Monday, April 1, 2013

Measuring the Quality of Hospitals and Doctors: When Is Good Good Enough?

The Health Care Blog
The Health Care Blog
Measuring the Quality of Hospitals and Doctors: When Is Good Good Enough?
Apr 1st 2013, 12:26

By Bob Wachter, MD

In the past, neither hospitals nor practicing physicians were accustomed to being measured and judged. Aside from periodic inspections by the Joint Commission (for which they had years of notice and on which failures were rare), hospitals did not publicly report their quality data, and payment was based on volume, not performance.

Physicians endured an orgy of judgment during their formative years – in high school, college, medical school, and in residency and fellowship. But then it stopped, or at least it used to. At the tender age of 29 and having passed "the boards," I remember the feeling of relief knowing that my professional work would never again be subject to the judgment of others.

In the past few years, all of that has changed, as society has found our healthcare "product" wanting and determined that the best way to spark improvement is to measure us, to report the measures publicly, and to pay differentially based on these measures. The strategy is sound, even if the measures are often not.

Hospitals and doctors, unaccustomed to being rated and ranked like resort hotels and American Idol contestants, are suffering from performance anxiety and feeling an intense desire to be left alone. But we also bristle at the possibility of misclassification: to be branded a "B" or a "C" when you're really an "A" feels profoundly unjust.

In my role as chair of the ABIM this year, I am awed by the amount of time and expertise that goes into ensuring that the pass/fail decisions of the Board are valid and defensible (legally, if necessary). They are. But as new kinds of measures spring up, most of them lack the rigor of the verdicts of the certifying boards. For example, Medicare is now penalizing hospitals that have excessive numbers of readmissions. As Harvard's Karen Joynt and Ashish Jha observed in 2012, there is considerable doubt that the 30-day readmission rate is a valid measure of quality, and clear evidence that its application leads to misclassifications – particularly for penalized hospitals whose sins are that they care for large numbers of poor patients or that they house teaching programs. Quite understandably, these hospitals cry "foul."

Yet the Medicare fines have contributed to a falling number of readmissions nationally – from 19 percent in 2011 to 17.8 percent in 2012, which represents more than 100,000 patients spared an unpleasant and risky return trip to the hospital. While cause and effect is difficult to prove, it seems likely that hospitals' responses to the Medicare program (better discharge planning, earlier follow-up appointments, enhanced communication with PCPs, post-discharge phone calls to patients) are playing a role. "Readmissions are not a good quality measure," Jha observed in a recent blog, "but they may be a very good way to change the notion of accountability within the healthcare delivery system." Medicare's Jonathan Blum puts it more bluntly. "I'm personally comfortable with some imprecision to our measures," he said, as long as the measures are contributing to the ultimate goal of reducing readmissions.

With Jha and seven other experts, I am an advisor to the Leapfrog Group's effort to grade hospitals on patient safety. Using the best available publicly reported data, our panel recommended a set of measures and a weighting system that Leapfrog has used to assign patient safety letter grades to U.S. hospitals. The hospitals that have received "F's" (25 out of the 2619 hospitals that received ratings) have been up in arms – I've received several calls from their representatives, livid about what they believe to be a vast injustice. Yet there is no question that these hospitals are working on improvement with a passion that, in many cases, was previously lacking.

Of course, before getting down to business, everyone's first two responses to poor grades are to question the validity of the measures and to work on better coding. I know one hospital that received a stellar grade in the Consumer Reports ranking system (one of the several systems now out there), and responded by festooning the hospital lobby and halls with banners. A few months later, when they received a "C" from Leapfrog, their reaction was to inveigh against the methods. This, of course, is natural: we embrace the rankings we like and reject the ones we don't. But it is largely unproductive.

At a recent conference on transparency, I heard Arnie Milstein, a national leader in assessment and a professor at Stanford, speak about the current state of quality measurement. He described the Los Angeles Health Department's program that rates restaurants on cleanliness, and mandates that restaurants post large signs with their letter grades (A, B, or C) in their windows. According to Milstein, the measures "would not have passed the National Quality Forum," the agency that vets healthcare quality measures for scientific rigor. Yet the results were strikingly positive: a 20 percent decrease in patients hospitalized for food poisoning. This raises the central question: "At what point are measures good enough?"

In a 2007 study, Milstein and colleagues asked 1,057 Americans about physician quality measures. Specifically, they wondered what level of potential inaccuracy people would accept before they would not want to see the results. About one in five respondents said that they would want to see a measure even if its rate of misclassification (calling a doctor fair when she is excellent, or vice versa) was as high as 20-50 percent. Another third would not tolerate that degree of uncertainty, but would want access to measures that might be as much as 5-20 percent inaccurate.

Milstein hypothesized that these results might be a manifestation of the public's famous innumeracy: perhaps these folks didn't really understand the hazards of relying on such flawed information. So he asked the same question of a group of PhD statisticians at a national meeting. If anything, they were even more tolerant of misclassification risk. "'P equals less than 0.05' was nowhere to be seen," he quipped.

Why were experts and non-experts alike so accepting of misclassification? Milstein came to the conclusion that the measures that they were being offered were better than what they had, which was nothing. Moreover, they probably sensed that public reporting of such measures would not only help them make better choices as consumers, but would also spur the doctors to improve. "Measures can motivate or discriminate," Yale's Harlan Krumholz reminded us at the same meeting. And in most cases, they do a bit of both.

Does the public's tolerance for misclassification give measurers – the ABIM, Leapfrog, or Medicare – a free ride on the "Ends-Justify-The-Means" Express? Absolutely not. Measurers need to do their honest best to produce measures with as much scientific integrity as possible, and commit themselves to improving the measures over time. Medicare's decision to ditch their four-hour door-to-antibiotic time pneumonia measure in the face of evidence of misclassification and unanticipated consequences (antibiotics at triage for everyone with a cough) is a shining example of responding to feedback and new data. In a recent NEJM article, Joynt and Jha recommend a few simple changes, including taking into account patients' socioeconomic status, that could improve the readmission measure. The trick is to adjust appropriately for such predictors without giving safety net and academic hospitals a pass, since these organizations undoubtedly vary in performance and many have room for improvement.

Now that I have been on both sides of the measurement equation, one thing that has become clear to me is this: Public reporting of quality measures not only improves the work of the measured, it improves the work of the measurer. Ultimately, a healthcare ecosystem in which reasonable measures help guide patient and purchaser choices will lead to improvements in both the quality of care and of the measures themselves. I believe we can look forward to an era of more accurate measures, measures that capture the right things (not just clinical quality but teamwork and communication skills, for example), and measures that are less burdensome to collect and analyze.

If there were a way of getting to this Nirvana without ever unfairly characterizing a physician or hospital as a "C" when she/it is really a "B+", that would be splendid. Personally, I can't see how we can manage that. Seen in that light, the question to ask is not, "Are the measures perfect?" (clearly, they're not) but, "Is the risk of misclassification low enough and the value of public reporting and other policy responses high enough that the measure is good enough to use?" A second, equally important question follows: "Is the measurer committed to listening to the feedback of the public and profession and to responding to the emerging science in an effort to improve the measure over time?"

Measures that do not meet the first criteria should not be used. And organizations that do not meet the second should be ejected from the measurement and judgment business.

Robert Wachter, MD, professor of medicine at UCSF, is widely regarded as a leading figure in the patient safety and quality movements. He edits the federal government's two leading safety websites, and the second edition of his book, "Understanding Patient Safety," was recently published by McGraw-Hill. In addition, he coined the term "hospitalist" in an influential 1996 essay in The New England Journal of Medicine and is chair of the American Board of Internal Medicine.  His posts appear semi-regularly on THCB and on his own blog, Wachter's World.

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Experts Say Sunscreen Fear 'A Risk to Health'

Medindia Health News
Medindia largest health website in india. // via fulltextrssfeed.com
Experts Say Sunscreen Fear 'A Risk to Health'
Apr 1st 2013, 12:06


Concern about the potential damage from an anti-nanotechnology campaign being run by environment group Friends of the Earth is so great that public health advocates are abandoning their previous cautions on using sunscreens with nanoparticles, according to the Age.

"In the past I have said that consumers are better to avoid sunscreen with nanoparticles in it. But we are rethinking our position as evidence grows of people being reluctant to use sunscreen," said Michael Moore, chief executive of the Public Health Association of Australia.

It isn't yet proved that nanoparticles in sunscreen are harmful to health, but the concern is that they generate free radicals that could penetrate cells and interact with cell protein or DNA in unknown ways.

Though there is no proof of health damage from sunscreens, it was proven beyond doubt that using them protects against the skin cancer that causes 200 Australian deaths annually and for which hundreds and thousands of Australians are treated every year, said Terry Slevin, chairman of Cancer Council Australia's skin cancer committee.

"Scaring people" based on "extremely unconvincing evidence" of a "theoretical" problem meant "public health harm is likely to occur", Slevin said.

'Maxine McCall, CSIRO nanosafety research co-ordinator and senior principal research scientist, said there is more risk from not using sunscreen and getting burnt than there is from using sunscreen and the potential penetration of nanoparticles.

Source-ANI

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Wellness Programs Aren’t Working. Three Ideas That Could Help.

The Health Care Blog
The Health Care Blog
Wellness Programs Aren't Working. Three Ideas That Could Help.
Apr 1st 2013, 10:40

By MIKE MIESEN

You'd be forgiven if, after reading last month's Health Affairs, you came to the conclusion that all manner of wellness programs simply will not work; in it, a spate of articles documented myriad failures to make patients healthier, save money, or both.

Which is a shame, because – let's face it – we need wellness programs to work and, in theory, they should. So I'd rather we figure out how to make wellness work. It seems that a combination of behavioral economics, technology, and networking theory provide a framework for creating, implementing, and sustaining programs to do just that.

Let's define what we're talking about. "Wellness program" is an umbrella term for a wide variety of initiatives – from paying for smoking cessation, to smartphone apps to track how much you walk or how well you comply with your plan of care, and everything in between. The term is almost too broad to be useful, but let's go with it for now.

When we say "Wellness programs don't work," the word work does a lot of, well, work. If a wellness program makes people healthier but doesn't save lives, is it "working"? What if it saves money but doesn't make people healthier?

To be thorough and appropriately critical, let's go with the following definition:  a wellness program "works" if it improves the health of a population and reduces health care costs for that population. Full stop.

Unsurprisingly, this high bar doesn't leave room for a lot of success. One of the Health Affairs studies found a 12% reduction in hospitalizations and a $22.20 per member per month decrease in inpatient health claims cost – but also a $19 per member per month increase in non-inpatient claims costs (which doesn't include the wellness program costs, which were substantial). Clearly, it's a good thing that patients are spending less time and money in hospitals – something we should celebrate! – but without the resulting decrease in costs, this doesn't  fit our definition of "working."

Another found that Florida's, Idaho's, and West Virginia's wellness incentive programs for Medicaid members were unsuccessful at engaging the population. Two shocking stats from the study: of Florida's entire Medicaid population, from early 2006 to July 2011, "only two enrollees earned credits for participating in a smoking cessation program…" and "only two enrollees earned credits for participation in an exercise program." These programs utterly failed to engage their patient populations in a meaningful way.

So, what's going on? Are all wellness programs doomed to fail?

Maybe, but I am much more bullish on their prospects. First, let's concede that "wellness program" is an overly-broad umbrella term that includes everything from "Hey employee, here's $20, go join a gym" to the most sophisticated, targeted interventions; the failure of one wellness program says little-to-nothing about whether another program will succeed. It's also instructive to remember that many of these studies started in 2005, which, in technological terms, was a lifetime ago (need proof? Check this out)—and there are reasons to believe that technology may be a missing link in making wellness work.

What else may help us crack the code? Drawing on behavioral economics and networking theory, the following components hold promise:

Turn Wellness Into a Game: Provide Feedback Instantly. A recent Wall Street Journal article discussed popular consumer items like the Jawbone UP and Nike FuelBand – essentially, tricked-out pedometers. It's a bit fawning, but cites a JAMA study in which people with pedometers took an average of 2,491 more steps per day (almost an extra half hour of walking). Make walking a game, and people walk more.

This result also gels with what Daniel Kahneman and other behavioral economists have shown: hyperbolic discounting – our tendency to value immediate incentives more than future incentives – is a significant cognitive bias. We're primed to care about now before we care about later; we're biased to the present. Taking advantage of this bias in the form of instant feedback, as in the immediate reward of knowing how many steps you've just taken, can be a mechanism towards making wellness work. This is, more or less, why many believe gamification holds such promise.

Take Advantage of Automated Hovering.  It'd be creepy if your doctor or nurse practitioner spent all day, every day, with you, clipboard in hand. With devices like Asthmapolis (an asthma inhaler add-on that connects with your smartphone via Bluetooth to track your inhaler use), he or she doesn't have to; if you use your inhaler frequently – a sign that your disease isn't well-controlled and that you're at high-risk for a run-in with your local Emergency Department – your physician automatically gets a warning, no physical hovering necessary.

This is only one example of what Professor Kevin Volpp has termed "automated hovering" – essentially, passive data collection via available technology. As sensor costs fall and smartphone adoption rises, automatic, passive monitoring will become an increasingly important tool to improve the health of a population.

Emphasize Social Connection. The pedometer article cited above ends with this quote: "It's like a videogame. I have such a competitive personality, so I'm going to beat these people today." Which gets at a fundamental truth: we are social animals, and our motivations are inextricably linked to our interactions with others. Nicholas Christakis and James Fowler showed that health behaviors can be contagious; as someone who runs and works out regularly, I improve the chance that my friends – and, interestingly, their friends, even if I don't know them – become marginally healthier.

Connecting with others to get healthy and stay healthy is as easy now as logging onto a social network. at the vanguard of this trend are companies like CafeWellKeas, andRedBrick – social networks to get healthy and stay healthy. The challenge, as ever, is to make these networks as addicting as Facebook, so that patients stay interested and engaged in their health.

To be sure, it's not immediately clear that a wellness program that included all of those components would work, in our sense – while they can all scale considerably, they aren't cheap to start. And it's pretty easy to be unhealthy, or to forget to take your medication. But, if I had my wellness druthers, that's where I would start to make wellness work.

Mike Miesen is a healthcare consultant and recent graduate of the University of Wisconsin-Madison. He is currently on loan to the Ugandan Ministry of Health (via NGO), leading a project to reduce maternal mortality. You can follow him on Twitter @MikeMiesen and at Project Millennial, where this post first appeared.

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Saturday, March 30, 2013

Convulsions / Seizures / Fits

A seizure or a convulsion is a result of abnormal electrical activity in the brain. It can affect an individual at any age. However, not all convulsions amount to epilepsy. The term ‘epilepsy’ is used when the person suffers from 2 or more apparently unprovoked seizures at an interval of at least 24 hours.

Repeated seizures can cause brain damage; hence it is necessary to diagnose the cause and treat it. In some cases, where the cause of seizures is not known, it is necessary to prevent seizures from recurring by taking daily medications.

Seizures may be focal (partial) or generalized. In partial seizures, jerking is observed in a limb or a part of the body. Such seizures are seen when a part of the brain is affected. On the other hand, generalized seizures affect the whole body. Generalized seizures occur when both sides of the brain are affected. The patient often loses consciousness.

Types of generalized seizures are:

 Tonic / Clonic Convulsions: The patient may experience a premonition just before the seizure. This is followed by the stiffening of limbs in the tonic phase. The tonic phase is followed by the clonic phase in which the person starts shaking and jerking. The patient may bite his /her tongue. This stage is followed by deep sleep. Loss of bladder and bowel control may be seen during the seizure.

 Absence Seizures: Absence seizures more commonly affect children. The child may show a temporary blackout that lasts for a short duration. 

 Atonic Seizures: During an atonic seizure, the tone of the muscles is lost and the person goes floppy and may fall down. 

 Myoclonic Seizures: In myoclonic seizures, the legs, arms, head or whole body will jerk up, often after the patient has just woken up. 

Types of partial seizures are: 

 Simple Partial Seizures: Simple partial seizures are when one part of the body like the face, arms or legs are affected but consciousness is not lost.

 Complex Partial Seizures: Complex partial seizures are localized seizures with impairment of consciousness.

Status Epilepticus: Status epilepticus is a condition where a patient suffers from repeated partial or generalized seizures without regaining consciousness between the seizures.

Tests used to diagnose the presence of epilepsy or the causes of seizures are:

 EEG Monitoring: An EEG (Electroencephalography) is a test used to record the electrical activity of the brain. It should ideally be performed within the first 24 hours of a patient suffering from a seizure. It may be abnormal in an epileptic patient, even while the patient is not suffering from the seizure.

 Brain Scans: Brain scans like CT and MRI can detect structural abnormalities of the brain like tumors and cysts. PET scan is used to monitor the brain’s activity. SPECT scan is sometimes used to localize the seizure focus in the brain.

 Blood Tests: Blood tests help to detect metabolic or genetic disease. They also help to detect conditions like infections, lead poisoning, anemia, and diabetes that may cause the seizure.

Causes 

In many cases, the cause of seizures cannot be detected despite all tests. In some other cases like genetic, the cause can be detected but cannot be completely eliminated. These patients are controlled using antiseizure drugs. In some other cases like brain tumor and low blood sugar levels, the seizures may stop after the cause is treated, provided there has been no damage to the brain. Some of the causes of seizures are listed below:

 Genetic Causes: Mutations in the genes may make a person more susceptible to seizures. Conditions like Lafora disease and myoclonus epilepsy are caused due to genetic abnormalities. More than themselves causing seizures, these genetic abnormalities may make a person more prone to seizures in the presence of another provoking factor like a head injury. Epilepsy of genetic origin sometimes runs in families, but this depends on a variety of factors including the type of epilepsy.

 Head Injury: Head injury may result in a single seizure or an epileptic syndrome within 2 years following the injury. In some cases, it can cause a bleed within the skull, resulting in seizures. A history of head injury can be elicited in these patients. Head injuries may occur during birth resulting in seizures that usually manifest in infancy or early childhood.

 Metabolic Disorders: Metabolic disorders can cause seizures in individuals of any age. Many of these seizures can be controlled by treating the metabolic disorder. For example, low or high blood sugar levels in diabeticscan cause seizures. Kidney failure can cause increased urea levels and electrolyte abnormalities, which can precipitate seizures. Phenylketonuria is an inherited condition where there is lack of an enzyme called phenylalanine hydroxylase. This results in accumulation of a substance called phenylalanine in the blood, which could result in seizures. Symptoms in patients with classical phenylketonuria usually manifest when the child is a few months old. Besides seizures, the child may develop behavioral problems and psychiatric disorders. The excess phenylketonuria may cause a musty or mouse-like odor. The skin and hair may be lighter and the children may also suffer from eczema.

 Drugs, Alcohol and Poisons: Sudden withdrawal from alcohol and drugs acting on the brain could precipitate generalized seizures. Seizures may follow lead or carbon monoxide poisoning, exposure to street drugs and medications like antidepressants.

 Brain Tumors: Tumors affecting the brain can result in seizures. Middle aged and older patients suffering from seizures should be particularly investigated using imaging studies like CT scan and MRI to rule out brain tumors. The seizures are usually focal in nature and symptoms depend on the location of the tumor.

 Brain Infections: Brain infections can cause seizures. These infections may be due to bacteria like meningitis or brain abscess or virus like herpes encephalitis. A lumbar puncture is useful in diagnosing these infections. Patients with AIDS may suffer from seizures due to toxoplasmosis, cyptococcal meningitis, viral encephalitis or other infections. Neurocysticercosis is a parasitic infection that results in the formation of cysts in the brain. This condition affects pork eaters. The cyst can be diagnosed using imaging studies.

 Conditions Affecting Blood Supply to the Brain: Vascular disorders are the most common cause of seizures in individuals over the age of 60 years. Strokes and heart attacks reduce oxygen supply to the brain and can result in seizures. Bleeding within the skull can also reduce the blood supply and can occur at any age from infancy to adulthood.

 Congenital Abnormalities: Epilepsies due to congenital malformations in the brain usually manifest during infancy or childhood.

 Brain Degenerative Diseases: Brain degenerative diseases like Alzheimer’s disease can result in seizures in older individuals. Features of the underlying degenerative disease are usually obvious in these patients.

 Febrile Seizures: Febrile seizures are triggered by a fever and most commonly occur in children.. Most children with a febrile seizure usually do not suffer from a repeat seizure, unless they have some predisposing factors.

 Eclampsia: Eclampsia is a life-threatening condition that occurs in some pregnant women. The patient suffers from very high blood pressure and seizures during pregnancy. It usually does not result in additional seizures once the pregnancy is over.

 Psychogenic Seizures: Psychogenic non-epileptic seizures are seizures that are not associated with abnormal electrical activity of the brain. The condition may be precipitated by a need for attention, avoidance of stressful situations, or specific psychiatric conditions. This condition is treated by a psychiatrist.

www.curenfly.com

Friday, March 29, 2013

Nelson Mandela in Good Spirits, Says Presidency

Medindia Health News
Medindia largest health website in india. // via fulltextrssfeed.com
Nelson Mandela in Good Spirits, Says Presidency
Mar 30th 2013, 06:22


"Mandela enjoyed a full breakfast this morning, and the doctor reported that he is making steady progress," Xinhua quoted a statement from the presidency as stating and adding that he "remains under the treatment and observation".

The 94-year-old was admitted to hospital just before Wednesday midnight due to recurrence of his lung infection.

Mandela has a history of lung problems after suffering from tuberculosis towards the end of his 27-year term for national liberation movement. He became the first democratically-elected president of South Africa in 1994 following the end of apartheid.

Early this month, Mandela was admitted to a Pretoria hospital for a scheduled check-up after the long standing abdominal complaint. He was discharged the following day.

Source-IANS

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Surgical Menopause may Up Risk of Stroke, Alzheimer's Disease

Medindia Health News
Medindia largest health website in india. // via fulltextrssfeed.com
Surgical Menopause may Up Risk of Stroke, Alzheimer's Disease
Mar 30th 2013, 06:22


"This is what the clinical studies indicate and our animal studies looking at the underlying mechanisms back this up," said Brann, corresponding author of the study in the journal Brain. "We wanted to find out why that is occurring. We suspect it's due to the premature loss of estrogen."

In an effort to mimic what occurs in women, Brann and his colleagues looked at rats 10 weeks after removal of their estrogen-producing ovaries that were either immediately started on low-dose estrogen therapy, started therapy 10 weeks later or never given estrogen.

When the researchers caused a stroke-like event in the brain's hippocampus, a center of learning and memory, they found the rodents treated late or not at all experienced more brain damage, specifically to a region of the hippocampus called CA3 that is normally stroke-resistant.

To make matters worse, untreated or late-treated rats also began an abnormal, robust production of Alzheimer's disease-related proteins in the CA3 region, even becoming hypersensitive to one of the most toxic of the beta amyloid proteins that are a hallmark of Alzheimer's.

Both problems appear associated with the increased production of free radicals in the brain. In fact, when the researchers blocked the excessive production, heightened stroke sensitivity and brain cell death in the CA3 region were reduced.

Interestingly the brain's increased sensitivity to stressors such as inadequate oxygen was gender specific, Brann said. Removing testes in male rats, didn't affect stroke size or damage.

Although exactly how it works is unknown, estrogen appears to help protect younger females from problems such as stroke and heart attack. Their risks of the maladies increase after menopause to about the same as males. Follow up studies are needed to see if estrogen therapy also reduces sensitivity to the beta amyloid protein in the CA3 region, as they expect, Brann noted.

Brann earlier showed that prolonged estrogen deprivation in aging rats dramatically reduces the number of brain receptors for the hormone as well as its ability to prevent strokes. Damage was forestalled if estrogen replacement was started shortly after hormone levels drop, according to the 2011 study in the journal Proceedings of the National Academy of Sciences.

The surprising results of the much-publicized Women's Health Initiative - a 12-year study of 161,808 women ages 50-79 - found hormone therapy generally increased rather than decreased stroke risk as well as other health problems. Critics said one problem with the study was that many of the women, like Brann's aged rats, had gone years without hormone replacement, bolstering the case that timing is everything.

Source-Eurekalert

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Pakistani Politicians to Increase Their Budget on Health and Education

Medindia Health News
Medindia largest health website in india. // via fulltextrssfeed.com
Pakistani Politicians to Increase Their Budget on Health and Education
Mar 30th 2013, 06:22


The 2013 report ranked Pakistan 146 out of 187 countries on a human development index, equal to Bangladesh and just ahead of Angola and Myanmar.

"Pakistan has one of the lowest investments in terms of education and health -- it spends 0.8 percent of its GDP on health and 1.8 percent on education," the United Nations said in a statement.

It said 49 percent of the population live in poverty.

Senator Razina Alam of the opposition Pakistan Muslim League-N (PML-N), considered the frontrunner in May elections which will mark the country's first democratic transition, pledged to transform the education system.

"We will increase resources for education and at least four percent of GDP would be allocated by the year 2018," she said.

"In the health sector we will make a threefold increase in the budget by 2018," she added.

Shafqat Mehmood, information secretary for ex-cricketer Imran Khan's Pakistan Tehreek-e-Insaf, said his party would triple spending on education and raise spending on health five times.

"The challenge of governance is a serious challenge in Pakistan as there is a lack of attention towards responding to peoples' problems," said Mehmood.

The party is contesting elections for the first time, seeking to oust the feudal and industrial elites grouped in the PML-N and the outgoing Pakistan People's Party (PPP), which have dominated governments for decades.

"If voted into power, we will increase both the health and education budget which will be five percent of GDP for each sector," said Farooq Sattar, a senior member of the Muttahida Qaumi Movement (MQM), which rules Karachi.

Sattar told AFP his party would tax feudal chiefs, curb corruption and improve public-sector departments to raise money for social development.

The PPP did not attend the launch of the report with other politicians, diplomats and aid workers. Organisers said its representative cancelled at the last minute.

According to its manifesto, the PPP increased the education budget by 196 percent to $78 million for 2012-13.

"In our next term we will propose an increase in state spending on health to five percent of consolidated government spending by the end of our next term," it said.

The powerful military is Pakistan's wealthiest institution. Last June's $31 billion federal budget increased defence spending by 6.8 percent.

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