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Advances in Osteoporosis Treatment for Older Adults

Posted on by Joseph Gerard

Doctors, smile and portrait in hospital standing with clipboard for health care, wellness and solidarity. Clinic, surgeons or physicians together for medical advice, teamwork or collaboration.Written by Agwalogu Bob,

Osteoporosis is often called a “silent disease.” It’s called that because it can progress from one stage to the next without any noticeable symptoms. For older adults, it typically affects; however, the consequences are anything but silent.

For years, the treatment has always followed a fairly predictable path. Patients are encouraged to take calcium and vitamin D, stay active, or may be given an oral bisphosphonate. Those recommendations still work. But advances in healthcare mean that there are now different osteoporosis medications and therapies, which can be tailored to each patient.

This couldn’t come at a better time. As the population ages, the number of fragility fractures also rises. It is actually one of the biggest challenges facing geriatric care today. In fact, a 2025 BMJ study reveals that more than 10 million Americans over age 50 have osteoporosis. Another 43.4 million have low bone mass, and so are at a high risk of it.

This article discusses these leading treatment options, including some of the key factors that should guide your next prescribing decision.

The Growing Clinical Challenge in Older Adults

As we said earlier, osteoporosis is possibly one of the most common problems in geriatric care. Nearly 1 in 5 women over 50 have it, compared with about 1 in 25 men. This number climbs to 27.1% and 5.1% for women and men, respectively, after 65 years. That’s how common it is.

And the clinical stakes can be quite high. A hip fracture, the most devastating complication, comes with a 20% to 25% chance of being fatal within the first year. And it can rob people of their independence, leading to reduced mobility and a significant decline in quality of life, while at it. 

Many clinicians have seen it happen: a patient goes from living independently to needing full-time care after a fall. And that’s just the health and personal impact. The economic toll is also staggering, with estimated direct costs in the USA alone reaching around $25.3 billion in 2025. The figures may have changed today, but the overall picture is the same.

Because fracture prevention is really the whole point of treatment, choosing the right therapy for the right patient is one of the most important clinical decisions you’ll have to make in cases like these.

Understanding Modern Osteoporosis Treatment

Modern osteoporosis treatment begins with fracture prevention, which can only happen when you match the right medication to the right patient.

A few years ago, you would simply prescribe the same drug for everyone with low bone density. Not anymore. The preferred approach now is to treat patients based on their fracture risk and potential health benefits.

Doing this involves two major categories:

  1. Antiresorptive therapies. These are medications that slow bone breakdown by reducing osteoclast activity. Examples include bisphosphonates, Prolia (denosumab), and Reclast (zoledronic acid). These medications work by preserving existing bone and reducing future fracture risk.
  2. Anabolic therapies. These are bone-building medications. Instead of slowing breakdown, they actively stimulate new bone formation. Examples include Evenity (romosozumab), as well as the teriparatide and abaloparatide families of drugs.

So, how do you choose between antiresorptive therapy and anabolic therapy? Definitely not by considering bone mineral density alone.

You have to evaluate:

  • Their fracture risk
  • Bone mineral density (BMD)
  • History of previous fractures
  • Kidney function
  • Their ability to adhere to treatment

Let’s not forget the elephant in the room. It is the cost and insurance considerations, which play a huge role in patient adherence.

Take antiresorptive therapies, for example. They’re a great fit for patients with a moderate to high fracture risk, which is why they’re so common among older adults. The problem is that out-of-pocket costs can be really high, and your patients may want to know if the treatments are covered by insurance. The short answer is yes. 

Coverage of part of the Prolia cost with Medicare, for example, only happens under Part B when given in a clinic, and under Part D. That’s the rule, and even so, coverage isn’t automatic. 

Documented medical necessity is needed to qualify for coverage, according to LIFE143. This means that you, as a doctor, must confirm that the patient has osteoporosis or is at high risk for fractures. You may also have to confirm that oral treatment failed or that the patient showed side effects of oral therapy. This confirmation ensures that Medicare processes the claims without delays or denials.

Comparing Today’s Leading Osteoporosis Medications

The biggest advance in osteoporosis treatment for older adults isn’t just in the arrival of new drugs and therapies. 

It’s also the fact that doctors can now tailor treatments to the patients. No more using the same one-size-fits-all approach for someone with mild osteopenia as for an 82-year-old who recently sustained a hip fracture.

In the table below, we’ll summarize some of today’s leading therapies and the key considerations for each.

 

Medication Drug Class Typical Candidates Key Advantages Limitations
Prolia (denosumab) RANKL inhibitor (antiresorptive) High fracture risk. Intolerant to oral meds. Twice-yearly shot. No renal dosing. Must continue treatment. Costly. Long-term data limited.
Bisphosphonates (alendronate, risedronate, ibandronate) Antiresorptive Moderate fracture risk. First-line option. Proven safety. Generic. Cheap. Oral. GI upset. Strict schedule. Poor adherence. Avoid in severe renal disease.
Reclast (zoledronic acid) Antiresorptive Prefers yearly IV. Can’t tolerate oral. Yearly infusion. No GI issues. Extensive data. Flu-like symptoms post-infusion. Needs IV access. Avoid in severe renal disease.
Evenity (romosozumab) Anabolic (dual-action) Very high fracture risk. Rapid BMD gains. Builds bone and cuts breakdown. 12-month limit. Expensive. Assess cardiovascular risk before prescribing.

Choosing the Right Therapy for Different Patient Profiles

The table above summarizes some of the top medications for osteoporosis today. The question now is: How do you pick? 

Simple, really. For a patient with moderate risk, a generic bisphosphonate is usually a solid, cost-effective starting point. But if you have a patient with a prior vertebral or hip fracture, you need to think bigger and potentially start with an anabolic agent. Expert opinion is actually shifting from a “step-up” approach to a “top-down” one for these high-risk individuals. This means initiating therapy with a potent anabolic agent for rapid protection.

But beyond the clinical problem, you also have to think about the person. This means looking at their life expectancy, functional status, and personal goals, not just their T-score. Following this approach, if a patient has renal impairment and can’t take oral bisphosphonates, Prolia becomes an obvious choice. 

At the end of the day, the best medication to choose is the one the patient will actually take. Adherence is everything.

Emerging Trends in Osteoporosis Management

Osteoporosis management has moved from vitamin D and calcium to antiresorptive and anabolic therapy, but that doesn’t mean it’s not going to evolve further, because it is. 

A good example is the research into sequential therapy, which is gaining steam. In a study published in Osteoporosis International, researchers found that sequencing treatments works. The combination of a bisphosphonate followed by romosozumab boosted spine bone density by over 10%. Romosozumab followed by denosumab (Prolia) also delivered solid gains, with spine BMD increasing by 4%.

Research is also looking at repurposing existing drugs, like with the antihistamine fexofenadine, which is showing great promise in promoting bone formation.

But over and above all of this, we’re moving towards increasingly personalized treatment plans. Dr. Gianina Flocco, a resident at the Cleveland Clinic, said at ENDO 2025, “The results of our study support the need to enhance the individualized initiation of treatment of osteoporosis, even in people who are older than 80.”

FAQs

What’s the main difference between antiresorptive and anabolic osteoporosis drugs?

The difference between antiresorptive drugs and anabolic drugs is in how they work. Anabolic drugs like romosozumab actively stimulate new bone formation, while antiresorptive drugs like Prolia slow down bone breakdown.

Is Prolia safe for patients with kidney disease?

Yes, it is. Prolia doesn’t require renal dose adjustment, which is why it’s common to recommend it for patients with reduced kidney function. However, even though it’s a twice-yearly shot, any benefits disappear rapidly if a dose is missed.

Does Medicare cover osteoporosis medications?

The short answer is yes. However, Medicare coverage is based on how the drug is administered. Part B means that it has to be administered in a clinical setting. Part D means it has to be administered as a prescription. Even then, the patient has to prove that the treatment is a medical necessity.

Final Words

Osteoporosis treatment has come a long way, and you can see just how far in this guide. With the antiresorptive and anabolic therapies now available across multiple drug classes, we now have more opportunities to give older adults a second chance at independence. The key is knowing how to match the right agent and the right sequence to the right patient.

 

Author Bio

Agwalogu Bob believes great content doesn’t just inform; it resonates and then sticks. For over eight years, he’s been helping agencies across four continents craft just that kind of content: sharp, engaging cut-through-the-noise copy across SaaS, finance, tech, health, and lifestyle.

When he’s not putting pen to paper, you’ll likely find him scouring the internet for funny memes.

Connect with him on LinkedIn or Medium.

 

Please also review AIHCP’s Certification program and CE courses see if it meets your academic and professional goals.  These programs are online and independent study and open to qualified professionals seeking a four year certification

How Hand-Eye Coordination Changes With Age and What You Can Do About It

Posted on by Joseph Gerard

Doctor holding hands with a patient while wearing gloves. Written by Marko,

Aging does a lot of not-so-great things to your body, and one of them is the decline of hand-eye coordination. 

This, much like everything else, happens slowly. It’s not like you’ll wake up one day and not be able to catch your keys. You probably won’t even notice it’s happening, especially at first. But sooner or later, you’ll find yourself taking a little pause before you pour your coffee. 

You’ll type a little slower, regardless of how fast you could do it for most of your life.

This isn’t something to get depressed about. It’s normal, and it happens to everyone. 

But that doesn’t mean you need to sit back and let it happen. Loss of hand-eye coordination is something that happens across more than one system in your body, and it actually starts earlier than you think. The silver lining is that you can interrupt this chain. 

If you practice and train this ability, it’ll behave like a muscle when you exercise.

Why Hand-Eye Coordination Changes Over Time

Hand-eye coordination sounds like something relatively simple, doesn’t it? 

But actually, it’s one of the more complicated things in the human body. 

There’s a lot more to it than just seeing clearly or having your hands be steady. This kind of coordination is what happens when several of the systems in your body ‘talk’ to each other, and if any part of that chain slows down even for a little bit, the whole thing doesn’t work as well as it should, and you’ll notice it. And when you know that it all happens in a matter of milliseconds, it gets even more impressive.

What happens when you reach for a glass on the counter? Think about it a bit. First, your eyes have to see where the glass is, including how far away from you it sits. That information then travels to your brain, where it gets interpreted. The brain then figures out what angle and force you need to reach it. 

Once it has that figured out, it sends signals down to your arm and hand, which tells them when to fire and how hard to squeeze. 

At the same time, your joints and tendons are sending the feedback back up to the brain about where your hand is, which is why you’re able to adjust your movements as you reach for that glass. In the end, the sensory receptors on your fingertips make the final tweaks the moment they make contact with the glass. 

This all happens before you can even blink, and every single step needs a different part of your body to work PERFECTLY. Imagine. All this just to grab a glass.

As you age, every part of this system changes a little. 

The nerves can’t send the signals as fast as they used to, and the eyes can’t detect contrast and judge the depth as accurately. The time you need to react prolongs for just a fraction of a second, but that fraction is enough for you to notice that something isn’t quite right.

  • As humans get older, their reaction time/processing speed tends to decline due to slower neural transmission. – National Institutes of Health
  • Older adults usually have weaker vision because of lower contrast sensitivity and lower depth perception, which negatively affects hand-eye coordination. – National Institutes of Health

Muscles get less flexible and weaker, and cognitive processing (the part that happens in the brain) also takes a little longer to do its job.

The interesting thing about all this is that this doesn’t happen on some sort of set schedule for everyone. You could have 2 people of the exact same age who have completely different coordination abilities. It might just be luck up to some point, but for the most part, this difference comes down to lifestyle. 

If you stay physically active and pay attention to your health in general, you’ll probably have better coordination than someone whose idea of exercise is watching football on TV. To be clear, you don’t have to punish yourself at the gym every day in order to stay active enough. 

A recreational sport such as padel or pickleball will do the trick, and all you need for it are good shoes and a standard Bread & Butter paddle to level up your game.

Weaker muscles and reduced flexibility in older humans are directly linked to reduced hand-eye coordination. – National Institute of Aging

But any sport that forces you to activate all your muscles and is very intensive, and requires constant high focus, will do the trick. The thing to remember is that your body adapts to what you ask of it on a regular basis, which means that a lot of these changes related to aging aren’t inevitable.

But if you don’t use your ‘system’ enough, then they’re a lot more likely to happen.

Everyday Habits That Can Speed Up or Slow Down the Decline of Coordination

You could say that a (small) part of how your coordination changes with time has to do with genetics or even luck, but the way you live your life every day impacts it a lot more.

Physical Activity Keeps Neural Pathways Active

You know how a muscle atrophies when you don’t use it? 

Well, if it atrophies enough, your body will literally resorb it. But if you exercise, your muscles stay strong, and so do your neural pathways.

Exercise keeps them active; it reinforces the actual lines of communication between the brain and the muscles and makes sure those signals stay fast and clear.

Daily physical activity benefits neuroplasticity, which helps maintain motor coordination and neural communication pathways. – National Institutes of Health

When you exercise, your brain works out, too. It constantly sends and receives information about your position, force, and timing. That keeps neural pathways on track. But if you lead a sedentary life, well… You can imagine how things go.

The exact opposite happens, and you don’t want that. 

If you sit for too long and don’t move around, those connections get weaker because they’re not being used. Kind of like how a path in the woods gets covered with grass when nobody walks on it.

Any kind of activity will do. Sports, dancing, walking, as long as you’re moving. The most important thing is to be consistent because neural pathways need regular use to stay active.

Vision Is More Important Than Most People Realize

Nobody thinks about vision being something they could train, but in the sense of being a component in the hand-eye coordination, it absolutely is. If the data coming from vision is blurry or incomplete, every other step in the system suffers. 

Vision is how the brain gets information on distance, speed, and position, which is how you’re able to make precise movements.

So, what to do about this? The first step is to get your eyes checked regularly, especially as you start to age.

What most people don’t realize here is that changes in prescriptions or early signs of some conditions (e.g., cataracts) could show up years before they’re able to notice that something’s wrong. Environment is a factor here, too. 

Having good lighting means that your eyes don’t have to strain too much, plus it becomes easier to judge distance and depth.

Sleep, Stress, and Mental Fatigue Affect How Quickly You React to Speed

If you’re tired or stressed, the brain can’t work as well. That’s a huge problem for coordination because it needs the brain to perform perfectly.

Not getting enough quality sleep is an issue that affects a lot in your body, including your attention span and how quickly you’re able to react. If you’re tired, you might feel clumsy, and that’s not something you’re imagining. It comes from actual neurological delays. Chronic stress works pretty much the same.

Sleep deprivation impairs cognitive and motor performance in humans. – National Institutes of Health

It keeps the brain on alert at all times, which messes up focus and fine motor control.

Basically, your brain can’t do everything at once. 

So, if it’s occupied with worry or tension, it doesn’t have enough resources for the calculations that precise movements need or for concentration. You can probably notice that your coordination is worse at the end of the day. That’s normal because your brain has gone through a whole day of cognitive load, and now it’s low on energy. 

This is why quality sleep is so important.

Eating Well and Drinking Enough Water Helps the Brain Function Efficiently

What you eat and drink affects how well your brain is able to process information and send signals to your body. Even if you’re mildly dehydrated, your cognitive performance will go down a little. In other words, your brain will need more time to figure out the information coming from vision and then coordinate your response to it. 

Drink water all throughout the day and remember that being thirsty isn’t a ‘reminder’ to drink water but a sign of dehydration.

Mild to severe dehydration negatively affects motor and cognitive skills/performance. – National Institutes of Health

Also, be careful with what you eat. Junk food is okay here and there as a treat, but your nervous system needs a steady supply of nutrients like B vitamins, omega-3 fatty acids, proteins, etc. Your diet should include vegetables, fruits, lean proteins, and healthy fats. 

Supplements can help, but they’re not a way for you to cheat on your diet.

Conclusion

Hand-eye coordination isn’t like a bulb that gets dimmer and dimmer until it goes out and there’s nothing to do about that. 

You have a say in this. Yes, your vision will change, reaction times get longer, yadda yadda. But you still have some control over how fast that happens.

As you can see, the advice on how to stay healthy and sharp is pretty boring and basic. You’ve heard it a million times – eat well, drink your water, get enough sleep, and exercise regularly. But the reason why you keep hearing it over and over is that it works. 

In fact, these are the only things that truly work when it comes to being healthy and keeping your hand-eye coordination on point.

Author Bio 

Marko is an adamant and eager content writer with a decade of experience in various niches,  with healthcare being one of them. With his way of implementing storytelling, comparisons, and examples into hard-to-grasp topics, Marko’s able to make complex things sound interesting and relatable – key ingredients to make something understandable. As a hobby, Marko enjoys offroading, board games, and spending time with his family and his dog Cezar.

 

 

Please also review AIHCP’s Nurse Patient Education Certification program and CE Courses see if it meets your academic and professional goals.  These programs are online and independent study and open to qualified professionals seeking a four year certification

Best Healthcare Software Review Platforms for Medical Practices and Clinics

Posted on by Joseph Gerard

Nurse Holding a TabletWritten by Agwalogu Bob

If you run a medical practice, you know how difficult getting the right software is. Virtually every vendor you talk to will promise that their solution “streamlines workflows” and “enhances patient engagement.” But the truth is that the software purchase decisions you make today can make or mar your practice tomorrow. 

Buy wrong, and you’re not just losing thousands of dollars; you’ll also end up with frustrated staff and disgruntled patients. A recent study by the American Medical Association (AMA) also noted that administrative burdens, usually worsened by poorly integrated tech, can cause burnout among healthcare practitioners. Clearly, you cannot afford to make a blind guess.

This is exactly why you need healthcare software review platforms. They give you an unbiased picture of the healthcare software you’re considering, mostly from people who’ve used or are using it.

Let’s look at five of these platforms to help you make a more informed decision next time you want to onboard new software.

What is a Healthcare Software Review Platform?

A healthcare software review platform is a site where you go to research, compare, and choose software products for your medical practice or clinic. 

These platforms don’t sell or suggest market products directly. Instead, they break down product information, provide expert insights, and publish real user reviews so that you can make your own decision based on the data available. 

Healthcare software review platforms are basically where clinical practitioners go to get first-hand information about the IT tools other practitioners use, and how they work.

Using review platforms can help you:

  • Compare multiple vendors in one place
  • Read the real experiences of verified customers
  • Identify hidden strengths and recurring complaints
  • Shortlist products before scheduling demos

Industry reports show that as much as 95% of buyers read user reviews before making a purchase. This underscores how important review platforms are, especially in the higher-stakes healthcare industry.

5 Best Healthcare Software Review Platforms

Below are five of the best healthcare software review platforms that you can go to compare tools for medical practices and clinics.

G2

G2 is the world’s largest B2B software and services platform. It’s a trusted marketplace where professionals can research, compare, and read verified user reviews on thousands of technology solutions, including clinical healthcare software.

Healthcare software reviews on G2 go beyond feature lists. They show what it’s really like to use the software day after day, from setup and ease of use to customer support and reliability. 

The platform also ranks products based on customer satisfaction and market presence. This makes it easier for medical practices and clinics to spot solutions that consistently perform well. 

G2 currently boasts more than 2.8 million verified user reviews, clinching its place as a big contender in technology software reviews globally.

Key Points

  • Verified reviews from healthcare professionals and software users
  • Compare EHR, EMR, medical billing, and practice management software
  • Side-by-side product comparisons and user satisfaction scores
  • Real-world insights on usability, implementation, and customer support
  • Helps you make more informed software purchasing decisions

Who It’s For

Medical practices, clinics, physicians, practice managers, and healthcare administrators who want trusted user feedback before investing in healthcare software.

Software Finder

Software Finder is a software review platform and marketplace that helps you find the right software quickly and without the usual trial and error.

Instead of comparing hundreds of vendors on your own, you can explore product information and compare verified user reviews on thousands of solutions, including medical practice software.

Software Finder also allows you to narrow your options based on rating type, price, and features in order to receive more relevant recommendations. This means that you end up buying your medical practice software with more confidence, backed by real user feedback and not just marketing claims.

Perhaps the most noteworthy feature of Software Finder is its Personalized Software Recommendations. If you’re not sure whether the software you’re looking at is right for your needs, simply complete a short form and get free advice in your email. 

Key Points

  • Verified reviews from over thousands of real software users
  • Side-by-side comparisons of healthcare software
  • Thousands of software options across hundreds of categories
  • Personalized software recommendations with the platform’s “Free Advice” feature
  • Helps you save time and make informed purchasing decisions

Who It’s For

Private practices, specialty clinics, healthcare administrators, and medical organizations that want reliable, unbiased information before choosing healthcare software.

GetApp

GetApp, which was recently acquired by G2 in 2026,  is a software discovery and comparison platform for researching digital products. Although it covers software across many industries, it has a dedicated healthcare section where you can explore and research clinical tools.

GetApp allows you to compare medical practices and clinics software products side by side, check pricing, product information, and real user opinions before making a decision. This makes it easier to narrow down your options without spending hours visiting individual vendor websites. 

Whether you’re replacing existing software or buying a new system for the first time, GetApp gives you a practical starting point to make an informed decision.

Key Points

  • Covers thousands of software products, including healthcare solutions
  • Verified customer reviews and ratings
  • Side-by-side feature and pricing comparisons
  • Category-based software recommendations
  • Free to use for software buyers

Who It’s For

Medical practices, clinics, and healthcare organizations that want to compare multiple software options before making a purchase.

KLAS Research

KLAS Research is an independent healthcare IT research website that functions very much like a specialized software review and evaluation platform. 

KLAS provides the healthcare industry with IT data and insights, but it also makes it easy for medical practices and clinics to choose healthcare technology with confidence. This is possible through the countless detailed reviews published from thousands of healthcare practitioners and professionals who use these systems every day. 

These reviews include information on customer support, product reliability, and long-term satisfaction. All in all, KLAS gives you a clearer picture of what works well in real clinical settings before you make any purchase decision.

Key Points

  • Collects verified feedback from real healthcare professionals
  • Publishes trusted Best in KLAS software rankings
  • Reviews EHRs, practice management, billing, and other healthcare solutions
  • Focuses on real-world performance after implementation
  • Helps reduce the risk of choosing the wrong software vendor

Who It’s For

Medical practices, clinics, hospitals, healthcare executives, IT decision-makers, and organizations that want reliable, evidence-based insights before investing in healthcare software.

Software Advice

Software Advice is an independent platform that provides research, consultancy, and reviews for software products. It provides objective insights, verified user reviews, technical support, and personalized software recommendations across more than 300 categories, including healthcare.

Software Advice doesn’t promote any one single product or service. Instead, it brings together all the important information you need to make an informed decision about software for your healthcare practice. 

One of its biggest strengths is its free advisory service. This service matches you with software recommendations that fit your specific needs. It comes in very handy if you’re comparing several vendors that appear similar at first glance.

Key Points

  • Compares hundreds of thousands of software in one place, including healthcare
  • Includes verified customer reviews and expert opinions
  • Offers side-by-side feature comparisons of different digital products
  • Provides pricing insights
  • Helps you shortlist software that fits your needs

Who It’s For

Practice owners, clinic administrators, physicians, office managers, and healthcare teams that want to compare healthcare software before making a purchase.

How to Use Healthcare Software Review Platforms

The right review platform can help you find the software that matches your specific buying stage and clinical needs. In fact, recent research revealed that for 90% of software buyers, social proof, including customer reviews and ratings, heavily influences which vendors they choose.

The problem? There are hundreds of healthcare software review platforms (we’ve only covered the best 5), and thousands of digital products on each one. 

How exactly do you choose right?

Use this checklist before making your shortlist:

  • Look for platforms with verified customer reviews, not anonymous ratings
  • Read both positive and negative feedback
  • Compare reviews across at least three platforms
  • If you can, filter reviews by organization size or medical specialty
  • Pay close attention to information about the vendor’s customer support
  • Request product demos after narrowing your shortlist
  • If possible, chat with current customers before signing any contract
  • Don’t get immediately carried away by star ratings

Ultimately, review platforms should support your decision, not make it for you.

FAQs

Are online software reviews actually reliable?

Absolutely. However, you have to use trusted sites. Platforms like Software Finder verify users to filter out fake reviews. That said, you should still do your part by doing more in-depth research. Don’t get carried away by a single glowing or angry comment.

Can I find pricing information on these review platforms?

Yes, you can. Having said that, it’s important to point out that healthcare software pricing is rarely one-size-fits-all. While some platforms list basic pricing models, the total amount you end up paying will depend on the unique needs of your practice or the number of features you want.

Are healthcare software review platforms free to use?

Yes, but for buyers. Most platforms let you browse reviews and comparisons at no cost. Vendors, however, may have to pay for enhanced listings or advertising.

Wrapping Up

Choosing software for your medical practice isn’t something to gamble on. The right healthcare software review platform gives you a shortcut past the sales pitch and straight to what other practices actually experienced.

To help you get started, we’ve covered five of the best healthcare software review platforms for medical practices and clinics here in this guide. 

Don’t just read one review and think you’ve found what you’re looking for. Take your time and look at at least three vendors. You want to end up with tools that will truly help your medical practice thrive.

 

Author Bio

Agwalogu Bob believes great content doesn’t just inform; it resonates and then sticks. For over eight years, he’s been helping agencies across four continents craft just that kind of content: sharp, engaging cut-through-the-noise copy across SaaS, finance, tech, health, and lifestyle.

When he’s not putting pen to paper, you’ll likely find him scouring the internet for funny memes.

Connect with him on LinkedIn or Medium.

 

Please also review AIHCP’s Certification program and CE courses see if it meets your academic and professional goals.  These programs are online and independent study and open to qualified professionals seeking a four year certification

Vision and Vestibular Rehab After Concussion Explained

Posted on by Joseph Gerard

Brain Injury word cloud on a white background.Written by Dr. Elias Thorne,

Concussions are incredibly common, and while more is being done to raise awareness about the dangers they pose to long-term health, there’s still much more that the healthcare sector must do to educate people about possible outcomes of head injuries, while also ensuring clinical staff are up to speed with the symptoms and rehabilitation options available to patients already in the system. Symptoms of persistent dizziness and visual issues are especially common in the aftermath of a concussion, although it’s reasonable to claim that such side effects used to be dismissed as minor, resulting in little to no direct treatment. With time and research into concussions, it’s become apparent that recommending a patient sit passively in a dark room simply isn’t sufficient.

The known impact of mild traumatic brain injuries (mTBI) on the overlapping systems governing sight and balance comes from patient self-reporting. Here, the problem is that clinicians have to rely on what they’re told about the symptoms, rather than being able to fire up the CT scanner and use it to pull up unambiguous evidence of the damage that’s been done. The vestibular and ocular systems have a fragile symbiosis that seems easily sent off-kilter by mTBIs, and as we expand our understanding of this relationship and how it can be disrupted, we’re also developing improved frameworks and techniques for rehab.

The top-level goal of visitation and vestibular rehab is to bring these systems back into alignment, essentially righting them after the disruption of a concussion, so it’s not necessarily a swift or linear process. Even so, understanding what’s involved helps elucidate the inner workings of clinical steps and decisions in this context.

The Mechanism of Post-Concussive Sensory Mismatch

The primary purpose of the vestibular system is to give the body a real-time sense of where the head is in three-dimensional space, with a complex configuration of semicircular canals and otolith organs in the inner ear delivering the necessary data for the brain to interpret this status. The interaction with vision occurs in the provision of secondary confirmation of what the vestibular system tells us, which is why confusion can occur in a moving vehicle. If our ears tell us our head is stationary, but our eyes tell us it’s moving rapidly, the result is dizziness and nausea, at least for some people.

Similarly, a concussion intervenes between what our eyes and ears tell us, resulting in a range of symptoms, including a sense that the world is lagging, a little like a video game, or that we’re on unstable ground, perhaps mimicking the feeling of being on a boat. This is often the result of a faulty Vestibulo-Ocular Reflex (VOR), which is the mechanism that keeps your vision stable while your head is moving.

If the VOR is impaired, the brain has to work overtime to make sense of the conflicting data. This leads to the profound cognitive fatigue that characterizes the post-concussive state. It is not just that the eyes are tired; it is that the processor is overheating as it tries to reconcile the mismatched inputs.

Comparing Vestibular Therapy and Clinic-Based Vision Rehab

While they are often grouped together, vestibular therapy and vision rehabilitation target different components of the recovery puzzle. Vestibular therapy focuses on habituation, gaze stabilization, and balance training. It is about teaching the brain to ignore “false” signals and rely on the accurate ones.

Vision rehabilitation, specifically Neuro-Optometric Rehabilitation, addresses the motor aspects of how the eyes move and work together. This includes addressing issues such as Convergence Insufficiency (CI), where the eyes struggle to converge to focus on near objects, and saccadic dysfunction, where the eyes jump and skip during reading.

Clinicians are increasingly using computer-guided protocols to provide high-resolution feedback during these sessions. These tools allow for the precise measurement of reaction times and accuracy that the human eye simply cannot track. You can view this concussion clinic to see how these specialized assessments are integrated into a cohesive recovery plan for patients struggling with these specific deficits.

Research has shown that early office-based vergence and accommodative therapy significantly improves symptoms compared to a “wait and see” approach. The shift toward active intervention within the first two weeks of injury is perhaps the most significant change in concussion management in the last decade.

Computer-Guided Protocols and Evidence-Based Interventions

The digital evolution of rehab has changed the way we quantify progress. In 2026, we are no longer relying solely on a patient saying they “feel better.” We are looking at objective data from force plates and eye-tracking software.

These computer-guided systems provide a level of consistency that manual testing lacks. For instance, a patient might perform a gaze stabilization exercise while a sensor tracks their head velocity. If they can maintain focus at 120 degrees per second but lose it at 150 degrees per second, the clinician has a specific, measurable target for the next session.

Current clinical protocols suggest a specific hierarchy of intervention for maximum efficacy:

  • Address acute BPPV or mechanical inner ear issues first to clear the signal
  • Implement gaze stabilization exercises to reinforce the connection between the inner ear and eye movement
  • Progress to dynamic balance tasks that incorporate cognitive load to simulate real-world environments

This progression ensures the patient is not overwhelmed too early. If you try to do complex vision therapy while the vestibular system is still sending “spinning” signals, you will likely induce a symptom spike that sets the patient back several days.

Clinical Training Pathways For The 2026 Landscape

For healthcare providers looking to bridge the gap into specialized concussion care, the requirements are becoming more rigorous. It is no longer enough to be a generalist physical therapist or optometrist. The complexity of the 2026 patient requires a multidisciplinary understanding of neurology.

Advanced courses now focus heavily on central causes of dizziness and cervical integration, acknowledging that the neck often plays a massive role in “dizzy” presentations. Proprioceptive sensors in the upper cervical spine are frequently damaged in the same whip-lash motion that causes a concussion.

If the neck tells the brain the head is turned five degrees to the left, while the eyes and ears say it is centered, the result is dizziness. Training pathways now emphasize this “Cervicogenic” component, requiring clinicians to be as proficient in manual therapy as they are in vestibular habituation.

Outcome Measures And The Role Of Patient Education

Success in rehab is defined by the patient’s ability to return to their life. While objective metrics are vital for the clinician, the patient cares about whether they can look at a computer screen for an hour without a migraine.

We use the Dizziness Handicap Inventory (DHI) and the Post-Concussion Symptom Scale (PCSS) to track the subjective experience. However, patient education remains the most powerful tool in the shed. When a patient understands that their dizziness is a “data mismatch” rather than permanent brain damage, their anxiety levels drop.

Lower anxiety leads to better autonomic regulation, which in turn speeds up the healing process. It is a virtuous cycle. We must teach patients how to “pace and space” their activities, ensuring they are pushing into their symptoms enough to provoke adaptation, but not so much that they crash.

Multimodal Integration Of Sensory Systems

The most effective treatment plans are rarely monochromatic. They are a blend of physical therapy, neuro-optometry, and, sometimes, occupational therapy for environmental modifications. The goal is to create a controlled, “sensory-rich” environment.

In a 2026 clinical setting, this might look like a patient performing balance tasks on an unstable surface while wearing strobe glasses that limit visual input. This forces the brain to up-weight the vestibular and somatosensory systems. By stripping away one sense, we strengthen the others.

This interprofessional approach ensures that no stone is left unturned. If a patient is plateauing in vestibular rehab, the neuro-optometrist might find a latent vertical heterophoria (a slight vertical misalignment of the eyes) that was sabotaging the balance work all along.

Visual Strain And The Mechanism of Post-Concussive Dizziness

There are over 400 patients seeking specialized neuro-rehab every day because their eyes and ears no longer speak the same language. This sensory mismatch is the primary engine behind the chronic nausea and “spatial anxiety” that keeps high-performing professionals away from their desks. When the vestibulo-ocular reflex is disrupted, the brain cannot differentiate between the world moving and the head moving.

Visual strain in these cases is rarely due to eyesight quality or basic refraction. It is a functional deficit in the brain’s integration of focal and peripheral data streams. If your peripheral vision is “too loud,” every movement in your environment feels like a personal threat to your balance.

Clinical research confirms that 82 percent of post-concussion patients suffer from specific oculomotor issues that cannot be resolved through rest alone. These patients require a deliberate recalibration of the neural pathways that govern gaze stability.

Measuring Success Through Integrated Symptom Tracking

We no longer rely on a patient simply saying they feel better, as subjective reporting is notoriously unreliable during neurological recovery. Modern clinics use force plates and infrared eye-tracking to provide a digital “scorecard” of progress. This allows us to adjust the difficulty of rehab exercises in real time, ensuring the patient is always in the “Goldilocks zone” of neuroplastic change.

Success is defined by the ability to handle increased cognitive and physical loads without a symptom “crash.” By tracking these metrics weekly, we can provide patients with a concrete timeline for their return to life, significantly reducing the psychological burden of the injury.

Precision Medicine In Neurological Recovery

The future of concussion care is moving toward precision medicine. We are getting better at identifying “phenotypes” or clinical trajectories early on. Some patients are primarily “vestibular-ocular,” while others are “autonomic/exertional” or “migraine-associated.”

Identifying these subtypes in the first week allows us to skip the trial-and-error phase. A patient with a clear vestibular-ocular profile should be in specialized rehab by day ten, not month three. The evidence is clear: the longer these systems remain uncalibrated, the more the brain “hard-wires” the maladaptive patterns, making them much harder to break later on.

About The Author

Dr. Elias Thorne is a clinical neurologist specializing in traumatic brain injury and vestibular disorders with over a decade of experience in multidisciplinary rehabilitative settings. He has consulted for professional athletic organizations and currently contributes to the development of integrated sensory-motor protocols for post-concussion recovery. His work focuses on the intersection of neuroplasticity and digital health interventions.

References

Melissa Biscardi, Zane Grossinger, Angela Colantonio, Mark Bayley, Tatyana Mollayeva (2024).  Efficacy of restitutive interventions for oculomotor deficits in adults with mild traumatic brain injury: a systematic review and meta-analysis. https://pubmed.ncbi.nlm.nih.gov/38433498/

Traumatic Brain Injury Center of Excellence. (2026). Assessment and Management of Dizziness and Visual Disturbances Following Concussion/Mild Traumatic Brain Injury: Guidance for the Primary Care Manager. https://health.mil/Reference-Center/Publications/2026/02/04/Assessment-and-Management-of-Dizziness-and-Visual-Disturbances-Following-Concussion-Mild-Traumatic-Brain-Injury 

Tara L Alvarez, Mitchell Scheiman, et al (2026). CONCUSS randomised clinical trial of vergence/accommodative therapy for concussion-related symptomatic convergence insufficiency. British Journal of Sports Medicine, Volume 60, Issue 5 https://bjsm.bmj.com/content/60/5/340

 

 

Please also review AIHCP’s Nursing Management Certification program and CE courses see if it meets your academic and professional goals.  These programs are online and independent study and open to qualified professionals seeking a four year certification

What Is Performance Medicine in Clinical Practice?

Posted on by Joseph Gerard

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Written by Elissa Capelle Vaughn

When we think of medicine, often the first thing that springs to mind is “illness.” From this perspective, patients visit a doctor when they have a symptom, like a persistent pain or stomach bug. But on the other side of this approach is medicine as a proactive tool, and that’s where performance medicine comes in.   

Performance medicine is an integrative practice that combines sports medicine, functional medicine, and even anti-aging studies to enhance well-being. It also appeals to multiple patients, from athletes who want to achieve peak health to individuals who want targeted care for longevity.

When paired with traditional general healthcare, performance medicine fosters a truly holistic approach to health. Here’s a closer look at core components, comparisons, practices, and case studies of performance medicine.       

 

Performance Medicine vs. Internal Medicine

Let’s start with distinguishing the similarities and differences between performance medicine and internal medicine.

For starters, both practices strictly rely on evidence-based care. Internal medicine treats illnesses and health conditions, but like performance medicine, it also focuses on:

  • Prevention
  • Nutrition
  • Sleep
  • Diagnostics
  • Lifestyle changes

Both practices share the same goal in improving long-term health outcomes and reducing the risk of injury. Performance medicine practitioners and general physicians both conduct comprehensive assessments, including: 

  • Lifestyle evaluations
  • Hormone levels
  • Metabolic health 

Of course, both physicians maintain high levels of trust with patients to foster the best possible outcomes.    

As for key differences, while internal medicine does involve preventative care, it’s also a “reactive” process that must diagnose and treat symptoms quickly. Performance medicine is a “proactive” practice that enhances physical and mental performance, such as:

  • Adaptive capacity
  • Endurance
  • Mental acuity
  • Stamina
  • Longevity

Patient segments also differ, with performance medicine generally targeting individuals with low health risks who want to enhance their health. 

An athlete may seek out a performance medicine practice to boost their endurance or mental grit. Active older adults may also work with a performance medicine doctor to manage the impacts of aging through peptide therapy and weight management. 

Women in general good health may also take a proactive approach and seek a performance medicine clinic for menopause care. While an internal medicine physician can help the same female patient manage menopause symptoms, a performance medicine professional can help balance hormones and promote healthy metabolism.  

 

Performance Medicine vs. Sports Medicine

At first glance, the term “performance medicine” may be confused with sports medicine, but there are distinct differences.

Let’s start with the similarities, with the clearest being strength and endurance, followed by: 

  • Proactive injury prevention
  • Nutrition
  • Health monitoring

For example, a sports medicine doctor will also monitor hormone levels, nutrition, and musculoskeletal health to improve performance and prevent burnout. Monitoring also speaks to the level of individualized care seen in performance medicine, as well. 

One of the clearest differences is “return to play” care. 

Sports medicine is primarily concerned with treating sports injuries and getting professional and collegiate athletes back on the field. Sports medicine doctors often work in teams to answer whether an athlete can jump, throw, and sprint again, and if so, when?

Depending on the severity of a sports injury, a sports medicine team may require surgical or orthopedic treatments.   

As such, sports medicine patients are primarily athletes. Performance medicine targets a wider range of patient profiles, from the high-level executive managing corporate stress to the mother who’s navigating perimenopause while trying to keep up with a busy household.

A valuable takeaway is that sports medicine has a narrower, short-term approach to resilience, while performance medicine focuses on long-term resilience.   

It should also be noted that many performance medicine doctors do train in sports medicine, internal medicine, or physical medicine & Rehabilitation (PM&R) before entering their chosen field. They may pursue performance medicine as a sub-specialization through a sports medicine fellowship, for example.    

 

Performance Medicine vs. Medical Spas

Performance medicine also shares similarities with medical spas (medspas), with notable differences.  

A common similarity is an integrative approach, as seen in the case study of Moonshot Medical and Performance, a medical optimization and physical rehabilitation clinic. Similar to some medspas, this case study integrates the following approaches into weight management programs: 

  • GLP-1 medications
  • Nutrition guidance
  • Dual-Energy X-ray Absorptiometry (DEXA) scans

DEXA scans are comprehensive health reports that compare patient results with appropriate age and sex ranges. Patients see a more accurate view of fat and muscle distribution. DEXA tracking is then used to develop plans and monitor progress. 

It’s important to note that performance medicine clinics apply strict medical scrutiny in practice. This is a key differentiator between performance medicine clinics like the case study and some medspas. 

For instance, a general wellness center may offer massage therapy, but lack the medical oversight to provide GLP-1 plans. Similarly, while many medical spas do offer weight loss management, they may not have an on-site physician to diagnose and prescribe a GLP-1 like Semaglutide. 

Anti-aging treatments are another overlap. 

For example, the performance medicine clinic in the case study provides peptide-based therapy for anti-aging. Peptides are naturally occurring amino acids in the body; therapeutic peptides like GHK-CU mimic natural peptide signals to simulate the collagen synthesis process, promoting skin elasticity and hair growth.   

A medical spa may offer peptide anti-aging therapies with the right medical oversight. However, most spas focus on cosmetic treatments like dermal fillers and skin resurfacing. Performance medicine takes a more rigorous inside-out approach to health and wellness.

Performance medicine clinics may vary when it comes to treatments, with some offering cold plunges to relieve inflammation, while others may focus on HRT treatments for hormone balance. However, the goal of medical optimization remains unchanged. 

 

Blood Panels and Labwork in Performance Medicine  

Similar to internal medicine, performance medicine clinics run bloodwork to get a clearer picture of a patient’s health status. However, performance medicine labwork looks beyond statistical averages based on population data. Instead, it looks at optimal health ranges to set benchmarks. 

Consider this scenario: A patient visits their doctor, a general physician, citing issues with fatigue and longer recovery times from muscle strain. 

The GP runs a blood panel, revealing testosterone levels on the lower end and cortisol levels on the higher end, but these levels are still within the “normal” range, despite the rise and falls. The GP may tell the patient that their levels are normal and likely to balance out. 

The patient decides to see a performance medicine physician. 

The physician looks at the blood panel and sees the subclinical dysfunction in the testosterone and cortisol levels. They create a treatment plan consisting of bioidentical hormone therapy (BHRT) and targeted stress mitigation to restore the patient’s anabolic drive, which should help the body build and repair tissue while controlling hormones. 

Lab-informed decision-making is a core pillar of performance medicine.

Performance medicine physicians order advanced blood panels that test beyond the standard 15 markers used by internal medicine. Advanced panels test over 60 biomarkers, including: 

  • ApoB for cardiovascular health risk
  • Fasting insulin for metabolic health
  • Sex hormone metabolites

Meanwhile, genetics and epigenetics tests offer important insight into genetic predispositions. This allows performance medicine practitioners to customize targeted lifestyle interventions early. 

 

Data Analysis in Performance Medicine

Blood tests provide valuable patient data for treatment plans, but continuous monitoring ensures that data is current and relevant. 

Performance medicine doctors perform objective blood re-testing and DEXA scans every few months to analyze treatment progress. For instance, if lipid levels remain unchanged, they may administer PCSK9 Inhibitors.  

Biometric dashboards are used to monitor the autonomic nervous system (ANS), which regulates involuntary processes, such as: 

  • Resting heart rate (RHR)
  • Heart rate variability (HRV)
  • Respiratory Rate
  • Blood Pressure 
  • Sudomotor Function (Sweat Response)

Patient-reported outcomes (PROMs) are also vital to data analysis in performance medicine. These digital surveys ensure data actually aligns with a patient’s daily life, tracking patterns in sleep quality, mental clarity, and pain impact.

 

Rehabilitation and Recovery in Performance Medicine

In internal medicine, a patient’s physical therapy treatment typically ends once they’re able to perform daily tasks and go to work without pain. If they want to improve their strength beyond their PT sessions, they can see a performance medicine doctor for targeted strength and endurance regimens.  

For instance, a practitioner may use load management techniques to stress the patient’s tissues just enough to improve muscle adaptation. The goal is to strengthen the muscle without re-injuring the area. But the ultimate goal is greater resilience, lowering overall injury risk.

Performance medicine also takes an active, rather than passive, approach to recovery. A doctor may recommend contrast therapy, which combines infrared sauna sessions and cold plunges to: 

  • Promote better vascular health
  • Detoxify the system 
  • Trigger norepinephrine release
  • Reduce overall inflammation

Hyperbaric oxygen therapy (HBOT) is also used in performance medicine to speed up healing and cellular repair in the body, treating the whole person.

All three of these methods help downregulate the nervous system and flush out metabolic waste.

 

Learn More About Performance Medicine

Performance medicine stands out as an integrative practice that considers the whole person, whether it’s a patient who wants to build up strength after physical therapy, a woman entering menopause, or a busy corporate professional trying to reduce toxic stress. 

Research further into its similarities and differences with other practices, clinical tests, data analysis, and recovery. Our blog is packed with information on sectors, career pathways, and innovations in the healthcare community. 

Author bio:

Elissa Capelle Vaughn is a New York-based content writer who covers trending topics in health and wellness. She also brings a diverse background in sales and marketing to her work when discussing communication strategies in the health field.

 

Please also review AIHCP’s Managed Health Care Consultant Certification program and CE courses see if it meets your academic and professional goals.  These programs are online and independent study and open to qualified professionals seeking a four year certification

Clinical Considerations in the Selection of Oral and Topical Antifungal Therapies for Onychomycosis

Posted on by Joseph Gerard

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Written by Harry Wolf

Onychomycosis affects around 10 to 20 percent of the global population. It also makes up about 50 percent of all nail disorders, according to a 2025 report published by the International Journal of Advanced Biochemistry Research.

Age-related nail changes, reduced peripheral circulation, cumulative environmental exposure, and comorbid disease… They all contribute to the condition’s prevalence. 

Therapeutic decisions are rarely straightforward for clinicians. Efficacy, pathogen identification, comorbidities, drug interaction potential, laboratory monitoring requirements, adherence capacity, and cost… All influence selection between oral and topical antifungal therapies.

A Brief Overview of Onychomycosis

What exactly is onychomycosis? If you are not aware, here is the lowdown: it is a chronic fungal infection involving the nail plate, nail bed, and (in advanced cases) the nail matrix. 

Dermatophytes remain the most common etiologic agents, although non-dermatophyte molds and yeasts are increasingly identified in laboratory-confirmed cases, as detailed in an interesting analysis published by Nature’s Scientific Reports. 

Accurate organism identification has become increasingly important. Why is that? Quite simply, because therapeutic response varies by species.

Clinically, onychomycosis presents in several morphologic patterns. The following patterns influence both severity assessment and treatment selection:

  • Distal lateral subungual disease with progressive onycholysis
  • Superficial white onychomycosis affecting the dorsal nail plate
  • Proximal subungual disease
  • Total dystrophic onychomycosis in advanced and long-standing infections

Chronic fungal colonization can produce subungual hyperkeratosis, nail thickening, discoloration, and friability. Functional consequences include pain, difficulty ambulating, and impaired quality of life. 

In patients with diabetes, neuropathy, or peripheral arterial disease, thickened dystrophic nails may contribute to ulceration risk.

Diagnostic confirmation is recommended before initiating systemic therapy. 

Antifungal Therapies

Antifungal therapies for onychomycosis are categorized as systemic oral agents or topical transungual therapies. Selection should be determined by:

  • Disease severity
  • Nail matrix involvement
  • Organism type
  • Comorbidities
  • Patient preference

Systemic agents achieve therapeutic concentrations in the nail bed via bloodstream distribution. 

An evidence-based review, published by the National Library of Medicine, confirms that terbinafine, itraconazole, and fluconazole demonstrate clinically meaningful efficacy in treating onychomycosis. 

Cure rates? They are generally higher with systemic therapy in moderate-to-severe disease – compared with topical monotherapy.

Topical therapies act directly at the site of infection. A study published by Springer Nature demonstrated superior transungual penetration and antifungal activity of efinaconazole compared with tavaborole, ciclopirox, and several over-the-counter options. 

Penetration capacity is clinically relevant. Why? Because the nail plate presents a dense keratin barrier.

Therapeutic strategies? They may include:

  • Continuous oral dosing regimens lasting 6 to 12 weeks
  • Pulse-dosed oral therapy administered in treatment cycles
  • Daily topical application for 48 weeks or longer
  • Combination systemic and topical approaches in refractory cases

Mechanistically, allylamines such as terbinafine inhibit squalene epoxidase. They can lead to:

  • Ergosterol depletion
  • Fungal cell membrane disruption

Azoles such as itraconazole inhibit lanosterol 14-alpha-demethylase, thus impairing ergosterol synthesis. And oxaboroles such as tavaborole inhibit fungal protein synthesis by targeting leucyl-tRNA synthetase.

Understanding pharmacodynamics supports rational therapeutic selection – particularly in complex or recurrent cases, that is.

Selecting Oral Antifungal Therapies

When multiple nails, matrix involvement, or extensive subungual hyperkeratosis are present, systemic therapy remains a first-line approach. Treatment selection needs a high level of attention. 

It requires careful evaluation of:

  • Efficacy data
  • Safety profile
  • Comorbid disease
  • Drug interaction potential

The Comparative Efficacy of Oral Agents

Multiple comparative trials and meta-analyses demonstrate the following. Continuous oral terbinafine produces higher mycologic and complete cure rates than intermittent itraconazole in dermatophyte toenail onychomycosis.

A double-blind randomized clinical trial, published by the Institute of Tropical Medicine, is worth noting. It compared terbinafine 250 mg daily for 12 weeks with itraconazole 200 mg daily for 12 weeks. 

The study reported significantly higher negative mycology rates at 48-week follow-ups in the terbinafine group – 73% versus  46%, in fact. Plus, there were higher rates of near-total clinical cure as well. 

These findings support continuous terbinafine as a preferred first-line agent in dermatophyte-predominant disease.

Long-term follow-up data published in JAMA Dermatology further demonstrates that terbinafine can achieve significantly higher sustained mycologic and clinical cure rates, compared with itraconazole, that is. There were lower relapses observed over extended observation periods. 

Sustained clearance is clinically meaningful. And that is because? Recurrence contributes to repeated systemic exposure and cumulative cost.

Key comparative considerations? They include:

  • Higher sustained mycologic cure rates with continuous terbinafine
  • Lower relapse rates in long-term follow-up with terbinafine
  • Broader organism coverage with itraconazole
  • Dosing flexibility with pulse itraconazole regimens

Yes, itraconazole remains an effective alternative – particularly when non-dermatophyte molds or yeasts are implicated, that is. However… continuous terbinafine therapy continues to demonstrate superior efficacy outcomes in dermatophyte-associated toenail infection.

Safety Profiles and Monitoring

Oral antifungals… They require attention to hepatic safety and drug interaction potential. A safety-focused review published by the National Library of Medicine confirms that terbinafine and itraconazole are generally well tolerated but associated with rare hepatotoxic events. 

Hepatic injury is uncommon, yes. But it is clinically significant. So, it warrants appropriate screening.

Baseline liver-function testing is widely recommended before initiating systemic therapy. Monitoring intervals vary depending on the:

  • Duration of therapy
  • Patient-specific risk factors

Important safety considerations include:

  • CYP3A4 inhibition and interaction potential with itraconazole
  • Rare hepatotoxicity associated with terbinafine
  • Possible negative inotropic effects with itraconazole
  • Polypharmacy concerns in older adults

Special Populations and Comorbidities

Patients with diabetes… They represent a clinically significant subgroup. Thickened, dystrophic nails may increase pressure points and contribute to ulcer risk. 

Effective fungal eradication may reduce mechanical complications in this population.

Immunocompromised patients may experience atypical or proximal subungual presentations. Broader-spectrum coverage may be considered when non-dermatophyte pathogens are suspected.

Oral therapy may be less suitable in:

  • Active or chronic hepatic disease
  • History of medication-induced hepatotoxicity
  • Inability to adhere to monitoring protocols
  • Patient preference for localized therapy

Selecting Topical Antifungal Therapies

Topical therapy… It plays a central role in mild-to-moderate onychomycosis and in patients who cannot tolerate systemic agents. Localized therapy minimizes systemic exposure. However, it requires sustained adherence and realistic counseling regarding duration.

Indications for Topical Monotherapy

Topical monotherapy is typically reserved for limited nail involvement without matrix infection. Treatment duration often approaches 48 weeks because nail growth is slow and drug penetration through keratin is limited.

Appropriate candidates may include:

  • Involvement of less than 50 percent of a single nail
  • Absence of matrix involvement
  • Contraindications to systemic therapy
  • Preference to avoid systemic adverse effects

Comparative Effectiveness of Topical Agents

Let’s now reference laboratory evidence published by Springer Nature. It demonstrated significantly greater antifungal activity and transungual penetration for efinaconazole compared with tavaborole, ciclopirox, and evaluated over-the-counter products. 

Enhanced penetration may improve mycologic clearance – in carefully selected patients, that is.

Also, the study published by the  International Journal of Advanced Biochemistry Research, which we referenced earlier, emphasizes relapse risk and identifies adherence as a primary determinant of success. 

Prolonged daily application is required. For what reason? To maintain therapeutic drug levels in the nail plate.

Prescription options include:

  • Efinaconazole 
  • Tavaborole 
  • Ciclopirox 

Clinical selection depends on severity, penetration profile, and tolerability – as well as financial accessibility. So, if you are looking for products containing the active ingredient of efinaconazole, such as Jublia, for example, consider all those elements.

Reviewing the cost of Jublia at PricePro Pharmacy could assist patients in aligning their therapy with affordability.

Combination Therapy and Adjunctive Measures

Combination therapy may be considered in recalcitrant cases. Concomitant topical therapy during or after systemic treatment may reduce recurrence risk – by suppressing residual fungal elements, that is.

Adjunctive strategies? They include:

  • Mechanical debridement to reduce nail thickness
  • Regular trimming to decrease fungal burden
  • Treatment of concomitant tinea pedis
  • Environmental hygiene to reduce reinfection

Addressing concomitant skin infection reduces the likelihood of nail reinoculation.

Adherence 

Adherence remains a significant barrier in topical therapy. Daily application for extended periods requires sustained patient engagement.

Clinical reviews highlight:

  • Nearly year-long treatment timelines
  • Gradual cosmetic improvement rather than rapid change
  • Higher relapse rates compared with systemic therapy

Clear communication regarding expected time frames and visible milestones is crucial. Because? It improves persistence and therapeutic satisfaction.

Evolving Dermatophyte Resistance Patterns 

Emerging antifungal resistance is increasingly influencing clinical decision-making in onychomycosis management. Clinically relevant considerations include:

  • Refractory infection despite confirmed adherence
  • Recurrence shortly after completing systemic therapy
  • History of travel to areas with reported resistant strains
  • Prior prolonged or repeated terbinafine exposure

Itraconazole is frequently utilized as an alternative systemic agent when terbinafine resistance is suspected. In documented resistant cases, switching antifungal class has demonstrated clinical improvement. 

Molecular diagnostic tools and susceptibility testing may become increasingly relevant in tertiary-care and academic settings.

Also, antifungal resistance reinforces the importance of avoiding empiric systemic therapy without laboratory confirmation. Confirmed diagnosis prior to initiation minimizes unnecessary exposure. And it may reduce selective pressure that contributes to resistance development.

Recurrence Prevention and Long-Term Management 

Recurrence remains a persistent challenge in onychomycosis management. Even after an apparent clinical cure. 

Data indicates relapse rates of approximately 20 to 25 percent within two years following successful treatment, as summarized in that study published by the International Journal of Advanced Biochemistry Research. 

For clinicians, a durable cure requires attention beyond initial fungal eradication.

According to an article by Infection and Drug Resistance, recurrence may be influenced by:

  • Biofilm formation
  • Untreated concomitant tinea pedis
  • Persistent environmental reservoirs
  • Host factors such as immunosuppression or diabetes

Addressing those elements can improve long-term outcomes. 

Preventive strategies include:

  • Treating coexisting tinea pedis concurrently
  • Encouraging proper foot hygiene and drying practices
  • Disinfecting footwear and nail-care instruments
  • Monitoring high-risk patients periodically after cure

Patients with diabetes, peripheral vascular disease, or immunosuppression may require closer follow-ups. Why is that? Quite simply, it is due to elevated complication risk. 

Maintenance topical therapy following systemic treatment has been explored as a strategy to reduce recurrence, particularly in individuals with repeated relapse.

Environmental reinoculation also plays a role in recurrence. Shared showers, occlusive footwear, and persistent fungal reservoirs in socks or shoes may facilitate reinfection. Counseling patients about these risks will help to improve long-term therapeutic durability.

Recurrence prevention represents a shift from episodic treatment toward longitudinal management. Integrating preventive counseling into routine care:

  • Supports sustained remission
  • Reduces cumulative treatment burden

Applying Clinical Judgment in Onychomycosis Management

Let’s recap. Firstly, effective onychomycosis management requires individualized assessment – rather than protocol-driven uniformity, that is. 

Oral antifungal therapy generally provides higher complete cure rates in moderate-to-severe disease. Topical antifungal therapy offers a valuable alternative for localized infection or when systemic agents are contraindicated.

Diagnostic confirmation, organism identification, safety monitoring, adherence counseling, and financial accessibility… They all influence therapeutic success. 

Hopefully, this article has been helpful. If it has been, take a look at our other relevant content.

 

 

Author bio: Harry Wolf is a freelance writer. For almost a decade, he has written on topics ranging from healthcare to business leadership for multiple high-profile websites and online magazines.

 

References

  • Unauthored, 2022, Toenail Fungus, Cleveland Clinic.

https://my.clevelandclinic.org/health/diseases/11303-toenail-fungus

  • Unauthored, 2024, Toenail fungus (onychomycosis), Harvard Health Publishing.

https://www.health.harvard.edu/a_to_z/toenail-fungus-onychomycosis-a-to-z

  • Bodman, M. A., Syed, H. A., & Krishnamurthy, K., 2025, Onychomycosis, National Library of Medicine.

https://www.ncbi.nlm.nih.gov/books/NBK441853/

  • Sinha, R., Rathaur, H., & Mukhopadhyay, S., 2025, Onychomycosis focus in the elderly: Prevalence, diagnosis and treatment strategies, International Journal of Advanced Biochemistry Research.

https://www.biochemjournal.com/archives/2025/vol9issue6/PartB/9-5-104-852.pdf

  • Mayengo, R., Petra, N. P., Joseph, O., Ogwang, E., Kitunzi, G. M., Onguti, A. G., & Mirembe, S. K., 2025, Onychomycosis prevalence etiology and associated factors in women using nail cosmetics attending Mbarara regional referral hospital dermatology clinic Uganda, Nature.

https://www.nature.com/articles/s41598-025-30250-8

  • De Sa, D. C., Lamas, A. P., & Tosti, A., 2014, Oral therapy for onychomycosis: an evidence-based review, National Library of Medicine.

https://www.ncbi.nlm.nih.gov/books/NBK189719/

  • Elabbasi, A., Kadry, A., Joseph, W., Elewski, B., & Ghannoum, M., 2024, Transungual Penetration and Antifungal Activity of Prescription and Over-the-Counter Topical Antifungals: Ex Vivo Comparison, Springer Nature.

https://link.springer.com/article/10.1007/s13555-024-01237-6

  • De Backer, M., De Keyser, P., De Vroey, C., & Lesaffre, E., 1996, A 12-week treatment for dermatophyte toe onychomycosis: terbinafine 250 mg/day vs. itraconazole 200 mg/day – a double-blind comparative trial, Institute of Tropical Medicine Antwerp.

https://research.itg.be/en/publications/a-12-week-treatment-for-dermatophyte-toe-onychomycosis-terbinafin/

  • Sigurgeirsson, B., Ólafsson, J. H., Steinsson, J. Þ., Paul, C., Billstein, S., & Evans, E. G. V., 2001, Long-term Effectiveness of Treatment With Terbinafine vs Itraconazole in OnychomycosisA 5-Year Blinded Prospective Follow-up Study, JAMA Network.

https://jamanetwork.com/journals/jamadermatology/fullarticle/478735

  • Gupta, A. K., Haas-Neill, S., & Talukder, M., 2023, The safety of oral antifungals for the treatment of onychomycosis, National Library of Medicine.

https://pubmed.ncbi.nlm.nih.gov/37925672/

  • Axler, E., & Lipner, S. R., 2024, Antifungal Selection for the Treatment of Onychomycosis: Patient Considerations and Outcomes, Infection and Drug Resistance.

https://www.tandfonline.com/doi/pdf/10.2147/IDR.S431526

 

Please also review AIHCP’s Managed Health Care Consultant Certification program and CE courses see if it meets your academic and professional goals.  These programs are online and independent study and open to qualified professionals seeking a four year certification

Healthcare Facility Security: Why It Matters

Posted on by Joseph Gerard

A stethoscope over computer keyboard Written by Marchelle Abrahams,

One of the biggest challenges facing healthcare facilities these days is the rising number of security threats. Hospitals all over the world deal with physical threats, the risk of cyberattacks, and even problems with internal safety daily. In fact, the healthcare sector has quietly become one of the most targeted in the world.

The numbers tell the story. In 2024 alone, more than 250 million Americans had their health records compromised. As if that wasn’t bad enough, many nurses have said that they have experienced at least one incident of workplace violence in the past few months.

The message couldn’t be clearer: security is no longer a nice-to-have for healthcare facilities. It’s fundamental. If your facility isn’t protected, everything else is at risk. Patient trust. Staff morale. Daily operations. All of it.

So what does healthcare facility security look like in real life, and more importantly, how can you get it right? Let’s discuss.

What Security Means in Healthcare

When you hear “healthcare security”, you probably picture a guard at the front desk checking IDs. That’s a part of it, but it’s not all there is to it.

True healthcare facility security is multi-layered. As you already know, there will be a physical security guard at the front desk checking for IDs and watching out for trouble. You also have cameras, badge readers, and other forms of biometric security so that only authorized people can access certain areas. 

Then there’s occupational health and safety. This involves providing healthcare personnel with PPE, ventilation systems, as well as your protocols for handling biohazards.

Facilities also need safeguards for patient records, billing systems, and even medical devices. Why? Because a successful breach can cost facilities up to $7.42 million, according to the HIPAA Journal. Healthcare cybersecurity is non-negotiable.

If your facility is located in a rough neighborhood, healthcare safety means having the right legal safeguards and response plans in place.

Bottom line? Healthcare security isn’t just stopping threats. It’s keeping the entire system stable, safe, and running without a hitch.

Key Areas of Protection in Healthcare Facilities

So, what are the key security or protective measures that should be put in place? We already mentioned them briefly earlier. Let’s now go in-depth.

Physical Security

It starts with the physical security. This covers trained security personnel who check IDs and do bag checks. It also involves access control systems and CCTV surveillance that covers high-risk areas like ICUs, operating rooms, and drug storage facilities. 

The idea is that not everyone can go everywhere within the facility. But facilities are also moving beyond traditional bag checks and manual screening. 

Hospitals are now installing metal detectors like those used in airports. This trend has become even more popular since the Carilion Roanoke Memorial Hospital attack. On Christmas Day 2024, a man walked into the hospital’s trauma center with a hatchet and attacked a physician. 

He was able to carry out the attack because there was no system in place to detect the weapon. That’s changing. Systems like the CEIA OPENGATE detector allow people to walk through without stopping or removing personal items, while still detecting weapons like knives or firearms. 

According to GXC Inc., these detectors are fast, reliable, and less intrusive. And honestly, more practical in high-traffic environments.

Occupational Health and Safety

Your staff faces risks that go beyond angry patients. They also deal with exposure to biological hazards, chemicals, and infectious diseases. The COVID-19 pandemic was a real eye-opener. It showed just how vulnerable healthcare workers can be in these environments. 

That’s why healthcare security should also cover protection against these threats.

Let’s also not forget physical injuries from patient handling, as well as ergonomic strain from repetitive tasks. Hospital nurses are the most affected, with one source reporting that up to 83.9% of nurses experience symptoms of musculoskeletal disorders.

As a hospital admin, it’s on you to put clear policies in place. Not just on paper, but in practice. Proper lifting techniques, better equipment, and realistic shift structures can go a long way in reducing these risks.

Data and Asset Protection

We’ve already touched on the cost of healthcare data breaches. But honestly, the financial loss is just one part of the story. Think about the loss of reputation, as well as the legal consequences that will follow when patients’ personal information is stolen. And worse, sold on the black market.

This is a real and growing threat, and healthcare facilities need to take it seriously. At the very least, this means strong EHR security, firewalls, and encryption, and providing regular staff training on cybersecurity. These are non-negotiable basics. 

You may also want to consider taking on a cybersecurity expert. That could be an in-house role or an outsourced partner, depending on what makes sense for your setup. 

The goal is to ensure that patients’ information is safe within your system.

Protection in Conflict Zones

For facilities operating in rough neighborhoods or conflict zones, the stakes are even higher. 

In conflict zones, hospitals and medical facilities might have some leverage, but only just. And that wiggle room can be found in the Geneva Convention, which states that healthcare facilities are not to be attacked as long as they are fulfilling a medical function. 

But the truth is a lot different.

There are always attacks on healthcare facilities in these areas. In fact, health facility attacks intensified in the past couple of years, with more than 900 health workers killed in 2024 alone. 2025 was even worse.

Knowing that there’s a law somewhere protecting your facility is one thing, and it may not be enough. You need to have an actual security plan that reflects the risk to your facility.

The same thing applies if your facility is located in a rough neighborhood.

Why Security Is Critical in Healthcare

Maybe your healthcare facility has been enjoying people and tranquility, and now you’re wondering, “Why bother?” Here are three reasons to care.

  1. Patient and Staff Safety. First, it keeps people alive. Your patients and your staff. A secure facility has fewer injuries, fewer infections, and fewer incidents. People trust you more when they feel safe.
  2. Operational Continuity. Next, it keeps your doors open. A data breach can shut down your facility for weeks. A violent incident? It can also shut you down for weeks while the authorities investigate. Bottom line? Security failures cost money.
  3. Financial and Legal Exposure. According to the American Hospital Association, violence can cost healthcare facilities an estimated $18.27 billion. It might not be that much for your facility, but you get the picture. Without a proper security posture, you’re exposed both financially and legally.
  4. Reputation. Finally, it protects your reputation. It takes little to damage the reputation you’ve spent years building. One bad breach. One viral video of a fight in your waiting room. Suddenly, nobody trusts you anymore. Hospitals run on credibility. Lose that, and you lose everything.

Is Your Healthcare Facility Secure Enough?

Now that you know why security is important in healthcare facilities, ask yourself, is your security system secure enough?

The truth is that when your doctors and nurses feel safe, they provide better care. When patients feel secure, they heal faster. And of course, better patient outcomes speak well for your hospital.

So, investing in hospital security isn’t just an item in your budget. It’s an investment in your people, your patients, and your community.

Just like you wouldn’t run a hospital without electricity, don’t run one without real protection either.

Author Bio:
Marchelle Abrahams

Writer by day, dream catcher by night. Marchelle Abrahams cut her teeth during the infancy of the internet when the dial sound of the modem was more than a soundbite at a rave. Not a Millennial and not a Boomer, Marchelle is an in-betweener, making her a special breed of human. As a qualified journalist, Marchelle believes her superpower is stringing a few words together and people reading them. That, and the ability to take her kids on with her unique brand of gnarly comebacks

 

 

Please also review AIHCP’s Health Care Leadership Certification program and CE courses see if it meets your academic and professional goals.  These programs are online and independent study and open to qualified professionals seeking a four year certification

Cybersecurity in Healthcare: The Complex and Troubling Intricacies of Social Engineering Threats

Posted on by Joseph Gerard

Cybersecurity on a laptop.

By Lucy Peters

The healthcare industry has long been a favored target for cybercriminals. In 2024, the industry faced more cyberthreats “than any other critical infrastructure industry,” an American Hospital Association News article highlights the findings of the Federal Bureau of Investigation’s Internet Crime Report for that year. Ransomware is just one major threat, though these aren’t the only cyber-risks that the healthcare industry faces. While many may recognize common cybersecurity terms like ransomware and malware, social engineering threats can feel less familiar despite their potential for massive security disruption. Typically cloaked in a clever disguise, these cyberattacks largely depend on a victim’s human nature to attack and obtain access to valuable data, underlining an extra sinister side of cybersecurity that all professionals must be aware of.

 

The unsettling nature of social engineering

Many may conjure up an image of a lone hacker behind a cyberattack, furiously typing away as they unlock sacred information. Armed with elite skill and high-level know-how, bad actors are often depicted as “evil geniuses.” While this may be how some breaches occur, attacks that stem from social engineering utilize a much more unsettling approach. Rather than fall back on computer science know-how and hardcore skill, bad actors often use tactics that play on a victim’s human nature in order to achieve their goal.

There are a number of different ways that social engineering can drive a cyberattack through to success. Phishing is a majorly popular way that social engineering is put to work to extract valuable information from victims, often making use of specific wording that helps play into human psychology by appealing to a person’s emotions. An email from an illegitimate source that states an account is in danger and that action “must be taken now” is just one example in which a phishing scam may involve malicious social engineering. Business email compromise, or BEC, is another common type of social engineering strategy, in which hackers often trick victims by pretending to be a valuable figure within the company itself, from vendor to manager or even the CEO. BEC threats often use stolen yet legit credentials in order to pass through security measures, ultimately making these types of scams sophisticated and financially damaging in nature.

An IBM Think article titled “What is social engineering?” further explores the many faces in which such threats may take form, and why it often works out for cybercriminals. Aside from phishing, social engineering may take the form of ‘scareware,’ the article describing it as a sort of malware that induces fear into the victim, ultimately persuading them to share sensitive information or take an equally dangerous action. Another form highlighted by the article is ‘pretexting,’ in which a cybercriminal may tailor a scenario that caters to the victim and points to a sort of resolution via something that may look like “click here to resolve.” The IBM article goes on to point out that nearly every social engineering attack utilizes some sort of pretexting, making it necessary for professionals to understand how to identify in real-world application. Cybercriminals tend to find success in social engineering methods due to their simple yet manipulative nature. IBM explains this concisely: “They manipulate victims’ emotions and instincts in ways proven to drive people to take actions that are not in their best interests,” the article states.

 

The ramifications — a closer look

The healthcare industry is exceptionally connected, from sensitive patient records to financial information. While this makes it a “perfect” target for cybercriminals, it also illustrates the striking amount of damage that any attack can have. One 2025 TechTarget article by Jill Hughes highlights a number of some of the largest healthcare data breaches that were reported that year, all of which listed involved “hacking or IT incidents.” First listed is the Yale New Haven Health System, or YNHHS breach, which happened to impact 5,556,702 individuals and involved a “multimillion-record” breach. According to the article, an investigation by YNHHS brought to light that an “unauthorized third party had gained access to its network.” It’s important to note that while the breach did not involve any electronic medical records, vast amounts of personally identifying information were involved, underlining a significant concern for patients across the board.

Outside of the most commonly known risks associated with sensitive data and financial consequences, healthcare organizations and their patients can be affected in ways that may be less obvious upon first thought. Operational disruption or a strained infrastructure within a facility, for example, can heavily impact the patient experience. In addition to schedule disruption and long wait times, patients may fail to receive the care they may need at the moment, causing them to go elsewhere. Reputational damage is another major point of concern, as patients are likely to lose trust in a facility that falls victim to an attack — especially if it was preventable from the get-go.

While operational disruption wreaks havoc on the facility, professionals themselves may discover a variety of shortfalls in the meantime. Short-staffed and often made to rely on manual practices throughout an attack, healthcare workers can become overly stressed and overwhelmed, which can make one more prone to human error while on the job. A lack of preparedness on the facility’s part can lead to even more chaos, especially should employees feel unprepared or downright lost during a cyberattack. On the flip side, those that fall victim to a social engineering attack may face additional fallout. Based on the situation, an employee may require retraining, face investigation, and even disciplinary action. In some cases, an accidental incident may cause a facility to rethink their training altogether, instead opting to retrain the staff in an improved way.

 

Preparation will always set the tone 

Social engineering threats are intimidating, however, every healthcare professional plays a critical part in their prevention. Training is a major part of this, as education is crucial for employees to understand the risks and how to identify them straight on. However, in conjunction with the importance of upholding such knowledge and best practices, the healthcare industry plays a critical and powerful component in cybersecurity as a whole.

Preparation in the form of foundational security measures is an essential for any healthcare entity — while employees can be properly trained, threats can be complex and can continue to evolve. As such, developing an industry-wide mindset that accepts that human error or a high-tech threat may one day become a reality can be a great way to approach security framework measures. With this mindset, the industry can be more proactive with a vigorous security system that thinks ahead, rather than lags behind. A 2025 MSSP Alert article by Faisal Misle highlights several beneficial recommendations for healthcare organizations. Among the suggestions include the implementation of multi-factor authorization, the strengthening of email systems, and even the enlistment of an AI-driven threat detection system. Other suggestions include a comprehensive response plan, as well as routine training to maintain consistency. When coupled with other measures like routine security audits, healthcare organizations can take charge and adapt as necessary.

The unsettling nature of social engineering threats can make for a challenging security environment in healthcare. Through impactful training and foundational security measures, the healthcare industry can buckle down and proactively prevent threats.

 

Author bio

 

Lucy is a freelance writer who enjoys contributing to a range of publications, both in print and online. She spent almost a decade working in the care sector with vulnerable people before taking a step back to start a family and now focuses on her first love of writing.

 

 

Please also review AIHCP’s Health Care Management Certification program and CE Courses see if it meets your academic and professional goals.  These programs are online and independent study and open to qualified professionals seeking a four year certification

3 Signs a Patient’s Case Calls for Extra Vigilance 

Posted on by Joseph Gerard

Nurse working with the elderly who requires extra careWritten by Deepika,

Routine assessment of vital signs and visible symptoms. These two are by far considered to be the most common indicators of a patient’s improving or worsening state. However, healthcare professionals are blessed with something commonly known as ‘intuition.’ 

In many cases, it is this abstract and powerful force that helps recognize signs of deterioration. Exercising intuition and discretion is crucial, as they often decide a patient’s fate. This is especially true of those who do not fit into the regular criteria for high-risk patients. 

Do not fret if you also struggle in this area. This article will help you by sharing three signs of a patient requiring extra vigilance. They will help you prevent complications and ensure patient safety. 

Changes in Patient Narrative Over Time 

Charts and lab reports may fail to provide the answer that patient stories can. Alexandra Dubois, Senior Vice President of Patient Engagement for OPEN Health, says, “You have to honor the lived experience as a form of expertise.” 

It is indeed true that key opinion leaders and healthcare providers are often viewed as the best source of information. What needs equal, if not more, importance is to overlay the patient perspective. 

Storytelling is a powerful tool for patient communication. Since the narrative is usually emotional, it has the power to make a difference. Therefore, it’s a major sign that a case may need extra vigilance when a patient’s symptoms or cause of injury change over time. 

Now, changes do not automatically mean something is wrong. They may even affect the way a patient talks about their experience. A national analysis of over 65,000 medical malpractice cases found that 20% of them involved at least one documentation failure. 

Precise records are important, especially amid changing patient stories. So, what would good practices include? Look at the following: 

  • Write down patient statements clearly, even word-for-word. 
  • Note the time each new detail or symptom was reported. 
  • Avoid falling into assumptions about cause or intent. 
  • Let the care team know about any changes. 

Finally, even seemingly trivial changes in a patient’s symptoms often become useful clues to complications that may not have surfaced yet. A patient with mild pain in their abdomen may complain of similar discomfort in other areas. 

Simple as it may seem, such changes point towards underlying physiological issues or delayed side effects. Healthcare will only have the upper hand when changes in the narrative are tracked over multiple visits. 

Increased Requests for Detailed Records 

Every patient and their caregivers have the right to access health records. However, ongoing scrutiny may mean that the case requires extra vigilance from healthcare professionals. 

This doesn’t always translate into formal submission of records. Some patients may be highly critical, and their family could make repeated requests for clarification and details. For instance, in Colorado Springs, a city with a growing population of military families and outdoor enthusiasts, healthcare providers frequently care for patients recovering from accidents or injuries. 

Many of these patients are involved with critical documentation procedures, particularly when they sustain injuries due to someone’s negligence. In such cases, they often rely on a Colorado Springs personal injury lawyer for guidance after the incident. 

As the Springs Law Group notes, Colorado has specific laws related to auto insurance requirements and negligence that a local attorney understands. Even in such cases, the healthcare provider’s role remains clinical, but precise documentation is a must. 

As per 2024 national data, nearly two-thirds of patients in the US accessed their medical records online at least once. Many were repeatedly viewing their portals or verifying details. Patients who are critical or detail-focused often behave this way. 

Patient vigilance is one side of the story, but these situations demand no less from licensed healthcare professionals. For the latter, extra caution would imply the following: 

  • Maintaining clear chronological documents 
  • Recording patient statements without interpretation 
  • Clarifying instructions in a professional and neutral tone 
  • Sharing updates with the care team 

Growing Emotional Distress in Clinical Settings 

Healthcare professionals often come across patients whose emotions tend to become very volatile after a serious illness or injury. Traumatic Brain Injury (TBI) is one relevant example. It can affect emotions, especially when areas of the brain controlling emotions are impacted. 

In most cases, anxiety is among the first noticeable effects. Now, that’s not merely an emotional response. As per a 2025 survey, 40% of the participants experienced moderate to severe anxiety levels. Some of the contributing factors were health uncertainty, misinformation, and a perceived lack of control. 

Why would any changes in emotional or behavioral intensity call for extra vigilance? For starters, there are risks like medication errors or missed follow-ups lurking on the horizon. 

Anxiety also has its way of altering communication. On the surface, the patient may be acting “difficult,” but it could simply be the only way they know how to cope. Most importantly, what if anxiety impacts physiological recovery? In most cases, the mind and the body are interlinked, so you cannot neglect one without risking the other. 

Now, it’s vital to know which signs may be ignored and which require immediate assistance. Listed below are the signs that demand extra vigilance: 

  • Repeated requests to restate or reword previously communicated information 
  • Rising frustrations regarding symptoms or treatment plans 
  • Regular demands for written confirmation of findings 
  • Sudden expressions of fear or anxiety 

The minute emotional responses intensify, healthcare practitioners must communicate in a calm and neutral way. If anything, avoid absolute statements and speculative comments about prognosis like the plague. Simply segregate what’s been clinically confirmed and what awaits further evaluation. 

Healthcare providers must remember that even the smallest details can reveal important aspects of a patient’s care needs. In England, more than 800,000 patient safety events were recorded between July and September 2025. Many of these cases involved near-misses and preventable issues. 

Since subtle signs can have drastic implications, healthcare teams must always be on the lookout. Being paranoid is unwise, but turning signs into means for safer care? That is exactly what keeps patients safe and care practitioners a step ahead in the industry. 

Author Bio 

Deepika is a budding content creator who enjoys exploring various niches, be it lifestyle or healthcare. With a knack for breaking down complex topics, she strives to make information relatable and accessible to everyone. During her leisure, Deepika enjoys reading novels and practicing fine arts to keep her creativity alive.

 

 

Please also review AIHCP’s Health Care Manager Certification program and see if it meets your academic and professional goals.  These programs are online and independent study and open to qualified professionals seeking a four year certification

How Clinicians Assess Plantar Heel Pain Efficiently

Posted on by Joseph Gerard

Shot of confident young female doctor reviewing the patient's medical history on her digital tablet while standing in the consultation.Written by Harry Wolf,

Plantar heel pain… When clinicians evaluate this, they rely on structured assessment methods to identify symptom patterns, determine underlying causes, and guide effective treatment. 

By combining patient history, physical examination, functional testing, and selective imaging, practitioners can accurately differentiate plantar fasciopathy from other conditions – and develop targeted management strategies.

Clinical Interviews and Patient History

A thorough clinical interview is one of the most efficient ways in which clinicians begin evaluating a patient’s plantar pain. It is foundational to building a clear diagnostic pathway. 

This step allows clinicians to collect information that reveals:

  • Symptom characteristics.
  • Functional limitations.
  • Potential contributing factors. 

In settings that prioritize accuracy and efficiency, gathering patient history early on ensures that later assessments are targeted and relevant. Thus, the need for unnecessary testing or redundant procedures is reduced.

Asking Questions

Clinicians typically begin by having the patient describe the onset and progression of their heel pain. 

(As you may know: plantar fasciopathy commonly develops gradually.) 

Many patients report that their symptoms began after an increase in:

  • Standing time.
  • Walking distance.
  • Repetitive impact activities. 

Understanding whether the symptoms emerged suddenly or progressively helps clinicians distinguish between soft tissue irritation, structural injury, and conditions that may have systemic origins. 

And patients are often asked to describe specific behaviors of their symptoms throughout the day. 

The classic morning pain pattern associated with plantar fasciopathy is an important diagnostic clue. And identifying whether symptoms improve with initial movement offers additional clinical value.

Another key line of questioning focuses on occupational and lifestyle factors. 

Individuals who stand on hard surfaces for extended periods – such as food service workers or manufacturing employees – tend to experience increased mechanical stress on the plantar fascia. 

Similarly, athletes who abruptly change their training volume – or footwear – may develop symptoms that are related to overload. 

By clarifying such details, clinicians can determine whether daily load patterns are consistent with typical presentations of plantar heel pain.

Looking at Medical History

Clinicians also review the patient’s medical history – to assess whether underlying health conditions could contribute to symptom development or delayed tissue healing. 

Conditions such as diabetes, rheumatoid arthritis, thyroid dysfunction, or chronic obesity can influence how tissues respond to mechanical stress. 

Patients may also have a history of lower extremity injuries, gait alterations, or previous foot conditions that lead to compensatory movement patterns.

Noticing Red Flags

In addition to individual factors, clinicians look for red flags that require further evaluation. 

These include:

  • Progressive neurologic symptoms.
  • Night pain that is unrelated to activity.
  • Unexplained swelling.
  • Bilateral symptoms without clear mechanical triggers. 

Identifying such findings early on plays an important role in determining whether referral or additional testing is necessary.

The clinical interview gives clinicians a solid foundation to guide physical examination, functional testing, and imaging decisions.

Physical Examination and Palpation Findings

Physical examination… It is a critical step in diagnosing plantar heel pain, as it provides objective data that directly confirms or challenges the initial impressions formed during the interview. 

Efficient assessments typically begin with:

  • Palpation.
  • Range of motion testing.
  • Observation of basic functional movements. 

Each of these components helps clinicians identify whether symptoms align with plantar fasciopathy or another condition.

Palpation of the proximal plantar fascia at the medial calcaneal tubercle is one of the most widely recognized and reliable diagnostic indicators. Patients with plantar fasciopathy typically experience sharp, localized tenderness at this point. 

The study entitled “Medical imaging for plantar heel pain: a systematic review and meta-analysis,” published by the National Library of Medicine, describes this specific palpation finding as one of the most reproducible markers for diagnosing plantar heel pain. 

By confirming localized tenderness, it becomes easy to differentiate plantar fascia involvement from nerve entrapment, fat pad disorders, or bone-related conditions.

As well as focal tenderness, clinicians evaluate soft tissue texture. They note any thickening, swelling, or irregularities along the fascia. 

These tissue changes often indicate adaptive responses to repeated mechanical stress. 

And palpation along the arch and into the midfoot can reveal whether symptoms are isolated or part of a broader mechanical pattern.

Range of motion assessment complements palpation findings and helps clinicians determine whether mechanical restrictions contribute to the patient’s symptoms. 

Visual inspection of foot posture during standing may also reveal pes planus or pes cavus tendencies – both of which influence plantar fascia loading.

In some cases, clinicians also evaluate whether patients are using external devices to support the foot. 

This may include footwear modifications or the use of medical-grade Plantar Fasciitis orthotics, which not only cushion the heel but also correct the strain on the plantar fascia band.

Medical-grade insoles address the specific biomechanical issues that cause an individual’s plantar fasciitis.

Functional Tests and Mechanical Loading Response

Functional testing provides real-time insight into how the plantar fascia responds to mechanical stress – making these tests highly valuable in an efficient diagnostic process. 

Clinicians use functional movements to determine whether symptoms are consistent with plantar fasciopathy and to assess the overall lower extremity performance. 

Functional tests not only help confirm a diagnosis. They also guide treatment planning by revealing strength deficits, mobility limitations, or altered movement patterns.

The Windlass Test

You may be aware of the windlass test. It is one of the most important and commonly used functional assessments for plantar heel pain. 

By dorsiflexing the great toe and tensioning the plantar fascia, clinicians can provoke symptoms in individuals with plantar fasciopathy. 

A positive windlass test supports the diagnosis, especially when combined with the focal tenderness identified during palpation. 

The windlass test is particularly useful when symptom reproduction is immediate and localized.

Heel Squeeze Testing

Clinicians use the heel squeeze test to rule out calcaneal stress fractures.

This involves compressing the heel medially and laterally to assess for deep bone pain. 

Stress fractures, unlike plantar fasciopathy, typically produce a sharp, deep ache when this test is performed. 

A negative heel squeeze test supports a soft tissue origin of symptoms – whilst a positive test helps clinicians determine whether imaging may be necessary.

Activity-Based Provocation Tests

Activity-based tests include heel raises, single-leg balance, and step-down movements. Each of those tests challenges the plantar fascia differently. 

Clinicians observe how the patient performs these tasks – looking for abnormal weight shifting, pain triggers, or endurance deficits. These assessments help identify whether the plantar fascia can tolerate functional loading – or whether certain movements consistently reproduce pain.

Also, clinicians often assess whether repetitive loading worsens symptoms over time. For example, performing several consecutive heel raises can reveal fatigue or compensatory mechanics that do not appear during isolated movements. 

This process helps clinicians identify whether strengthening, flexibility, or movement retraining should be prioritized when creating a treatment plan.

Integrating Functional Testing Into Diagnostic Reasoning

Functional testing enables clinicians to compare the involved foot with the contralateral limb. Differences in balance, strength, or movement quality often highlight biomechanical contributors – that are not visible during static assessments. 

These insights help determine whether plantar fasciopathy is linked to broader kinetic chain dysfunctions, such as:

  • Weak hip stabilizers.
  • Limited leg flexibility. 

Functional tests, therefore, enhance both diagnostic accuracy and treatment efficiency.

Imaging and Evidence-Based Diagnostics

Although plantar fasciopathy is typically diagnosed through clinical examination, imaging plays an important role – when symptoms do not improve as expected or when the diagnosis remains uncertain, that is. 

Clinicians use imaging selectively to:

  • Confirm soft tissue changes.
  • Identify structural abnormalities.
  • Rule out alternative conditions.

Ultrasound is often the first imaging choice – due to its convenience, affordability, and ability to visualize soft tissue structures. 

Clinicians can measure plantar fascia thickness, identify hypoechoic regions, and assess the presence of perifascial fluid. 

According to a study published by the National Library of Medicine, ultrasound findings closely correlate with symptomatic presentations, making it a useful tool in confirming the diagnosis.

And radiographs can help clinicians rule out bone abnormalities. 

MRI is reserved for chronic, persistent, or complex cases that require detailed visualization of both soft tissue and bone. MRI can identify: partial tears, chronic degeneration, or bone marrow edema. 

So, these steps should be taken:

  • Ultrasound.
  • Radiographs.
  • MRI.

Even when imaging is used, efficient clinicians rely primarily on physical examination and patient interviews to drive diagnostic decisions.

Differential Diagnosis and Condition Classification

Differential diagnosis is essential for efficiently identifying plantar fasciopathy – among the many conditions that can cause heel pain. 

Because several disorders share overlapping symptoms, clinicians systematically compare findings from the interview, physical examination, and functional testing – to distinguish between them.

Neuropathic conditions, such as Baxter’s nerve entrapment, often produce burning sensations or radiating pain that is not typical of plantar fasciopathy. 

Clinicians test for nerve tension, sensory changes, and symptom patterns unrelated to mechanical load to identify these presentations.

Mechanical conditions (such as fat pad atrophy) create diffuse heel pain that worsens on hard surfaces, contrasting with the localized tenderness characteristic of plantar fasciopathy. 

Gait observation and palpation help differentiate these conditions effectively.

Inflammatory or systemic conditions may require laboratory testing when patients have issues like bilateral heel pain or prolonged morning stiffness – or symptoms that extend beyond typical mechanical patterns. Identifying these cases early on ensures appropriate referral.

Condition Classification

Clinicians often classify plantar heel pain into phases such as:

  • Acute.
  • Subacute.
  • Chronic. 

This classification helps guide treatment intensity and expectations for recovery. 

Acute symptoms may require load reduction and symptom management, while chronic symptoms typically benefit from progressive loading, movement retraining, or supportive strategies that address long-term biomechanical patterns.

Evidence-Supported Approaches

Research published by MDPI highlights this: clinicians using structured classification systems demonstrate greater efficiency and diagnostic confidence. 

By integrating classification into differential diagnosis, practitioners can streamline both evaluation and the planning of treatment.

The Bottom Line

Clinicians assess plantar heel pain efficiently by combining:

  • Thorough patient interviews.
  • Targeted palpation.
  • Functional testing.
  • Selective imaging. 

These strategies allow practitioners to differentiate plantar fasciopathy from other conditions, classify symptom stages, and guide evidence-based interventions. 

Author bio: Harry Wolf is a freelance writer. For almost a decade, he has written on topics ranging from healthcare to business leadership for multiple high-profile websites and online magazines.

References

  • Mayo Clinic Staff, Plantar fasciitis, Mayo Clinic, 2023.

https://www.mayoclinic.org/diseases-conditions/plantar-fasciitis/symptoms-causes/syc-20354846

  • Rodseth, Merinda, Bell, Jess, Jackson, Kim, Jaraczewska, Ewa, Ogunleye, Olajumoke, Saban, Bernice, Assessment of Plantar Heel Pain – A Literature Review, Physiopedia.

https://www.physio-pedia.com/Assessment_of_Plantar_Heel_Pain_-_A_Literature_Review

  • Unauthored, How should I assess a person with suspected plantar fasciitis?, National Institute for Health and Care Excellence, 2024.

https://cks.nice.org.uk/topics/plantar-fasciitis/diagnosis/assessment/

  • Nweke, Tonyclinton C., Comprehensive Review and Evidence-Based Treatment Framework for Optimizing Plantar Fasciitis Diagnosis and Management, National Library of Medicine, 2025.

https://pubmed.ncbi.nlm.nih.gov/40717873/

  • Drake, Chris, Whittaker, Glen A., Kaminski, Michelle R., Chen, John, Keenan, Anne-Maree, Rathleff, Michael S., Robinson, Philip, Landorf, Karl B., Medical imaging for plantar heel pain: a systematic review and meta-analysis, National Library of Medicine, 2022.

https://pubmed.ncbi.nlm.nih.gov/35065676/

  • Alnefaie, Abdulmajeed Muhaysin, Alzahrani, Hosam, Alshehri, Mansour Abdullah, Physiotherapy Management of Plantar Fasciitis: A National Cross-Sectional Survey in Saudi Arabia, MDPI, 2025.

https://www.mdpi.com/2077-0383/14/13/4584

  • Akhtar, Amir, Baxter’s Nerve Entrapment, My MSK Clinic.

https://mymskclinic.co.uk/baxters-nerve-entrapment/

 

Please also review AIHCP’s Health Care Manager Certification program and see if it meets your academic and professional goals.  These programs are online and independent study and open to qualified professionals seeking a four year certification