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Medicare covers fewer specialist visits. But above all, why are doctors’ fees so high?

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Fees for specialist doctors are rising faster than Discounts on medical careresulting in greater payment disparities for patients.

Latest data from Australian Institute of Health and Welfare shows that in the primary quarter of this yr, Medicare rebates covered just over half (52%) of total payments. This is down from 72% twenty years ago and is the bottom percentage in history.

Doctors can charge whatever they like while the federal government sets the Medicare rebate. The difference between them or the gap affects patients. In the case of GPs, the federal government provides incentives for doctors omnibus accountbut there isn’t a such incentive for other specialists.

Doctors blame too low rebates for big payment gaps, they usually’re partly right. After accounting for inflation and rising demand, the typical dollar amount one person receives annually in Medicare rebates has fallen. AU$349 to AU$341 over the past decade.

But that is only a part of the issue. When many individuals cannot afford tons of (if not 1000’s) of dollars for essential specialty care, we want to have a look at why fees are so high.

How do professionals determine their remuneration?

Although general practice is technically a specialization, after we discuss medical specialists in this text, we mean specialists who are not general practitioners. These may include pediatricians, oncologists, psychiatrists and dermatologists.

When determining fees, professionals consider a mix of things on the patient level, on the physician level, and on the system level.

Patient characteristics, comparable to the complexity of their condition, may increase the value. This is because more complex patients may require more time and resources.

Professionals, based on their experience, perceived skill level, or ethical considerations, may charge kind of. For example, some specialists say they provide discounts for specific groups, e.g. children or retirees.

System-level aspects, including the fee of running a practice (e.g., hiring staff) and the placement of the practice, also play a task.

A visit to a specialist can cost tons of of dollars.
Drazen Zigic/Shutterstock

Problems arise when prices vary significantly, which regularly signals limited competition or excessive market power. This applies to medical services where patients have little control over prices and rely heavily on doctors’ recommendations.

IN recent researchmy colleagues and I discovered that the salaries of execs in the identical field vary significantly. In some cases, the most costly specialist charged greater than twice as much as the most affordable.

Physician characteristics influence fee setting

Me and my colleagues recently analyzed tens of millions of compensation claims from private hospitals in Australia between 2012 and 2019. We found that the wide variation in fees is basically as a result of differences between individual physicians, quite than aspects comparable to patient complexity or the differences we’d expect between specialties.

Up to 65% of the variation in total fees and 72% in out-of-pocket payments will be attributed to differences between physicians in the identical field.

To understand what physician-level aspects lead to high fees, we watched data from a representative survey of specialists. We found that senior professionals have lower fees and better aggregate fee rates. Practice owners typically charged higher fees.

We also found that physicians’ personality affects how much they charge and the way often they bill patients collectively. Physicians who scored higher on the personality trait of agreeableness were more prone to bill patients in bulk, while those that scored higher on neuroticism tended to overcharge patients.

We couldn’t show any evidence that the fees were related to competition.

Impact on patients

This will not be a competitive market. On the contrary, it has high entry restrictions (long training requirements) and a limited supply of specialists, especially in rural and distant areas. Meanwhile, patient access is controlled by the necessity to have referrals, which often expire after a yr.

Patients are often unable to buy or make informed decisions about their care as a result of a lack of knowledge in regards to the true costs and quality of services.

For private hospital services, the fee structure is complicated by the undeniable fact that several providers (e.g., surgeon, anesthesiologist, surgical assistant) bill individually, making it difficult for patients to know the full cost prematurely.

Despite efforts to introduce price transparency in recent times, including through the federal government Treatment cost search engine website, the system stays unclear. Reporting is voluntary and the evidence is mixed on whether these tools are effective in lowering prices or increasing competition.

All of this contributes to high and unpredictable out-of-pocket costs, which might result in financial burdens for patients. ABOUT 10.5% of Australians the reported cost was the explanation for delaying or avoiding a specialist visit in 2022–2023.

This raises necessary questions on the fairness and sustainability of Australia’s universal health care system, which relies on the principle of equal access to take care of all residents.

A man sits on a bed in a doctor's office.
Many Australians avoid specialist healthcare as a result of cost.
vectorfusionart/Shutterstock

What will be done?

Patients can take steps to attenuate their costs by actively looking for information. This includes asking your GP for a variety of options after referral to a specialist. Please keep in mind that a referral from your loved ones doctor will be used with every other doctor of the identical specialization.

Similarly, ask your specialist receptionist what the fee and discount might be before or after making an appointment detailed quote before going to hospital. Look around if it’s too high.

But the responsibility doesn’t rest solely with patients. For example, the federal government could try to deal with this problem by increasing investment in outpatient care in public hospitals, which could increase competition for specialists. It could also publish a fee range in comparison with a rebate for all consultations paid for by Medicare, quite than counting on doctors’ voluntary reports.

Price transparency alone will not be enough. Patients also need high-quality information and higher guidance to navigate the health care system. That’s why continued investment in improving health awareness and care coordination is significant.

If the situation doesn’t change, the financial burden on patients will likely proceed to extend, undermining each individual health outcomes and the broader goals of equal access to health care.

This article was originally published on : theconversation.com
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Health and Wellness

Burning off the scars on the victim’s face healed by the application of placenta

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Third degree burns are treated with placenta. The use of the placenta in medicine is nothing latest, but the results of Mary Townsend’s placenta treatment are impressive. The hottest regenerative method for burns is skin transplantation. Townsend’s team decided to make use of a method from the past: a placenta-derived graft.

The American Academy of Ophthalmology states that a placenta-derived graft “can reduce pain and inflammation, treat burns, prevent scarring and adhesions around surgical sites, and even restore sight

While some moms decide to take the placenta home after delivery, others donate the placenta to the hospital where it becomes medical waste.

Statistically, “half 1,000,000 Americans seek medical attention for accidental burns every year. First-degree burns and most second-degree burns could be treated with home remedies. Third-degree burns could be life-threatening and require specialized medical care, in response to the Cleveland Clinic.

First- and second-degree burns affect the first (epidermis) and second layers (dermis), respectively. Treatment involves the use of local ointments, gauze and cold compresses. Antibiotics are sometimes prescribed to stop infection. At this stage, the need for advanced treatment is unnecessary.

Third-degree burns, nevertheless, could be life-threatening. These burns cause damage to the epidermis, dermis, underlying fatty tissue and nerve endings. The depth of the damage doesn’t allow the skin to heal normally. The skin will turn into leathery and discolored.

Method for treatment of life-threatening burnsequivalent to skin graft, is painful and produces lower than satisfactory results. Skin graft requires removing a layer of epidermis from a healthy part of the body and transplanting it to the burned area. The area from which healthy skin was removed will heal normally because it is going to only be taken from the surface of the body.

If a patient doesn’t have viable areas of skin to reap, the Cleveland Clinic states: “The graft may come from a deceased donor or from a synthetic (artificial) source, but will ultimately should be replaced with the person’s own skin. “

After transplantation, the affected area may look higher, but will still be distorted and discolored.

The introduction of placenta transplantation expands treatment options for patients. According to , technology got here first examined in the Nineteen Seventies and Nineteen Eighties. It was abandoned during the AIDS epidemic on account of concerns about blood contamination. The successful Townsend procedure demonstrates the potential for placental transplantation.

Hopefully, researchers will begin to explore abandoned research and techniques.


This article was originally published on : www.blackenterprise.com
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Health and Wellness

I was a beta tester for the Nobel Prize-winning AI AlphaFold – it will revolutionize health research

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Deep learning machine AlphaFoldwhich was created by the Google AI research lab Deep Mindis already changing our understanding of the molecular biology underlying health and disease.

One half Nobel Prize 2024 in Chemistry went to David Baker from the University of Washington, USA, and the other half awarded jointly Demis Hassabis AND John M. Jumpereach from London-based Google DeepMind.

If you have not heard of AlphaFold, it could also be hard to understand how essential it is becoming to researchers. However, as a beta tester of the software, I had the opportunity to see firsthand how this technology could reveal the molecular structures of assorted proteins in a matter of minutes. It would take researchers months and even years to separate these structures in laboratory experiments.



This technology could pave the way for latest, revolutionary therapies and medicines. But first, it’s essential to grasp what AlphaFold does.

Proteins are created as a results of a series molecular “beads”created from the choice of the human body 20 different amino acids. These beads form a long chain that folds into mechanical shape that is crucial for the functioning of the protein.

Their sequence is set by DNA. And although DNA testing signifies that we know the order of the beads that make up most proteins, predicting how the chain will assemble into each “3D machine” has all the time been a challenge.

Nobel Prize winners David Baker, Demis Hassabis and John M. Jumper.
Illustrations: Niklas Elmehed © Nobel Prize Awareness Campaign, CC BY-NC-SA

These protein structures form the basis of all biology. Scientists study them in the same way that you just might take a clock apart to grasp how it works. Understand the parts and put the whole together: it’s the same with the human body.

Proteins are tiny, and there are huge numbers of them in each of them our 30 trillion cells. This meant that for a long time the only strategy to determine their shape was through laborious experimental methods – research that might take years.

Throughout my profession, like many other scientists, I have been engages in such activities. Every time we solve a protein structure, we put it into a global database called Protein Data Bankwhich everyone can use for free.

AlphaFold was trained on these structures, most of which were used X-ray crystallography. In this method, proteins are tested in hundreds of various chemical states, with changes in temperature, density and pH. Scientists use a microscope to find out the conditions under which each protein assembles into a specific formation. They are then exposed to X-rays to find out the spatial arrangement of all the atoms in the protein.

After being trained in these designs, AlphaFold can now just do that predict the structure of a protein at speeds that were previously not possible.

I began at the starting of my profession, in the late Nineties, developing protein structures using the magnetic properties of their nuclei. I did this using a technology called nuclear magnetic resonance (NMR), which uses a huge magnet just like an MRI scanner. This method began to fall out of favor resulting from some technical limitations, but that is the way it is now is experiencing a rebirth thanks AlphaFold.

NMR is one among the few techniques that may study molecules in motion, quite than holding them stationary in a crystal or on an electron microscope grid.

Woman holding a scientific sculpture.
Author Rivka Isaacson holds an atomically accurate 3D printed ribosome.
Rywka Isaacson, Provided by creator (no reuse)

An addictive experience

In March 2024, DeepMind researchers asked me to check the beta version of AlphaFold3, the latest incarnation of the software that was near release at the time.

I’ve never been a gamer, but I got a taste of the addictive experience because once I gained access, all I desired to do was spend hours trying out molecular combos. In addition to lightning-fast speed, this new edition introduced the ability to include larger and more diverse molecules, including DNA and metals, in addition to the ability to switch amino acids to mimic chemical signaling in cells.

Our laboratory at King’s College London used X-ray crystallography predict the structure formed by two bacterial proteins which can be loosely involved hospital superbugs once they interact. Previous incarnations of AlphaFold predicted individual components but could never solve the problem accurately – and yet the new edition solved the problem the first time.

Understanding the moving parts and dynamics of proteins is the next frontier now that we are able to predict the static shapes of proteins using AlphaFold. Proteins are available in a huge number of sizes and shapes. They may be rigid or flexible, or product of rigorously structured units connected by flexible loops.

Dynamics are essential for protein function. As one other Nobel Prize winner – said Richard Feynman: “Everything that living things do can be understood in terms of the oscillations and vibrations of atoms.”

Another great feature of magnetic resonance techniques is the ability to exactly measure the distances between atoms. So, after some rigorously designed experiments, AlphaFold’s results may be verified in the laboratory.

In other cases, the results are still inconclusive. This is a work in progress between experimental structural biologists like my team and computational scientists.

The recognition that comes with a Nobel Prize will only spur the pursuit of understanding the entire molecular machinery and hopefully change the landscape when it involves drugs, vaccines and human health.

This article was originally published on : theconversation.com
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Health and Wellness

Met Gala Co-Chair A$AP Rocky Sports Intricate Cornrows – Essence

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XNY/Star Max/Getty Images

A$AP Rocky has been the talk of the town this week. Except him Magazine covershot by his girlfriend Rihanna, announced that the rapper – together with Colman Domingo, Lewis Hamilton, Pharrell Williams and honorary chairman LeBron James – will probably be co-chairman Met Gala 2025 with an inspired motif Black dandyism.

Co-chairman of the A$AP Rocky Sports Intricate Cornrows Met Gala
ASAP Rocky at Bottega Veneta RTW Spring 2025 during Milan Ready to Wear Fashion Week on September 21, 2024 in Milan, Italy. (Photo by Aitor Rosas Sune/WWD via Getty Images)

And while he’s a paparazzi hotshot, often spotted on the streets of New York City during his iconic fashion moments, Rocky’s braided looks are his understated trademark. His intricate braids (which he wore on the Bottega Veneta SS25 show) often follow a set, if curved, pattern: braids with folded stitches, outlined by the perimeters of the micro-braid and the middle section of the zig-zag braid.

Endlessly braided, the style is harking back to the viral “braided bald head” but with a smooth, masculine curve. Often decorated with pearl clips and hairpins (as seen in campaigns and covers). father is a self-proclaimed “pretty boy” with an “expressionistic approach to grooming”

Co-chairman of the A$AP Rocky Sports Intricate Cornrows Met Gala
NEW YORK, NY – OCTOBER 04: Rihanna and ASAP Rocky might be seen on October 4, 2024 in New York City. (Photo: XNY/Star Max/GC Images)

“Beauty and fashion are becoming more fluid” Rocky said in 2023 “I have the greatest impact on beauty.” Seen hand-in-hand with Rihanna – who wore a tousled black wig and lightweight brown lips – the superstars proceed to redefine what beauty means to them (and, by extension, the culture follows).


This article was originally published on : www.essence.com
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