of slowing. IF patient data from the Wandsworth Medical Centre are indicative of the situation more generally, we should seriously consider the way doctors communicate with patients. Doing 'more of the same' is not the answer. We need to find new innovative solutions to engage, interact and motivate as many people as possible," says Dr. Hussain.

 

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  • 16% of cancers in the UK are linked to excess weight and type-2 diabetes (T2DM)
  • 62% of adults are overweight or obese in England
  • 4m people are living with T2DM in the UK and another 12m are at increased risk of T2DM
  • Prevalence rates of both obesity and T2DM are rising
  • Ineffective prevention initiatives should be replaced with effective ones if we are to dent the vast and escalating burden of obesity, T2DM and related cancers
  • Public health officials, clinicians and charities need to abandon ineffective inertia projects embrace innovation and look to international best practice 

 
Excess weight and type-2 diabetes linked to 16% of cancers in the UK
 
 
Being overweight and living with type-2 diabetes (T2DM) is a potentially deadly combination because it significantly increases your risk of cancer and contributes to the projected increase in cancer cases and deaths in the UK. Findings of a study published in the February 2018 edition of The Lancet Diabetes and Endocrinology suggest that a substantial number of UK cancer cases are linked to a combination of excess body mass index (BMI) and T2DM, which here we refer to as diabesity. To lower the growing burden of cancer associated with diabesity, more effective prevention strategies will be required. To achieve this, clinicians, public health officials and charities will need to reappraise their current projects, innovate, and learn from international best practice. 
 

BMI, obesity and T2DM defined
 
Body mass index (BMI) is a simple index of weight-for-height that is commonly used to classify overweight and obesity in adults. It is a person's weight in kilograms divided by the square of his height in meters (kg/m2). Overweight is a BMI greater than or equal to 25; and obesity is a BMI greater than or equal to 30. T2DM is a long-term metabolic disorder characterized by high blood glucose (sugar), insulin resistance, and relative lack of insulin. Insulin is a hormone produced in the pancreas, which is used by the body to manage glucose levels in the blood and helps the body to use glucose for energy.

 In this Commentary
 
This Commentary describes the findings of a study reported in a 2018 edition of The Lancet Diabetes and Endocrinology, which suggests that current initiatives to prevent and reduce the burden of diabesity are ineffective. Previous Commentaries have described the Mexican Casalud and the Oklahoma City projects, which have successfully reduced obesity and type-2 diabetes (T2DM). These represent innovative international best practice, which have been largely gone unnoticed by the UK’S diabetes establishment. Also, we describe findings of a study published in the May 2017 edition of Scientific Reports, which suggests that although Google trend data can detect early signs of diabetes, they are underutilized by traditional diabetes surveillance models. The prevalence of diabesity in the UK is significant and growing so fast that public health officials, clinicians and charities will have to replace failing inertia projects with more effective ones if they are to dent the growing burden of cancer linked to a combination of obesity and T2DM.
 
The Lancet Diabetes and Endocrinology study
 
A comparative risk assessment study published in The Lancet Diabetes and Endocrinology was carried out by researchers from Imperial College London, Kent University and the World Health Organization. It suggests that in 2012, 5.6% of all cancers worldwide were linked to the combined effect of obesity and diabetes, which corresponded to about 0.8m new cancer cases. 25% of these account for liver cancer in men, and 38% account for endometrial cancer, which affects the lining of the womb in women.
 

Obesity T2DM and cancer
 
There is a close association between obesity and T2DM. The likelihood and severity of T2DM are closely linked with BMI. If you are obese your risk of T2DM is 7-times greater than someone with a healthy weight. If you are overweight your risk of T2DM is 3-times greater. Whilst it is known that the distribution of body fat is a significant determinant of increased risk of T2DM, the precise mechanism of association remains unclear. It is also uncertain why not all people who are obese develop T2DM and why not all people with T2DM are either overweight or obese. Also, the link between obesity and some cancers is well established. More recently, researchers have linked diabetes to several cancers, including liver, pancreatic and breast cancer. The 2018 Lancet Diabetes and Endocrinology study described in this Commentary is the first time anyone has calculated the combined effect of excess BMI and T2DM on cancer worldwide.
 
Findings

According to the Lancet study’s findings, cancers diagnosed in 2012, which are linked to diabesity are almost twice as common in women (496,700 cases) as men (295,900 cases). The combination of excess BMI and T2DM risk factors in women accounts for the highest proportion of breast and endometrial cancer: about 30% and 38% respectively. In men, the combination accounts for the highest proportion of liver and colorectal cancers. Overall, the biggest proportion of cancers linked to diabesity is found in high income western nations, such as the UK (38.2% of 792,600 cancer cases diagnosed in 2012), followed by east and southeast Asia (24.1%). 16.4% of cases of cancer in men and 15% in women in high income western nations are linked to being overweight, compared to 2.7% and 3% respectively in south Asia. Researchers suggest that on current trends, the number of cancers linked to a combination of excess BMI and T2DM could increase by 30% by 2035, which would take the worldwide total of these cancers from 5.6% to 7.35%. 
Uneven prevalence of cancers resulting from diabesity

While cancers associated with diabesity are a relatively small percentage of the total - the global 5.6% masks wide national variations of cancer prevalence resulting from diabesity. For example, in high income western nations, such as the UK, 16% of cancers are linked to excess BMI and T2DM, which suggests a potentially significant trend. As known cancer risk factors such as smoking tobacco have declined in the UK and other wealthy nations, so diabesity has increased as a significant risk factor.
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According to Jonathan Pearson-Stuttard,of Imperial College London and lead author of the 2018 Lancet study, the prevalence of cancer linked to excess BMI and diabetes is, “particularly alarming when considering the high and increasing cost of cancer and metabolic diseases. As the prevalence of these cancer risk factors increases, clinical and public health efforts should focus on identifying optimal preventive and screening measures for whole populations and individual patients”.
 
Risks of cancer and their vast and escalating costs

Clinicians, public health officials and charities are mindful of the vast and escalating risks of excess BMI and T2DM on cancer. According to Diabetes UK, 4.5m people are living with diabetes in the UK, 90% of these have T2DM, and another 11.9m are at increased risk of T2DM. Research published in the May 2016 edition of the British Medical Journal reports that prevalent cases of T2DM in the UK more than doubled between 2000 and 2013: from 2.39% to 5.32%, while the number of incident cases increased more steadily.
 
According to a 2014 report by Public Health England entitled “Adult obesity and type-2 diabetes”, the direct annual economic cost of patient care for people living with T2DM in 2011 was £8.8bn; the indirect costs, such as lost production, were about £13bn, and prescribing for diabetes accounted for 9.3% of the total cost of prescribing in 2012-13. The Report concludes, “the rising prevalence of obesity in adults has led, and will continue to lead, to a rise in the prevalence of type 2 diabetes. This is likely to result in increased associated health complications and premature mortality . . . Modelled projections indicate that NHS and wider costs to society associated with overweight, obesity and type 2 diabetes will rise dramatically in the next few decades”.
 
Preventing excess BMI and T2DM as a way to reduce the burden of cancer

Because of the increasing prevalence of diabesity clinicians, healthcare providers and charities have invested substantially in programs to prevent obesity and T2DM. Notwithstanding, the UK’s record of reducing the burden of these disorders is poor. According to the authors of The Lancet study, “Population-based strategies to prevent diabetes and high BMI have great potential impact … but have so far often failed.” Despite an annual NHS spend of £14bn on diabetes care, and over £20m spent annually by Diabetes UK  on “managing diabetes, transforming care, prevention, understanding and support”, over the past 10 years people with diabetes have increased by 60%.
 
Healthier You a national diabetes prevention program

Healthier You, a joint venture between NHS England, Public Health England and Diabetes UK was launched in 2016 and aims to deliver evidence-based behaviour change interventions at scale to people at high risk of T2DM to support them in reducing their risk. In December 2017, an interim analysis of the program’s performance was published in the journal Diabetic Medicine. Findings suggest that Healthier You has achieved higher than anticipated numbers of referrals: 49% as opposed to 40% projected, and the, “characteristics of attendees suggest that the programme is reaching those who are both at greater risk of developing Type 2 diabetes and who typically access healthcare less effectively.”
 
Cautionary note
 
Notwithstanding, the study’s authors conclude with a cautionary note and say that when data become available from the 2019 National Diabetes Audit (NDA) they will be better positioned to assess the program’s performance. Specifically, whether Healthier You participants changed their weight and HbAc1 levels over time. (HbA1c is a blood test that indicates blood glucose levels and is the main way T2DM is diagnosed). We are mindful that earlier National UK Diabetes Audits suggest there are significant challenges associated with incomplete and inconsistent patient data at the primary care level, and also significant variation in diabetes care across the country. It seems reasonable to assume that incomplete and inconsistent data will present analytical challenges.
 
Outcomes as key performance indicators
 
Notwithstanding, the authors of the interim appraisal of Healthier You are right to attempt to link key performance indicators (KPI) with patient outcomes rather than provider activities, which tend to be the preferred performance indicators used by public officials, clinicians and charities engaged in preventing obesity and T2DM. At the population level, there is a dearth of data that associate specific prevention programs with the reduction of the prevalence of obesity and T2DM. Until actual patient outcomes become the key performance indicators, it seems reasonable to suggest that inertia rather than innovation in prevention and care of T2DM and obesity will prevail, and year-on-year the burden of diabesity and associated cancers will continue to increase.
 
Casalud

Two significant and effective innovations to reduce excess BMI and T2DM, which have been largely ignored by the UK’s diabetes establishment are the Casalud and Oklahoma City projects. Casalud is a nation-wide online continuing medical education program launched in Mexico in 2008, which has demonstrated influence on the quality of healthcare, and subsequent influence on patient knowledge, disease self-management, and disease biomarkers. Casalud provides mHealth tools and technical support systems to re-engineer how primary care is delivered in Seguro Popular (Mexico’s equivalent to NHS England) primary health clinics.  By focusing on prevention and using technology, Casalud has increased the number of diabetes screenings and improved clinical infrastructure. An appraisal of the program published in the October 2017 edition of Diabetes, Metabolic Syndrome and Obesity suggests that the Casalud program successfully impacts changes in obesity and T2DM self-management at the primary care level throughout the country.
 
Oklahoma city’s transformation

Oklahoma is a city of about 550,000 people. In 2007, it was dubbed America’s “fast food capital" and “fattest city". A decade later, the city was in the middle of a transformation. While the state still has among the highest adult obesity rates in the nation – climbing from 32.2% to 33.9% between 2012 and 2015 – obesity rates in Oklahoma City dropped from 31.8% to 29.5% during that time frame, according to the US Centers for Disease Control and Prevention data. The city’s transformation started with city’s Mayor Mick Cornett. Cornett, who has been in office since 2004, brought notoriety to the city’s public health efforts beginning at the end of 2007 with the goal to collectively lose 1m pounds. The people of Oklahoma City met that goal in 2012, but have not slowed down their efforts. What began as a campaign to promote healthy eating and exercise became a citywide initiative to, "rebuild the built environment and to build the city around people instead of cars," Cornett says.
 
Underutilized data that detect early people at risk of T2DM
 
Findings of a study published in the May 2017 edition of Scientific Reports suggest an innovative way to improve early diagnosis of excess BMI and T2DM when the diseases are easier and less costly to treat, but so far these data are underutilised. The study reports that increasingly people are searching the Internet to assess their health and records of these activities represent an important source of data about population health and early detection of T2DM. The study based on data from the 2015 Digital Health Record produced by Push Doctor, a UK based online company, which has over 7,000 primary care clinicians available for online video consultations. According to the study, which is based on 61m Google searches and a survey of 1,013 adults, 1 in 5 people chose self-diagnosis online rather than a consultation with their primary care doctor. The study makes use of commercially available geodemographic datasets, which combine marketing records with a number of databases in order to extract T2DM candidate risk variables. It then compares temporal relationships with the search keywords used to describe early symptoms of the T2DM on Google. Researchers suggest that Google Trends can detect early signs of T2DM by monitoring combinations of keywords, associated with searches. Notwithstanding, the value of these data they are underutilized by clinicians, public health officials and charities engaged in reducing the risks of excess BMI and T2DM, which can lead to cancer.
 
Takeaways

Over the past decade, NHS England has spent more than £100bn on diabetes treatment alone, and Diabetes UK has spent some £200m on education and awareness programmes, yet diabetes in the UK has increased by 60%. 90% of diabetes cases are T2DM, which is closely linked to obesity. The combination of excess BMI and T2DM causes some 16% of all cancers in the UK. The burden of these diseases destroys the lives of millions and cost billions. It is imperative that this vast and escalating burden is dented. This will not be achieved if clinicians, public health officials and charities continue with ineffective inertia projects. They will need innovate and embrace best practice if they are to prevent and reduce the vast and escalating burden of excess BMI, T2DM and cancer.
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