Nursing News

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

Medication Side Effects Nurses Should Never Overlook 

Posted on by Joseph Gerard

Stethoscope Over Malpractice Wooden Block On White Desk In Front Of Gray Background

Written by Marchelle Abrahams

Jane Ryde started keeping a record of her husband’s erratic behavior when he was put on Pramipexole to treat his Parkinson’s. The drug falls under a group called dopamine agonists. Prescribed for other conditions such as restless legs syndrome (RLS), it increases dopamine activity and overstimulates the brain’s reward system.

In her husband’s case, the impulsive behavior manifested as addiction to pornography. When she read about the side effects, doctors assured her it was “uncommon.” But her husband’s heightened sexual urges proved otherwise.

Ryde tells the BBC that her late partner would have been “horrified” by his own behavior. “You have to go into these things with your eyes open. If you’re not given the details, you don’t know what to look out for.” – Jane Ryde.

Side effects that have been deemed “uncommon” or “rare” should no longer be treated as such. When a patient presents an ailment that doesn’t correlate with their illness or diagnosis, the next step is to take a closer look at their medication.

Below, we’ll discuss medication side effects nurses should never overlook.

Pramipexole

Following a BBC probe into the side effects of Parkinson’s medications, the Medicines and Healthcare products Regulatory Agency (MHRA) decided to take a closer look. 

The BBC’s investigation found that around one in six people with Parkinson’s disease who take these medications develop impulse control disorders (ICDs). This tracks another 2021 study published in Frontiers in Psychiatry.

Impulse Control Disorders

Study researchers concluded that as understanding of ICDs grows, more personalized and effective treatment strategies should be developed. 

Studying ICDs in people with Parkinson’s disease may also offer valuable insights into the biology of addiction. 

Biologic Drugs 

Biologic drugs are used to treat autoimmune diseases and other chronic conditions. Unlike traditional medications, biologics are made from living cells or organisms rather than through chemical synthesis. 

A Boston optometrist noticed their patients had similar ocular complications. They had one thing in common: biologic drug prescriptions.

Dr. Sarah Lopez, an assistant professor at the University of California, tells Healio that when a patient develops new or unexplained symptoms, nurses should review their medication list, as a biologic drug may be the underlying cause. 

Most biologic medications can be identified by their names, which  end in -mab, -cept, -fusp, or -kin, or include the word “interferon.”

Mirvetuximab  

About 59% of patients on mirvetuximab experience side effects, such as dry eyes and sensitivity to light. Tisotumab has a similar rate, although it is more likely to affect the conjunctiva than the cornea. 

Patients with dry eye disease often complain of scratchiness, eye irritation, burning eyes, itchy eyes, and blurry vision. It’s also advisable that patients stop wearing contact lenses while being treated with antibody-drug conjugates. 

Mountain View Optometry advises patients to seek treatment for dry eye symptoms as it can develop into an eye infection.

Statins

Touted as a miracle that lowers cholesterol, statins have indeed saved millions of lives. They’ve reduced the risk of heart attacks and strokes. However, recent research has brought the effectiveness into question. Namely, the side effects.

Muscle pain. Weakness and exercise intolerance. These are the trade-offs some patients report. Medical X Press reports that a recent McMaster University study may have uncovered the “why”.

It paves the way for future treatments that could make statins easier to tolerate without reducing their heart-protective benefits. 

Challenging Conventional Wisdom

The study identified an immune and metabolic pathway that appears to drive statin-related muscle damage. It challenges previous assumptions about how these side effects occur. 

According to senior author Professor Jonathan Schertzer, statin-associated muscle symptoms affect an estimated 7% to 29% of people taking these medications. 

Researchers have long known that statins can sometimes cause muscle problems, but the biological reasons behind these side effects have remained unclear until now. 

GLP-1 For Weight Loss

The popularity of Glucagon-like peptide-1 (GLP-1) receptor agonists has soared in recent years. Originally developed for type 2 diabetes mellitus, GLP-1s are also licensed for weight loss. 

However, it appears that Ozempic face isn’t the primary side effect with prolonged use.

Lesser-Known Side Effects

Digestive problems account for about half of all side effects reported to the UK’s MHRA through the Yellow Card Scheme for tirzepatide, semaglutide, and liraglutide.

An April 2026 study published in Nature suggests that some patients may be genetically more likely to experience nausea or vomiting while taking these medications.

Skin and nervous system side effects are also commonly reported. In people using semaglutide to manage diabetes, dysesthesia has since been added to the drug’s list of known side effects.

We can’t talk about medication side effects without mentioning the foundation of medication administration. The two are intricately connected.

The ‘5 Rights’ of Medication Administration 

All nurses are taught this module in nursing school. Right patient. Right drug. Right dose. Right route. The right time still holds weight.

Developed to reduce medication errors and make drug administration safer, these principles have long been a cornerstone of clinical practice. Yet medication errors occur, showing that a more comprehensive approach is needed. 

Currently, the FDA receives more than 100,000 reports annually associated with suspected medication errors. As a nurse, you should consider the following:

Similarly Named Medications 

Similar names. Different effects. That mistake can cost you dearly. 

To reduce confusion, prescribers should use full generic drug names. Include the reason for the prescription. Document orders clearly to prevent errors caused by poor handwriting or abbreviations. 

Dosing

Nurses must use the correct units when calculating medication doses to avoid potentially life-threatening errors. For example, administering 5 mL of morphine at a concentration of 20 mg/mL instead of the prescribed 5 mg could be fatal. 

The Institute for Safe Medication Practices (ISMP) stresses that patient weight must be measured and documented in metric units (kilograms or grams).  

FAQs

1. Why should nurses pay close attention to medication side effects?

Medication side effects can sometimes be mistaken for new illnesses or worsening disease. 

2. Which medication side effects are most commonly overlooked?

Some of the most commonly missed side effects include impulse control disorders linked to dopamine agonists. Dry eyes and light sensitivity caused by certain biologic drugs. Muscle pain from statins. Digestive and skin symptoms associated with GLP-1 medications. 

3. When should dry eyes raise concerns?

Dry eyes may seem like a minor complaint, but they can be a side effect of biologic medications such as mirvetuximab.

4. How can nurses reduce the risk of medication-related harm?

Following the “Five Rights” of medication administration remains essential. Nurses should also verify generic drug names. Document patient weight in metric units. Watch for unexpected symptoms after new medications are prescribed.

 

Medication Side Effects: Key Statistics 

Stat Figure Source
Reports of suspected medication errors received annually by the FDA  100,000+  FDA
Parkinson’s patients taking dopamine agonists who may experience impulse control disorders  1 in 6 (17%)  Frontiers in Psychiatry
Patients taking mirvetuximab who experience eye-related side effects  59% Healio.com
People taking statins who experience muscle-related symptoms  7%–29%  McMaster University study

 

Foundational Principles

The universal ethic of nursing is built on the “Six Cs of Caring”: Compassion, Competence, Confidence, Conscience, Commitment, and Comportment. 

As long as you follow this mantra and the 5 Rights of Medication Administration, you will be one of the first to spot when something is wrong. A patient may dismiss something as simple as a tremor. You know better. And chances are, you’ll also know the culprit.

Author bio

Writer by day, dream catcher by night. Marchelle Abrahams cut her teeth in the infancy of the internet when the dial-up 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 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

Is a BSN to MSN Worth It? Real Talk for Nurses in 2026

Posted on by Joseph Gerard

doctor holding stethoscopeWritten by Agwalogu Bob,

Healthcare is evolving. Facilities are adopting new tools, patient-centered care is becoming important, and technologies like data analytics and AI are increasingly becoming a normal part of clinical workflows. Because of this, and many other changes happening across the industry, the demand for nurses with advanced qualifications has never been greater.

If you’re a registered nurse who already holds a Bachelor of Science in Nursing (BSN), this could be your opportunity to step into leadership. But it also means going back to school for your master’s degree.

As of 2024, more than 17% of nurses in the U.S. held a master’s degree, meaning you’d be joining a growing group of highly qualified professionals. But the real question isn’t how many nurses are doing it. It’s whether you should.

Read on to find out whether investing in an MSN is worth it for nurses who already have BSNs in today’s landscape.

What Is a BSN to MSN Program?

A BSN to MSN program is one of the most direct ways to earn a Master of Science in Nursing as a registered nurse. Since you already have a Bachelor of Science in Nursing, you can progress into graduate-level nursing education and advanced practice preparation without starting from scratch.

Most of these MSN programs run about 1.5 to 3 years, and many of them are offered entirely online. This is a big deal for working nurses who can’t just quit their jobs and sit in a classroom.

When you do a BSN to MSN program, you don’t just get to earn a generic master’s degree. You choose a specific track that aligns with your career goals.

Common MSN specializations include:

  • Adult-Gerontology Nurse Practitioner
  • Clinical Nurse Leader (CNL)
  • Family Nurse Practitioner (FNP)
  • Nurse Educator
  • Nursing Administration and Leadership
  • Psychiatric-Mental Health Nurse Practitioner (PMHNP)

This mix of online flexibility and specialization means that you can tailor your education toward specific advanced practice or leadership roles.

What are the Benefits of Getting an MSN?

No one goes back to school simply because they enjoy doing assignments. So, what are the upsides if you decide to go for an MSN after your BSN? Here are the top ones.

Higher Salary Potential

The financial ROI is possibly the biggest driving force. While the salary of registered nurses is pretty decent, an MSN unlocks a whole new level of earning power.

According to the U.S. Bureau of Labor Statistics, advanced practice registered nurses (APRNs), who are typically MSN holders, earn significantly more than traditional registered nurses. In fact, 2024 U.S. BLS data show that most of these professionals earn more than $132,000 per year.

More Career Opportunities

If you’re tired of 12-hour floor shifts or want to move beyond bedside nursing, an MSN degree is your ticket.

Once you earn your MSN degree, you’re one step closer to nursing leadership and administration roles where you oversee entire departments. You could also transition into teaching through an MSN nurse education online program if that’s where your passion lies.

According to Walsh University, this program expands your understanding of clinical procedures, nursing skills, and clinical reasoning, allowing you to positively impact the future of nurse teaching.

Greater Autonomy and Responsibility

As a regular nurse, you know the reality of always having to wait on a physician or someone more senior for every minor order change. 

Earn an MSN, and you can have greater autonomy and clinical responsibility. In many states, as an advanced practice nurse, you can evaluate patients, diagnose illnesses, order tests, and prescribe medications completely on your own.

Strong Job Demand

Demand is another big reason to consider a BSN to MSN program. With a Master’s in Nursing, you are open to a wide range of nursing specializations, including options in education. It’s just a matter of picking an in-demand specialization that matches your passion.

Additionally, the U.S. BLS predicts that nurse practitioner roles will be one of the fastest-growing in the country, with 40% more employment than other occupations. This strong outlook means that with your MSN, your career is essentially future-proof.

The Downsides of BSN to MSN

It will be wrong to paint the picture that doing a BSN to MSN program is without challenges. It has. Here’s what you should look out for:

  • Tuition and Financial Costs: The honest truth is that graduate nursing school is expensive. Even with employer reimbursement programs, many nurses still take on loans. And even though many MSN specialties lead to a dramatic salary increase, it doesn’t happen overnight.
  • Time Commitment: Working while studying is tough. There’s really no soft way to say it. Even if you’re doing the online approach, you still have to balance your shifts, family responsibilities, clinical rotations, exams, and more. Some nurses manage beautifully. Others struggle hard.
  • Increased Stress: MSN comes with increased autonomy and responsibilities. The problem is that some of these roles bring higher stress. You have to deal with difficult decision-making, administrative pressure, legal liabilities, and even burnout risks.

Burnout, in particular, is a really big issue among nurses. The Journal of Emergency Nursing reveals that more than 10% of registered nurses globally have experienced burnout at one time or another.

So, does that mean you shouldn’t consider advanced nursing qualifications? Definitely not. Listing out these challenges helps you prepare for them.

Factors to Consider Before Enrolling in an MSN Program

So, how do you know whether an advanced qualification in nursing is a good idea or not? While the yardstick is different for everyone, before applying, answer the following questions:

  • Do you actually want the daily duties of an MSN role?
  • Can you afford the program?
  • Does your current employer offer any form of tuition support?
  • Will a degree program fit around your current shifts?

Also, if you can, talk to other nurses who have already earned their MSN, especially alumni of the schools you’re considering.

FAQs

Is it better to have a BSN or an MSN?

It depends. If you want to do direct patient care but take on minimal leadership responsibilities, then a BSN is enough. However, if your long-term goals involve advanced specialization and practice, decision-making leadership, or nursing education, then you definitely need an MSN.  

What can you do with an MSN that you can’t do with a BSN?

There are many different things you can do as a nurse with an MSN that you can’t do with just a BSN. The most important is full practice authority. This means that you have the authority to diagnose conditions, interpret the diagnosis, and even begin treatment without waiting for a physician.

Do MSNs get paid more than BSNs?

Absolutely. While a registered nurse with a bachelor’s degree definitely earns a good salary, a nurse with an MSN earns more. The U.S. BLS puts this figure at $132,000+ per year as of 2024.

Key Figures at a Glance

Context Figures
Nurses in the U.S. holding a master’s degree 17%+ as of 2024
Median annual salary for MSN holders $132,000+
Projected job growth of nurse practitioners 40%
Nurses experiencing burnout globally 10%+
Typical MSN program length 1.5 – 3 years

So, is a BSN to MSN Worth It?

For the right nurse, with the right goals? Yes. But BSN to MSN isn’t for every nurse.

Unsure about your long-term direction? Then spend some more time as a registered nurse with a BSN. Once you’re certain of your future, you can then make your move with confidence.

 

References

Robert Rosseter. (2026). Nursing Workforce Fact Sheet. American Association of College of Nursing. Retrieved from the AACN website.

  1. S. Bureau of Labor Statistics. (2025). Nurse Anesthetists, Nurse Midwives, and Nurse Practitioners. Retrieved from the U.S. BLS website.

American Association of Nurse Practitioners (AANP). (2025). Issues at a Glance: Full Practice Authority. Retrieved from the AANP website.

  1. S. Bureau of Labor Statistics. (2025). Fastest Growing Occupations. Retrieved from the U.S. BLS website.

Valdez A. (2024). Journal of Emergency Nursing. Burnout or Exploitation? Resiliency is Not the Solution. Retrieved from jenonline.

 

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 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

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

3 Key Takeaways from Urban Accident Data for Healthcare Professionals 

Posted on by Joseph Gerard

ER doctors rushing a patient into a hospital roomwritten by Deepika,

All roads deserve equal quality of construction, but that statement is still an idealistic one. Reality bears testament to the unparalleled performance and function of urban roads. In that sense, the United States presents a tough challenge to its counterparts. With over 4 million miles of roadway, the country boasts the world’s largest road network. 

Sadly, such a feat almost gets nullified when one thinks about how unsafe urban roads across the US are. Up until 2015, rural roads were deadlier. From 2016 onwards, urban roads have maintained a notorious reputation for accidents and fatalities. 

Shockingly, pedestrians and cyclists tend to suffer severely, with 20% of all annual fatalities belonging to these categories. For healthcare professionals, these stats carry vital insights into changing injury patterns and community health programs. 

Since public health specialists and nurses encounter the consequences of road collisions almost daily, there’s much to learn from current urban accident data. This article will share three key takeaways that can help strengthen clinical practice and public health efforts. 

 

Initial Assessment May Not Reveal Long-Term Injury Impact 

A significant number of accident-related deaths do not happen on the spot. They do not even occur immediately upon hospitalization, but are a result of neglecting the long-term injury impact. Even if death is not in the picture, many symptoms appear later on. 

One documented case is that of a 21-year-old man involved in a car crash. Initially, no obvious internal injury was detected. However, he returned two days later with abdominal pain and vomiting. Scans revealed free air in the abdomen and fluid in the pelvis. 

Further surgery showed a rupture in the sigmoid mesocolon, causing ischemia and perforation. The patient had to undergo additional surgery, eventually being discharged after 20 days. This case was one of delayed manifestation over 48 hours, but trauma science would categorize it as an early delayed presentation. 

There are injuries that surface weeks or months later, sometimes with serious long-term consequences. For instance, consider Atlanta, Georgia, a US city infamous for dangerous roads and compromised driver safety. In a metropolitan where traffic-related deaths outpace homicides, it’s not uncommon for victims to suffer from injuries that show their full effect in the long run. 

With this downside, there are also insurers to worry about. As the Atlanta Personal Injury Law Firm notes, insurance companies often get the injured individual to sign off on settlements for injuries that prove to be far worse later. By that time, the injured’s life is permanently changed through no fault of their own. 

While legal matters fall outside the scope of clinical care, the reality emphasizes why accurate documentation and conservative discharge planning are essential. Based on urban injury patterns following an accident, healthcare providers should:

  • Document an injury thoroughly rather than initial symptoms 
  • Provide clear written instructions about delayed neurological or musculoskeletal symptoms 
  • Encourage follow-ups even when imaging results are initially negative 
  • Consider close observation in cases that involve high-force impact 

 

The Nature of the Impact Should Guide Clinical Suspicions 

Since not all crashes impact the injured the same way, they seldom produce predictable injury patterns. Take the example of cyclists and pedestrians we mentioned in the intro. Despite making up a smaller percentage of road users, they are the most vulnerable should an accident occur. 

Without any structural protection, these two categories of individuals often sustain impact in a way that predisposes them to serious internal injuries. Different injury mechanisms carry different risks, which is why it’s important to let the type and force of the impact itself frame the diagnostic process. 

A compelling case recorded in 2024 was that of a 66-year-old woman involved in a bicycle collision. She initially displayed signs of a fractured clavicle due to blunt force trauma, with no neurological symptoms. It was only after six weeks of the accident that her progressive pain and weakness were found to be the result of cervical epidural hematoma. 

So we see how a seemingly stable situation turned out to be a potentially life-threatening condition. With delayed complications, there is something far deeper at play with the injury mechanism itself. Even though the injury itself was a clavicle fracture, the mechanism involved cervical force transmission. 

In other words, the blunt force traveled through the neck and along the upper part of the spine. Healthcare professionals cannot afford to let even a localized fracture slide by. Coming back to the two most vulnerable groups, the impact on these does not dissipate through a vehicle frame. 

Not only does it transfer directly to the body, but the head, neck, and spine often absorb the most force. Since mechanism is a risk multiplier, healthcare professionals can take the following actionable steps:

  • Document the entire mechanism in detail, including the direction of impact, whether the patient flew to a distance, and if the head or shoulder was struck. 
  • Educate patients about worsening symptoms, new weaknesses, and numbness or tingling, so they can report them at the earliest. 
  • Schedule reassessments, especially if the impact was high-force and anticoagulation was involved. 
  • Never rely on the most obvious cause or the patient’s immediate complaint. 

 

Oversimplification of Crash Events Is a Real Danger 

In the previous section, we magnified the risks associated with pedestrians and cyclists. That doesn’t mean the victims of car accidents leave unscathed. The real danger for them is that of oversimplification of crash events. 

In many cases, pedestrian and cyclist injuries may be visibly severe depending on the impact. Car occupants may be labeled as ‘minor’ cases, mainly because they’re believed to benefit from seatbelts, airbags, and crumple zones. 

While this may create an impression of containment and safety, it’s often only a distortion of reality. In a 2025 case, a man in his seventies was involved in an auto crash that initially appeared to be minor. In the emergency department, only a small laceration to the forehead was discovered. 

He was discharged after a routine evaluation. When he returned the next day with left-hand paresthesia, the assessments that followed revealed a cervical spine fracture. Again, we see the previous two points at play, but this time, in the case of an auto crash that even seemed minor. 

Modern vehicles are indeed designed to absorb and redistribute impact. However, healthcare professionals must remember that terms like ‘low-speed impact’ or ‘minimal vehicle damage’ are for insurance and police reporting purposes. They can never be reduced to determine a crash victim’s condition. 

For car occupants, the danger is not the crash itself, but in allowing the narrative around it to dictate clinical decisions. Based on what we’ve discussed, here’s what health specialists can do:

  • Without fail, separate the crash narrative from the patient assessment process. 
  • Ask relevant, physics-oriented questions that clarify the use of restraints, sudden deceleration, or airbag deployment. 
  • Resist the assurance that comes from the appearance of the vehicle post-accident. 
  • Be extra cautious in the case of older adults. 
  • Ensure multiple examinations are done over a specified period for maximum assurance. 

Developing neat and convenient crash description phrases may work for insurance adjusters and vehicle repair services. Since medicine deals with physiology, mere paperwork is futile. 

In a nutshell, no accident is ever just a ‘fender bender’ for healthcare. No matter who the victim is or what their immediate state is, healthcare providers are obliged to dig deeper. The data and trends this article has discussed can help you resist shortcuts and take the highway of true clinical assessment. That’s the key to making safer and smarter decisions for desired patient outcomes. 

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

Living With Perimenopause: Practical Support for Changing Body and Emotions

Posted on by Joseph Gerard

Nurse, portrait or laptop with medical student books, research education studying or hospital learning university. Smile, happy or healthcare woman with technology in scholarship medicine internship.Written by Dr. Sci. Jelena Veličković,

Every year millions of women experience perimenopause as a major biological transition; however, this time is often misinterpreted or regarded with low importance by society and healthcare providers. The cyclical change in estrogen and progesterone levels experienced during this time influences almost all of the major systems in the body, such as temperature regulation, cognition, sleep, and mood changes, and some aspects of cardiovascular and lipid metabolism (Santoro, 2016). Perimenopause is even more unpredictable since body changes occur in varying levels of severity from one month to another. This is a natural biological event, but it is not necessarily an easy or insignificant one since it tends to influence daily living for many women. Taking women’s experiences seriously can make the difference between care that helps and care that dismisses what they are going through.

What is Perimenopause?

Perimenopause is the transitional phase leading up to menopause, experienced between the ages of 40 and 50. However, it can begin earlier or later for some women. During the phase, there is more variability in the levels of estrogen, progesterone, FSH, and LH. This is far more unpredictable than the pre-reproductive phases of estrogen or the phases of estrogen that occur after menopause (Talaulikar, 2022).

Menopause is diagnosed retrospectively after 12 months of amenorrhea, whereas perimenopause is a dynamic process that takes longer between four to ten years with more variability in the pattern of menstruation as well as hormone secretion patterns (Harlow et al., 2012). A Staging of Reproductive Aging Workshop (STAW +10) proposes markers for early or late perimenopause through variations of menstruation pattern length or endocrine features, allowing practitioners to classify women for stages of reproductive aging. This is all related to the physical discomfort that women may go through as their ovaries become less active with the onset of perimenopause. These endocrine changes affect thermoregulation, neurotransmitter activity, circadian rhythms, cardiovascular function, and lipid metabolism.

Physical Symptoms of Perimenopause

Even though every woman’s experience is different, some of the physical symptoms occur at such a high rate that they are clearly documented by research studies. This is what causes the differences in the transition of the perimenopausal woman.

1. Vasomotor Symptoms (Hot Flashes and Night Sweats)

They are frequently listed as the most common symptoms of perimenopause. Women can have them in various ways like getting sudden hot sensations, turning red in the face, experiencing heart palpitations, or having a feeling of warmth radiating over the body. Night sweats could also interfere with the woman’s sleep. This could then result in other issues such as fatigue, irritation, or mood swings, which would then impair one’s work performance since one could feel self-conscious in their work or social setting (Thurston, 2018).

2. Irregular Menstrual Cycles

Changes in the menstrual cycle can be an early sign of perimenopause. Some women experience shorter cycles, more menses, or periods of amenorrhea, whereas some women experience longer cycles or spotting. In later stages, breaks between periods grow, often 60 days or more without a bleed. That shift points to shifting estrogen levels from the ovaries, tied closely to what’s called STRAW+10 (Harlow et al., 2012).

3. Interruption of Restorative Sleep

Most women experience disruption to their natural sleeping patterns; during perimenopause, sleep disruptions occur between 50-60% of the time. It has been found that these sleep disturbances may exacerbate anxiety and contribute to increased levels of mood fluctuation. Contributing factors to these sleep disturbances include: hot flashes, night sweats, body rhythm changes, anxiety, and disturbed sleeping patterns (Kravitz & Joffe, 2021). The poor sleep quality associated with these factors increases irritability, difficulty with cognitive function, and stress reaction, and can create additional challenges for women who were already vulnerable to poor quality sleeping patterns before menopause occurred.

4. Musculoskeletal Pain

Muscle and joint issues, like tightness, soreness, or general aches, are often linked to perimenopause today. Studies found about 7 out of 10 women go through this (Lu et al., 2020). Newer findings point to what’s called a “menopause-related musculoskeletal pattern,” involving weaker muscles, thinner bones, plus greater chances of developing joint wear (Wright et al., 2024).

5. Urogenital and Sexual Changes

A drop in the levels of estrogen causes related signs and symptoms that affect the tissues of the vagina, vulva, bladder, or urethra. Some of the signs include dryness, irritation, painful sexual intercourse, or more frequent urination. These signs are related to low levels of estrogen in the area; collectively, they are referred to as the genitourinary syndrome of menopause (GSM). These signs affect sexual health, self-confidence, and daily functioning (The North American Menopause Society, 2020). Some of the signs may also be linked with other gynecologic conditions, such as uterine fibroids, painful or irregular bleeding or pressure in the pelvis.

These somatic complaints indicate real physiological phenomena, as opposed to psychological attribution, which further verifies the need for experience verification of women in such a transition.

Cognitive and Emotional Changes During Perimenopause

The hormonal changes in perimenopause affect memory, mood, and stress responses. These cognitive and emotional changes often come out of the blue and may fluctuate from month to month.

1. Cognitive Fog and Attention Difficulties

Women frequently face “brain fog” symptoms during the peri-menopause phase. These issues can include poor focus or inability to concentrate, difficulty organizing their ideas, and a feeling of having too many simultaneous thoughts; problems with effective communication, notable barrier to completing multiple tasks simultaneously, and inability to easily find or recall appropriate words when talking about something to a third party. Current research indicates that women’s cognitive difficulties during this stage of their lives are due to small disruptions in both attention and short-term memory rather than an actual cognitive disability of the brain (Greendale et al., 2009). Consequently, when women’s cognitive difficulties interfere with appropriate functioning in their daily activities or with the demands of their job, women may develop feelings of anxiety and doubt about their cognitive abilities.

2. Mood Swings

Estradiol influences neurotransmitters such as serotonin, dopamine, and norepinephrine which play a part in how we feel emotionally about ourselves. When estrogen levels fluctuate, mood may fluctuate, which can lead to increased feelings of agitation, depression and anxiousness or intensity of response to external pressure. Also, some women that had previously been able to cope with their emotions may experience rapid changes in their mood that do not coincide with their current situation (Han et al., 2023).

3. Anxiety and Emotional Reactivity

Alteration in the HPA (hypothalamic-pituitary-adrenal) axis may cause worsening of anxiety symptoms by increasing the recognition of agitation, anxiety and emotional reactivity. For example, an increase in these feelings may develop in women that had previously never experienced the feelings of anxiety prior to going through the menopause transition. The likelihood of developing these vulnerabilities can also be exacerbated by both poor sleep quality and the added stress of day-to-day living (Han et al., 2023).

4. Increased Vulnerability to Stress

Life’s hectic years sometimes line up with perimenopause. Many women balance jobs, kids’ needs, helping older relatives, or dealing with personal health stuff. Hormone shifts during this phase can amplify tension – making it tougher to cope, no matter how steady daily pressures stay. Knowing these reactions come from physical changes helps ease guilt. It opens space for gentler, kinder choices when tending to your well-being.

These mood and cognitive shifts are real and biologically based. They demonstrate the importance of support in all contexts – at home, at work, and in healthcare facilities.

How Perimenopause Affects Daily Life and Relationships

Women can face mood swings and exhaustion during perimenopause despite being responsible for work, family, and other obligations. With fluctuating symptoms, simple activities become hard to cope with. While a woman may have phases where she feels competent to deal with her responsibilities, she may experience phases of feeling emotionally or physically overwhelmed, which can influence her self-confidence. Poor sleep and sudden hot flashes can worsen her level of concentration and patience. A study among middle-aged women portrays a picture where women dealing with severe vasomotor symptoms or anxiety often experience greater difficulty with daily activities and social interactions as well as social encounters. At work, some women may become distant or less engaged in activities because she remains uncertain if others will see her as inconsistent in her roles. With her relationships, a woman with perimenopause symptoms can be perceived as impatient or distant emotionally rather than being exhausted because of hormones, which can become a common issue if misunderstood. Research suggests doctors and nurses can help with such relationships by making emotions sound more common, describing symptoms, or admitting reactions to stressful situations. Speaking freely without shame and developing methods to cope with stressful situations can make a huge impact in making coping with symptoms a less complicated situation without disturbing emotions and everyday life skills (Avis et al., 2009).

Barriers to Seeking Support

Even though many of women go through perimenopause signs, plenty wait before getting help. They often link those changes to pressure, getting older, or feeling like they’re not doing enough, instead of seeing them as part of shifting hormones, which means care might come late. Shame about growing older, fear doctors won’t take them seriously, and habits that tell women to tough it out can make things harder to talk about. If someone’s working full-time or looking after others, admitting struggle might feel risky, as if it shows they can’t handle their duties. These hurdles might leave women feeling alone during perimenopause, despite how widespread and medically acknowledged the signs are. More awareness, open conversations, and supportive healthcare can make women feel safe to seek help sooner.

How to Provide Support to Women During Perimenopause

Supporting someone through perimenopause means listening carefully, remaining patient, and exploring how physical changes may correlate with changes in emotional state, relationships or stress levels. Many women who are experiencing this phase of life may also be working and taking care of others or attempting to live up to their own expectations; the combination of these factors increases the likelihood of experiencing greater symptoms. The support provided can be of tremendous value when life becomes overwhelming.

1. Listen Without Minimizing

Women often say they’re brushed off when talking about perimenopause. Comments like “we all go through this” or “that’s just getting older” might downplay real struggles. But paying close attention, repeating what you hear, and treating their feelings as valid builds trust. When people feel heard, it lessens guilt and makes them more likely to share openly.

2. Encourage Symptom Tracking

Tracking symptoms can give a greater sense of control and clarity. Using a symptom diary or a mobile app enables the user to identify potential triggers for these symptoms and track any cyclical patterns associated with them and, consequently, help the user effectively communicate with their doctor about their concerns. The act of tracking symptoms also assists women in becoming more aware of their own bodies and help them collaboratively make decisions together with their healthcare providers.

3. Support Sleep Hygiene

Sleep disruption is one of the most challenging aspects of perimenopause, affecting emotional stability, concentration, and overall functioning. Supportive measures that can improve sleep quality include:

  • maintaining a consistent bedtime and wake time
  • practicing relaxation strategies before bed
  • minimizing caffeine and alcohol in the evening
  • reducing screen exposure before sleep
  • keeping the bedroom cool to offset night sweats
  • choosing breathable fabrics or menopause friendly bedding

Sticking to a regular schedule, cutting back on things that keep you up, or tweaking your bedroom setup often helps. Once rest gets better, lots of women notice sharper focus, feeling more even-keeled, and handling everyday challenges with less struggle.

4. Foster Healthy Lifestyle Habits

Lifestyle changes can ease symptoms and enhance overall well-being. Staying active helps control body temperature, lifts mood, also keeps muscles and joints strong. Practices like yoga or tai chi, along with meditation and slow breathing,  can reduce stress and support better emotional balance. Eating whole foods, drinking enough water, eating at steady times can also help balance energy levels and reduce physical discomfort. Even though daily habits won’t eliminate symptoms completely, studies show that they can bring noticeable improvements for many women (Innes et al., 2010; Nguyen et al., 2020; Khan et al., 2023).

5. Promote Shared Understanding in Relationships

Spouses, kids, or relatives might see mood shifts or low stamina as personal issues instead of signs tied to hormonal changes. Getting loved ones informed about perimenopause can reduce blame, improve communication, and create a more supportive home. Once they understand the hormonal cause they are more like to respond with patience and empathy instead of frustration.

6. Encourage Medical Evaluation When Needed

Even though perimenopause is a natural life stage, certain symptoms require medical evaluation:

  • heavy or prolonged bleeding
  • significant mood changes
  • persistent pain
  • functional impairment

To find out what else might be wrong, a medical professional may perform blood tests, such as checking thyroid, estradiol, FSH, LH, or metabolism.

When to Refer for Clinical Care or Specialized Support

Healthcare professionals should encourage referral when:

  • Symptoms seriously interfere with day-to-day functioning
  • Bleeding patterns point to endometrial pathology
  • Mood symptoms point to depression or anxiety
  • Cognitive changes are severe or progressive
  • Vasomotor symptoms disrupt sleep and quality of life

Evidence-based interventions include menopausal hormone therapy, cognitive-behavioral therapies for menopausal symptoms, non-hormonal medications, lifestyle strategies, and integrative health approaches (The North American Menopause Society, 2023).

Improving Quality of Life for Women Living with Perimenopause

Since hormone fluctuations vary from person to person perimenopause hits each woman differently. Daily routines, stress, and environment also influence how symptoms show up. Understanding what’s happening in the body helps, but noticing changes in focus, mood, or energy is just as important. Support from loved ones works best when it comes from listening rather than assumptions.

This phase is about more than hormones alone. It affects the body, emotions, and mental well-being, shaping daily life and relationships. When guidance is based on reliable information instead of myths, women can manage symptoms more confidently. Feeling heard, respected, and gently supported plays a key role in maintaining quality of life.

Author Bio

Dr. Sci. Jelena Veličković is a molecular biologist and geneticist specializing in medical and forensic genetics. With over ten years of experience in clinical diagnostics and academic research, she has authored peer-reviewed studies in prenatal genetics, thrombophilia, oncogenetics, and molecular biology. Her work spans international research centers and clinical laboratories, where she has advanced molecular diagnostic methods including PCR microbiology, liquid biopsy, and NGS analysis. She is committed to applying evidence-based genetic insights to enhance diagnostic accuracy and support clinical decision-making.

 

References:

Avis, N. E., Colvin, A., Bromberger, J. T., Hess, R., Matthews, K. A., Ory, M., & Schocken, M. (2009).
Change in health-related quality of life over the menopausal transition in a multiethnic cohort of middle-aged women: The Study of Women’s Health Across the Nation. Menopause, 16(5), 860–869.

https://pmc.ncbi.nlm.nih.gov/articles/PMC2743857/

Greendale, G. A., Huang, M. H., Wight, R. G., Seeman, T., Luetters, C., Avis, N. E., & Karlamangla, A. S. (2009).
Effects of the menopause transition and hormone use on cognitive performance in midlife women. Neurology, 75(21), 1888–1896.

https://pubmed.ncbi.nlm.nih.gov/19470968/

Han, Y., Zhang, Y., Li, X., & Wang, L. (2023).
Neuroendocrine pathogenesis of perimenopausal depression. Frontiers in Psychiatry, 14, 1162501.

https://www.frontiersin.org/journals/psychiatry/articles/10.3389/fpsyt.2023.1162501/full

Harlow, S. D., Gass, M., Hall, J. E., Lobo, R. A., Maki, P., Rebar, R. W., … & the STRAW+10 Collaborative Group. (2012).
Executive summary of the Stages of Reproductive Aging Workshop +10: Addressing the unfinished agenda of staging reproductive aging. Menopause, 19(4), 387–395.

https://pmc.ncbi.nlm.nih.gov/articles/PMC3340903/

Innes, K. E., Selfe, T. K., & Vishnu, A. (2010).
Mind–body therapies for menopausal symptoms: A systematic review. Maturitas, 66(2), 135–149.

https://pmc.ncbi.nlm.nih.gov/articles/PMC3031101/

Khan, S. J., Kapoor, E., Faubion, S. S., & Kling, J. M. (2023).
Vasomotor symptoms during menopause: A practical guide on current treatments and future perspectives. International Journal of Women’s Health, 15, 273–287.

https://pmc.ncbi.nlm.nih.gov/articles/PMC9938702/

Kravitz, H. M., & Joffe, H. (2011).
Sleep during the perimenopause: A SWAN story. Obstetrics and Gynecology Clinics of North America, 38(3), 567–578.

https://pmc.ncbi.nlm.nih.gov/articles/PMC3185248/

Lu, C., Liu, P., Zhou, Y., Meng, F., Qiao, T., Yang, X., Li, X., Xue, Q., Xu, H., Liu, Y., Han, Y., & Zhang, Y. (2020).
Musculoskeletal pain during the menopausal transition: A systematic review and meta-analysis. Neural Plasticity, 2020, Article 8842110.

https://pmc.ncbi.nlm.nih.gov/articles/PMC7710408/

Nguyen, T. M., Do, T. T. T., Tran, T. N., & Kim, J. H. (2020).
Exercise and quality of life in women with menopausal symptoms: A systematic review and meta-analysis of randomized controlled trials. International Journal of Environmental Research and Public Health, 17(19), 7049.

https://www.mdpi.com/1660-4601/17/19/7049

Santoro, N. (2016).
Perimenopause: From research to practice. Journal of Women’s Health, 25(4), 332–339.

https://pmc.ncbi.nlm.nih.gov/articles/PMC4834516/

Talaulikar, V. S. (2022).
Menopause transition: Physiology and symptoms. Best Practice & Research Clinical Obstetrics & Gynaecology, 81, 22–36.

https://pubmed.ncbi.nlm.nih.gov/35382992/

The North American Menopause Society. (2020).
The 2020 genitourinary syndrome of menopause position statement. Menopause, 27(9), 976–992.

https://pubmed.ncbi.nlm.nih.gov/32852449/

The North American Menopause Society. (2023).
The 2023 nonhormone therapy position statement of The North American Menopause Society. Menopause, 30(6), 573–590.

https://pubmed.ncbi.nlm.nih.gov/32852449/

Thurston, R. C., & Joffe, H. (2018).
Vasomotor symptoms and menopause: Findings from the Study of Women’s Health Across the Nation. Obstetrics and Gynecology Clinics of North America, 45(4), 535–552.

https://pubmed.ncbi.nlm.nih.gov/29390899/

Williams, R. E., Kalilani, L., DiBenedetti, D. B., Zhou, X., & Fehnel, S. E. (2009).
Health-related quality of life and menopausal transition: Observations from the WOMAN study. Maturitas, 62(2), 153–159.

https://pubmed.ncbi.nlm.nih.gov/19157732/

Additional References

Cleveland Clinic. Perimenopause Overview. Access here

Healthline. Perimenopause: Feeling Like “I’m Dying”? Access here

Ohio State University Wexner Medical Center. Why Perimenopause Affects Your Mood. Access here

American Society for Reproductive Medicine. Menopausal Transition: What Is It? Access here

 

 

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

Reframing Menopause: Clinical Perspectives on Bioidentical Hormone Replacement Therapy

Posted on by Joseph Gerard

stethoskop on paperWritten by Dr. Jane Smith, MD

Menopause represents a substantial shift in a woman’s physiological landscape, typically occurring between ages 45 and 55. This natural decline in ovarian hormone production can generate an array of symptoms that significantly affect quality of life: vasomotor instability, urogenital atrophy, insomnia, mood fluctuations, and cognitive disturbances, to name a few. For many, these changes signal not only a biological transition but also an existential one. Hormone replacement therapy (HRT), particularly formulations based on bioidentical hormones, is increasingly considered a targeted approach to managing these effects.

What Are Bioidentical Hormones?

Bioidentical hormones are chemically and molecularly identical to the endogenous hormones produced by the human body. Most commonly, these include estradiol, estriol, and progesterone. Derived from plant sources like yams and soy, bioidentical hormones are compounded or manufactured to mirror the body’s natural hormones.

The differentiation between bioidentical and synthetic hormones often generates confusion. Synthetic hormones, though sometimes derived from similar natural precursors, differ structurally from the hormones they are meant to replicate. This structural variance can influence receptor binding, metabolism, and downstream effects.

Clinical Efficacy of Bioidentical HRT

Research indicates that bioidentical HRT, particularly formulations approved by the FDA such as micronized progesterone and estradiol, are effective in alleviating menopausal symptoms. A 2017 review in “Climacteric” found that women using bioidentical estradiol and progesterone reported significant improvements in vasomotor symptoms, sleep quality, and sexual health.

Moreover, bioidentical hormones, especially when administered transdermally, have been associated with a lower risk of thromboembolic events and stroke compared to oral synthetic preparations. These outcomes are contingent upon appropriate patient selection, dosage individualization, and monitoring—hallmarks of responsible clinical care.

Regulatory Framework and FDA Approval

The FDA has approved a number of hormone therapies that qualify as bioidentical, including estradiol in patches, gels, and tablets, and micronized progesterone in capsule form. These products are subject to stringent regulatory oversight regarding safety, efficacy, and manufacturing standards.

However, a separate category exists for compounded bioidentical hormones. These are prepared in compounding pharmacies using FDA-approved ingredients, tailored to a prescriber’s specifications for an individual patient. It is important to distinguish that while the ingredients are FDA-approved, the final compounded product is not subject to FDA approval. This distinction is often misrepresented or misunderstood in both clinical and popular discourse.

Winona’s Formulary Integrity

Winona offers HRT through both FDA-approved medications and custom-compounded bioidentical formulations. Their oral pills and transdermal patches use bioidentical hormones that are FDA-approved, meeting rigorous standards for consistency and efficacy. Their compounded creams, however, represent a different regulatory pathway.

As per Winona’s official statement:

“Our bioidentical oral pills and transdermal patches are FDA-approved, and our compounded creams are created with FDA-approved ingredients in our compounding pharmacy to match your Winona doctor’s specifications/dosage.”

“Compounding is a practice in which different ingredients found in FDA-approved medicines are combined to create medications that meet the needs of individual patients. Currently, once FDA-approved ingredients are combined, they can no longer be labeled FDA-approved, since the FDA does not regulate compounding. This means that while our creams are not labeled FDA-approved, they are formulated with ingredients from FDA-registered sources.”

This approach underscores a commitment to transparency and patient-specific care. It also reflects an understanding of regulatory boundaries that is essential for health professionals prescribing or recommending these treatments.

Individualization and Patient-Centered Models

Menopause manifests heterogeneously. Some patients experience intense vasomotor symptoms; others may be more troubled by cognitive fog or genitourinary syndrome. The individualization of hormone therapy is therefore central to effective management. Winona employs board-certified physicians who tailor treatment plans to reflect both symptomatology and patient history.

This is where compounded therapy offers potential value: it allows for dosing and combinations not readily available in standardized, FDA-approved products. However, clinical vigilance is critical. Hormone levels must be monitored periodically, and the prescribing professional must remain informed on emerging safety data.

Risks and Controversies

All forms of HRT carry potential risks—breast cancer, cardiovascular events, and gallbladder disease among them. The magnitude of these risks depends on the formulation, route of administration, patient age, and duration of use. Importantly, the “Women’s Health Initiative” trial, often cited in HRT discussions, used conjugated equine estrogens and medroxyprogesterone acetate, not bioidentical hormones.

Subsequent analyses have suggested that bioidentical hormones may have a different risk profile, though long-term data remain incomplete. For compounded hormones, the lack of large-scale, controlled studies remains a limitation. Nevertheless, observational data and small trials have supported their use under medical supervision.

Educational Implications for Healthcare Providers

Providers must be able to distinguish between marketing rhetoric and clinical evidence. The term “bioidentical” is not synonymous with “safer” or “natural,” nor does it imply a lack of risk. Clinicians must guide patients through nuanced discussions, presenting benefits and risks in the context of personal medical history and preferences.

Winona, by providing clear information and medical oversight, serves as a useful model for responsible telehealth-based hormone therapy. Their integration of FDA-approved treatments and well-sourced compounding allows them to meet diverse patient needs while staying within ethical and clinical boundaries.

Conclusion

Menopause is not a disease, but the physiological ramifications of hormonal decline can be profound. Bioidentical hormone replacement therapy offers a meaningful avenue for symptom relief and health optimization, especially when implemented under thoughtful, evidence-based guidance.

Platforms like Winona reflect the future of individualized hormone therapy: rooted in science, regulated when possible, and transparent about the limitations of current regulatory frameworks. Healthcare professionals must continue to advocate for informed, patient-specific approaches while remaining cautious of the limitations that accompany non-standardized formulations.

Author Bio:

Dr. Jane Smith, MD, is a board-certified endocrinologist with over 15 years of experience in women’s health and hormone therapy. She has authored peer-reviewed publications on menopause management and lectures nationally on innovations in hormone replacement. Her practice emphasizes evidence-based, personalized medicine with a focus on midlife health.

References

North American Menopause Society. (2022). The 2022 hormone therapy position statement. Menopause, 29(7), 767–784. https://doi.org/10.1097/GME.0000000000002028

Files, J. A., Ko, M. G., & Pruthi, S. (2011). Bioidentical hormone therapy. Mayo Clinic Proceedings, 86(7), 673–80. https://doi.org/10.4065/mcp.2011.0208

Winona. (n.d.). 5 Ways You Can Benefit from Bioidentical HRT. Retrieved from https://bywinona.com/5-ways-you-can-benefit-from-bioidentical-hrt

 

Please also review AIHCP’s  Certification programs 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 to Diagnose CIRS: Key Symptoms and Tests

Posted on by Joseph Gerard

Doctor taking blood pressure Written by Halley Jones.

Imagine waking up every day feeling unnaturally tired, your body hurts, and your head cloudy; however, no normal test offers solutions. For many, this situation is more than just annoying; it is incapacitating. A complicated disorder that is sometimes missed or misdiagnosed, Chronic Inflammatory Response Syndrome (CIRS) leaves sufferers in a cycle of unresolved concerns.

Biotoxin Exposure in Chronic Inflammatory Response Syndrome

CIRS is essentially related to exposure to biotoxins, molecules generated by certain molds, bacteria, and other organisms. While not everyone exposed to these biotoxins gets CIRS, those with a genetic inclination are more susceptible. This disorder usually results from exposure to dangerous algae in water bodies or from surroundings with water damage, including mold-infested buildings.

Your immune system starts a continuous inflammatory reaction when it cannot efficiently eliminate these poisons. This inflammation influences several physiological systems, which results in a broad spectrum of symptoms. Finding CIRS starts with realizing your symptoms are related to your surroundings. Knowing this relationship will help you to identify possible exposures causing your ailment.

Signs You May Have CIRS

Symptoms of chronic inflammatory response syndrome, or CIRS, can be diverse and affect multiple areas of the body. One of the most common symptoms to pay attention to is cognitive dysfunction, or “brain fog”. This can manifest as difficulty concentrating, memory problems, fatigue and confusion. You may also experience physical symptoms such as headaches, muscle and joint pain, and chronic sinus congestion. Individuals may also report respiratory issues like shortness of breath or coughing, along with digestive disturbances. Another hallmark symptom is heightened sensitivity to light and sound, which can worsen as the illness progresses.

Living with CIRS can be accompanied by mood disturbances, such as depression and anxiety. Adverse mental health effects may be related to both the neurological effects and the stress of coping with chronic illness. Inflammatory markers, like elevated C4a, may be present in the bloodstream, and these elevated levels can further contribute to systemic inflammation, exacerbating symptoms. Also look for dizziness, visual disturbances, and skin rashes. Due to the variety of wide- ranging symptoms, CIRS is frequently misdiagnosed, making early recognition and intervention critical for effective treatment.

Using Visual Contrast Sensitivity Testing

The Visual Contrast Sensitivity (VCS) test is among the easiest available instruments for spotting CIRS. This test gauges your sensitivity to minute changes in contrast, which nervous system inflammation can compromise. A failed VCS test might be the first sign of CIRS, as biotoxins commonly influence neurological ability.

The VCS exam can be administered either in a clinical environment or online. It entails examining a set of patterns and deciding if the contrasts are clear. Although it’s not a conclusive diagnostic technique, it provides a good basis for spotting possible biotoxin-related impairment. The test is particularly useful in detecting early neurological changes that may be linked to environmental toxin exposure, offering a simple, non-invasive approach.

If you fail the test, it doesn’t necessarily confirm that you have CIRS but suggests a potential problem that warrants further investigation. Should you pass the test, it is advisable to investigate further by testing for specific biotoxins in your system or evaluating other symptoms, to verify CIRS’s existence. Often, the VCS test is used alongside other diagnostic methods, including blood tests and patient history, to build a fuller picture of the condition. Early detection is key in managing CIRS, as timely interventions can help prevent long-term damage and improve quality of life.

Evaluating the Role of Lab Tests in Diagnosing CIRS

CIRS is diagnosed in great part by lab testing, which can provide objective data to complement clinical findings. Often raised in those with CIRS, some of the most crucial tests include indicators of inflammation, including C4a and TGF-β1. Furthermore, revealing disturbances resulting from chronic inflammation are tests evaluating the function of the hypothalamic-pituitary-adrenal (HPA) axis, such as ACTH and cortisol levels.

The Human Leukocyte Antigen (HLA) genetic test is another important test that finds whether you have the genetic inclination causing CIRS susceptibility. Together with environmental testing—such as mold spore counts in your house—these lab findings can offer a whole picture of your illness. Accurate interpretation of these tests and the development of a suitable treatment plan depends on working with a healthcare professional conversant with CIRS.

Connecting Environmental Testing to Your Diagnosis

Testing your surroundings for biotoxins is essential for the diagnosis, as environmental elements usually cause CIRS. For example, mold testing can find mycotoxins in your house, place of business, or another often-frequented site. Common approaches to finding mold spores and toxins are air sampling, surface testing, and dust analysis.

Beyond mold, one should take other possible biotoxin sources into account. CIRS can result from harmful algal blooms in rivers or lakes, bacterial pollution, and even some occupational exposures. Finding and fixing these environmental triggers not only helps you to determine the underlying cause of your illness but also marks the beginning of your road toward recovery. Often, part of therapy is removing oneself from poisonous surroundings or reducing exposure.

Developing a Comprehensive Plan for Diagnosis and Next Steps

CIRS diagnosis calls for a multimodal approach combining clinical observation, patient history, laboratory tests, and environmental evaluation. Though the process may seem daunting, breaking it down into doable actions can help you to find control. Begin by carefully recording your symptoms and pointing out any trends or possible environmental causes. When you visit a healthcare practitioner, this knowledge will be quite helpful.

After you have determined possible environmental elements, give testing your body and surroundings priority. Look for a healthcare provider that has treated CIRS since they will have the knowledge to help you through the diagnosis procedure and interpret challenging lab findings. Recall that diagnosis marks only the start. Recovery is achievable with the correct help and a customized treatment schedule; you will be able to restore your quality of life.

Conclusion

Though CIRS may seem like an impossible obstacle, knowing its symptoms and diagnostic approach helps you to take control. Connecting the links between your symptoms, surroundings, and test findings will help you to identify the underlying cause of your illness and start the road toward recovery. Although the procedure calls for work and dedication, the benefits of recovering your health and vigor much exceed any effort involved.

 

Author Bio

Hi, my name is Halley Jones. I’m a freelance content writer and guest author with a passion for crafting engaging and informative articles on a variety of topics. I have 5 years of experience in the industry and know how to create content that resonates with readers. In my spare time, you can find me hiking, trying out new recipes in the kitchen, or curled up with a good book.

 

 

SOURCES

Hagmeyer, D. (2024, February 8). Comprehensive guide to CIRS testing: Understanding marcons, mold testing, and more. Dr. Hagmeyer. https://www.drhagmeyer.com/comprehensive-guide-to-cirs-testing-understanding-marcons-mold-testing-and-more/

Doc, F. (2022, October 10). Diagnosing CIRS: Your complete guide to testing. Elena Klimenko, MD – Functional Medicine Doctor. https://www.drelenaklimenko.com/diagnosing-cirs-complete-guide-testing/

Mona. (2024, September 19). Mold & chronic inflammatory response syndrome (CIRS): Aeon. Aeon Clinic. https://theaeonclinic.com/mold-cirs-symptoms/

 

 

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

The Most Common Nursing Home CPT Codes in 2025 Explained

Posted on by Joseph Gerard

Medical Coding Bill And Billing Codes SpreadsheetsWritten by Jeremy Carter.

Navigating the world of medical billing can feel overwhelming, especially when it comes to understanding CPT (Current Procedural Terminology) codes. For nursing homes and skilled nursing facilities, these codes are vital. They ensure correct billing for services provided and help maintain compliance with both Medicaid and Medicare regulations.

This guide will simplify things by focusing on the most common nursing home CPT codes for 2025. Whether you’re a healthcare professional, billing specialist, or just looking to better understand medical billing processes, we’ve got you covered.

What Are CPT Codes and Why Are They Important?

CPT codes are standardized five-digit codes used by healthcare providers to document and bill for medical services and procedures. Maintained by the American Medical Association (AMA), these codes ensure uniformity and accuracy in healthcare billing across the United States.

For nursing homes, CPT codes play a major role in capturing the variety of services provided to their residents. From routine checkups to physical therapy, these codes itemize every service delivered, ensuring proper reimbursement under systems like Medicaid, Medicare, and private insurers.

The Difference Between CPT and HCPCS Codes

Before we jump into the codes themselves, it’s important to clarify how CPT codes differ from HCPCS (Healthcare Common Procedure Coding System) codes. While CPT codes cover most medical services, HCPCS codes were created by CMS (Centers for Medicare & Medicaid Services) to capture services not included in the CPT code set—like durable medical equipment or consumable supplies.

For nursing facilities, it’s common to use a combination of both CPT and HCPCS codes daily to experience nursing home billing services that are seamless and efficient.

Benefits of Accurate Coding in Nursing Homes

Accurate coding does more than secure timely payments; it impacts every aspect of an organization, including financial health, compliance, and quality of care delivery.

Here are some benefits of using correct CPT codes:

  • Timely Reimbursement: Avoid delays in payments by accurately documenting services.
  • Regulatory Compliance: Ensure all billing complies with Medicaid and Medicare standards.
  • Enhanced Patient Care: Transparency in services fosters trust among patients and families while optimizing workflows.
  • Reduced Errors and Audits: Having a strong coding process minimizes billing errors, preventing potential audits or penalties.

The Most Common Nursing Home CPT Codes in 2025

Below is a list of the most frequently used CPT codes for nursing facilities in 2025, categorized by key services.

  1. Evaluation and Management (E&M) Services

Evaluation and management services comprise a large portion of nursing home practices. They cover everything from routine evaluations to more detailed reviews of a patient’s ongoing care.

  • 99304 – Initial nursing facility care for a new or established patient (comprehensive).
  • 99305 – Initial nursing facility care requiring moderate medical decision-making.
  • 99306 – Initial nursing facility care requiring high medical decision complexity.
  • 99307 – Subsequent nursing facility care (straightforward/simpler).
  • 99308 – Subsequent care requiring low complexity.
  • 99309 – Subsequent nursing care requiring moderate complexity.
  • 99310 – Subsequent care requiring high complexity decisions.

These codes track caregiver-patient interactions, ensuring appropriate care levels are recorded and billed accurately.

  1. Therapeutic and Rehabilitative Services

Rehabilitation services are integral to nursing facilities, as many residents require physical, occupational, or speech therapy. Some common procedures include:

  • 97110 – Therapeutic exercises to develop strength and endurance.
  • 97112 – Neuromuscular re-education interventions.
  • 97530 – Therapeutic activities aimed at functional use enhancement.
  • 92507 – Speech therapy (individual sessions).
  • 92526 – Evaluation or treatment for swallowing and related disorders.

These codes allow facilities to capture their work assisting residents with mobility, coordination, and communication challenges.

  1. Lab and Diagnostic Services

Routine lab work and diagnostic procedures are essential for monitoring a resident’s condition. Key codes for 2025 include:

  • 81001 – Urinalysis with microscopy.
  • 85610 – Prothrombin time testing (used for anticoagulation therapy management).
  • 80048 – Basic metabolic panel (routine lab tests).
  • 93010 – Electrocardiogram, interpretation and report only.
  • 36415 – Routine venipuncture.

Accurate coding for diagnostic services ensures proper monitoring of chronic conditions often associated with aging, such as diabetes or heart disease.

  1. Preventive Care Services

Preventive care plays an essential role in improving residents’ long-term health. These services are commonly coded as follows:

  • 99381 – Initial comprehensive preventive service evaluation (new patients).
  • 99391 – Periodic comprehensive re-evaluation for established patients.
  • 90732 – Pneumococcal vaccine administration.
  • 90658 – Annual influenza vaccine (seasonal).

Using codes for routine vaccinations and wellness checkups also demonstrates your facility’s proactive approach to resident health.

  1. Mental Health and Behavioral Services

Mental health services are equally vital, given the common prevalence of mood disorders, dementia, or anxiety among nursing home residents.

  • 90832 – Individual psychotherapy, 30 minutes.
  • 90834 – Individual psychotherapy, 45 minutes.
  • 90853 – Group psychotherapy sessions.
  • 96127 – Brief emotional/behavioral assessments (such as anxiety or depression scales).

By coding these services accurately, nursing homes can better illustrate the importance of mental wellness for their residents.

  1. Palliative and End-of-Life Care

End-of-life care becomes a sensitive yet critical area of service in skilled nursing facilities. Common codes include:

  • 99377 – Hospice care planning services requiring extensive decision-making.
  • 99397 – Routine final-stage follow-ups for long-term residents.

These codes acknowledge the compassionate and personalized care residents and their families receive during this time.

How Artificial Intelligence Supports Better Coding

With the growing complexity of medical billing, artificial intelligence and augmentative data analysis tools are changing the game for skilled nursing facilities.

AI-powered platforms help reduce time spent on manual coding, identify missed billing opportunities, and flag discrepancies to prevent errors or rejections. Tools like these can quickly identify usage trends in CPT and HCPCS codes, ensuring billing departments stay accurate and efficient.

By leveraging AI, facilities can improve their overall workflow while focusing more resources on providing care, not chasing down denied claims.

Next Steps for Your Facility

Understanding and implementing the correct CPT codes doesn’t have to be daunting. By keeping updated with industry changes and incorporating tools like AI-driven solutions, your facility can stay ahead of regulatory requirements while delivering excellent service.

Curious about how to streamline your coding workflows further? Explore our guide to AI-driven billing systems, or reach out to us directly. Improved accuracy and efficiency could be just one tool away.

 

 

Please also review AIHCP’s Health Care Ethics Consultant 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 Holistic Wellness Transforms Your Life.

Posted on by Dominick Flarey

By – James M. Katz, BA

Most of us know those moments when standard health advice falls short. One expert talks about diet alone. Another focuses on exercise. A third emphasizes meditation. This leaves us confused about putting all the pieces together. A comprehensive approach to holistic wellness provides the answer. Research and practice over the last several years have shown that true well-being doesn’t fix isolated issues. The human body works as an interconnected system. Physical health, mental clarity, emotional balance, and spiritual well-being are the foundations of one complete system. This piece explains how a comprehensive approach to holistic wellness can revolutionize your life. The core principles and practical strategies will help you build a tailored path to complete well-being that enhances every aspect of your health.

Understanding the Holistic Wellness Revolution

The comprehensive wellness movement has brought remarkable changes to our approach toward holistic healthcare and wellbeing. The global wellness economy has grown substantially from $3.70 trillion in 2015 to $4.20 trillion in 2017, showing our collective move toward detailed health solutions.

The Rise of Wellness Thinking

Modern understanding of comprehensive holistic wellness has deep roots in ancient civilizations like Greece, Rome, and Asia. These cultures developed advanced ways to maintain health. Ancient practices, especially Traditional Chinese Medicine and Ayurveda, focused on creating balance between body, mind, and spirit. Modern research and understanding have now revived these time-tested principles.

Why Traditional Approaches Fall Short

Traditional wellness approaches don’t work well because they:

• Treat symptoms instead of addressing root causes
• Don’t consider environmental effects on health
• Create solutions without scientific evidence

Traditional programs typically achieve nowhere near 30% employee participation. This shows we need a more detailed approach. The biggest problem isn’t just about participation. These approaches don’t deal very well with individual needs because they use a one-size-fits-all strategy.

The Integration of Mind, Body, and Spirit

Better health comes from balancing physical, mental, emotional, and spiritual dimensions. Research supports this idea. When we address these connected aspects together, we create lasting health outcomes.

Recent studies show 81% of people now prioritize physical health, while 74% focus on mental health, and 71% emphasize emotional wellbeing. These numbers reflect our growing awareness that wellness isn’t separate – it’s a dynamic mix of life’s various aspects.

The power of comprehensive wellness lies in recognizing the mind-body connection. Mental and emotional states substantially affect our physical health, and vice versa. This connected approach creates a foundation for lasting wellness that covers every aspect of our being.

The Five Pillars of Holistic Healthcare Transformation

The path to comprehensive wellness rests on three fundamental pillars that work in perfect harmony. These pillars create the foundations for lasting change in our lives.

Physical Vitality and Movement

Physical well-being is the life-blood of comprehensive wellness. Regular movement improves not just physical health but also affects our vitality. This vitality determines our health, happiness, positive relationships, and life satisfaction. Physical activity builds strength and creates a foundation for overall wellness.

Here are the key benefits of physical vitality:

• Improved cardiovascular health and lung function
• Higher energy levels and reduced fatigue
• Better sleep quality and deeper rest
• Reduced risk of chronic diseases

Mental Clarity and Emotional Balance

Mental holistic wellness extends way beyond the reach and influence of stress management. Recent studies show that comprehensive approaches to mental health can substantially affect our overall well-being. Spiritual practices and mindfulness help people cope with stress, anxiety, and depression. 

The sort of thing i love is how our emotional and mental states interconnect. Dr. Gabor Mate’s research emphasizes that “safety is not the absence of threat; it is the presence of connection”. This understanding has transformed our approach to mental wellness.

Spiritual Connection and Purpose

Spiritual wellness brings the most profound changes in our transformation. Spiritual wellness isn’t about religion – it gives meaning to life and helps understand our purpose.

Dr. Lisa J. Miller’s neuroscience research shows how spirituality relates to a more resilient and reliable brain. On top of that, Dr. Bruce Lipton’s foundational research in energetics and epigenetics shows how our thoughts affect our DNA. This suggests that spiritual practices cultivating compassion, peace, and love can activate gene expression. The result is a physically healthier and more joyful life.A Holistic Wellness Diagram

The human spirit needs purposeful practice just like our bodies need exercise. A nurtured spirit develops resilience to experience peace and purpose during life’s most challenging moments. This spiritual strength becomes our anchor and helps us direct through difficulties with grace while we retain our sense of purpose even in adversity.

Creating Your Holistic Wellness Foundation

A strong foundation for an all-encompassing approach to wellness begins with understanding our current position. Let’s discover how we can build a framework for lasting change through careful planning, setting goals, and daily habits.

Assessing Your Current Wellness State

The first step in this experience requires us to assess our current state using reliable tools. Research shows that the most trusted instruments include the Wellness Evaluation of Lifestyle, Five-factor Wellness Evaluation, and the Body-Mind-Spirit Wellness Behavior Inventory. These detailed tools help us get into several aspects of our wellbeing:

• Physical vitality and health patterns
• Mental and emotional balance
• Social connections and support systems
• Purpose and spiritual direction
• Environmental influences

Setting Integrated Holistic Wellness Goals

A full picture of our current state allows us to create meaningful goals. Studies show that using standardized wellness measurement instruments in primary care settings can boost preventive services and behavioral health outcomes by a lot. Note that wellness extends beyond the absence of illness – it’s a lifelong process where we make decisions to live a more balanced and meaningful life.

We can make our wellness experience more manageable by creating SMART goals (Specific, Measurable, Achievable, Relevant, and Time-bound). This structure will give a clear path for our wellness transformation.

Building Daily Wellness Rituals

Daily practices hold the real power of transformation. Research shows that intentional everyday rituals can turn ordinary routines into moments of personal significance and reflection. These rituals need three basic elements: intention, attention, and repetition.

Here are five foundational rituals that can boost our overall wellness:

1. Morning Meditation: Start each day with grounding practices to reduce stress and improve concentration
2. Mindful Movement: Add regular physical activity that lines up with our energy levels
3. Nature Connection: Time outdoors clears our mind and improves our mood
4. Evening Reflection: Practice gratitude and review our daily experiences
5. Digital Detox: Stay away from devices at least an hour before bed to improve sleep quality

These rituals, when practiced consistently, can boost our self-worth and create inner peace. Note that wellness means something different to each person, and what helps one person might not help another. Success comes from building a foundation that strikes a chord with our personal needs while staying flexible enough for growth and adjustment.

Navigating Common Transformation Challenges

Living a holistic wellness lifestyle brings its own set of challenges. Learning to guide ourselves through these obstacles makes our experience smoother and environmentally responsible. Let’s explore ways to overcome these common hurdles together.

Overcoming Resistance to Change

Our minds often resist change when we start our wellness experience. Research shows that resistance isn’t just about willpower – it’s deeply rooted in our brain’s hardwiring to keep us safe and maintain familiar patterns. This understanding helps us approach change with more compassion and patience. 

Our brain learns to survive through familiar patterns. Rather than fighting this resistance, we can work with it by setting SMART goals that arrange with our brain’s natural tendencies. This approach creates lasting change without triggering our internal defense mechanisms.A graphic showing the various types of holistic healthcare

Managing Time and Energy

Managing energy, not just time, plays a vital role in holistic transformation. Research indicates that while time is finite, energy can be systematically expanded and renewed through specific rituals. This change in viewpoint has revolutionized our daily wellness practices. 

Our bodies operate in natural cycles called ultradian rhythms, consisting of 90-120 minute periods of high energy followed by lower energy phases. Understanding these rhythms helps optimize our daily activities:

• Schedule challenging tasks during high-energy periods
• Take strategic breaks during natural energy dips
• Practice deep breathing exercises between activities
• Create boundaries around technology use
• Arrange activities with our natural energy flows

Maintaining Motivation and Momentum

Motivation needs more than willpower. Studies show that emotional connections to wellness goals create more sustainable change. The process matters more than the end result for maintaining long-term momentum.

The 1% Better Approach works effectively. Small, incremental improvements work better than dramatic changes. A person who exercises for 10 minutes today aims for 11 minutes tomorrow. This compound effect creates sustainable progress without system overwhelm.

Emotional energy management plays a key role in maintaining momentum. Research shows that positive situation reframing and expressing appreciation build emotional resilience for long-term transformation. Brief but regular breaks throughout the day help recharge and maintain steady progress toward wellness goals.
Strategic solutions and understanding these challenges create a more sustainable approach to our wellness experience. Note that transformation isn’t about perfection – it focuses on progress and consistency in daily choices.

Measuring Your Holistic Wellness Progress

Wellness tracking needs both art and science to work well. Research and practice show that measuring wellness means more than just counting steps or tracking calories.

Key Wellness Indicators to Track

The CDC uses various surveys to assess health and wellness in multiple ways. Here are the essential indicators you should track:

• Physical Health Metrics: Daily activity levels, sleep quality, and vital signs
• Mental Wellness Markers: Stress levels, anxiety patterns, and mood fluctuations
• Emotional Balance: Social connections and relationship quality
• Spiritual Growth: Sense of purpose and inner peace
• Environmental Impact: Living space wellness and community involvement

Studies show that several factors affect our mental and emotional health. These include worry, mood, sleep, stress, relationships, and alcohol consumption. Monitoring these connected elements creates a better picture of overall wellness.

Using Technology for Wellness Monitoring

Technology makes tracking wellness easier than ever. Smart watches and fitness trackers have become essential tools. More than 300 million people used wellness apps in 2023. These devices track everything from physical activity to sleep patterns and give great insights about overall wellbeing.
A remarkable fact is that 80% of wearable device users want to share their health information with healthcare providers. This blend of technology and professional healthcare support creates an all-encompassing approach to wellness monitoring.

Adjusting Your Approach Based on Results

Analytical insights help guide decisions and make meaningful changes. The CDC’s behavioral risk factor surveillance system helps understand how many days mental or physical health might not be optimal. This data helps develop activities, programs, and policies that improve overall health. 

You should look at multiple data points when checking progress:

1. Short-term Indicators: Daily energy levels, mood patterns, and physical activity
2. Medium-term Trends: Monthly sleep quality, stress management effectiveness
3. Long-term Progress: Quarterly wellness assessments, yearly health markers

Studies show that standardized wellness measurement tools substantially improve preventive services and behavioral health outcomes. The Warwick-Edinburgh Mental Wellbeing Scale works well to monitor mental wellbeing in the general population. This helps people make better decisions about their wellness.

Note that measuring progress isn’t about being perfect. It helps you understand patterns and make smart adjustments. Modern technology combined with traditional wellness metrics creates a more nuanced and effective way to track your wellness experience.

Building a Sustainable Wellness Lifestyle

The path to lasting wellness starts when we shape our environment to support our health goals. Research shows that creating safe and supportive environments leads to better health outcomes and improves overall wellbeing.

Creating Supportive Environments

Our environment plays a significant role in our wellness. Studies suggest that supportive spaces help reduce high-risk behaviors and mental health issues. Here’s how we can create a wellness-friendly space:

• Physical Space Organization: Declutter and arrange for optimal flow
• Natural Elements: Add plants and natural light
• Wellness Zones: Set up areas for meditation and exercise
• Digital Boundaries: Create tech-free spaces for peace of mind
• Air Quality: Keep proper ventilation and purification

Research shows that colleges with wellbeing resources and programs see better student outcomes. We can use these insights to improve our personal spaces and reach our wellness goals.

Developing Healthy Relationships

Our relationships shape our wellness deeply. Studies show that connecting with peers helps ease loneliness and builds a sense of belonging. Healthy relationships need several key elements to last.

People with strong social connections have better health outcomes. They show lower rates of anxiety and depression, higher self-esteem, and build more trusting and cooperative relationships.

Active listening and open communication help nurture these bonds. Research shows that emotional support helps mental health recovery, and small gestures can make a big difference.A picture of a spa with candles lit.

Maintaining Long-term Balance

A sustainable wellness lifestyle focuses on progress, not perfection. Studies suggest that habits take about 66 days to form. This means we need patience and consistency. 

Long-term balance needs attention to every aspect of wellness. Research shows that wellness changes constantly and needs good self-care. We should regularly check and adjust our approach based on our needs.

Strategic breaks throughout the day boost productivity and creativity. Our bodies work in 90-120 minute cycles of high and low energy. Planning activities around these natural cycles helps maintain balance.

Daily rituals support overall wellbeing effectively. Research suggests that workshops, seminars, and events help ease stress and provide ways to handle challenges. These opportunities become part of our routine, making wellness natural rather than another task.

This approach to wellness creates a lifestyle that lasts. Studies show that sustainable living means understanding how our choices affect the world and finding ways for everyone to live better. Our wellness practices benefit us, our community, and our environment.

Conclusion

All-encompassing wellness is more than just another health trend. It’s an approach that recognizes how our physical vitality, mental clarity, emotional balance, and spiritual wellbeing are interconnected. We’ve seen these elements work together to create positive changes that last.

Experience and research tell us that lasting change doesn’t need perfect execution or major life overhauls. The foundation for lasting wellness comes from small, consistent steps backed by daily mindful practices and tech-enabled tracking. We succeed by creating environments that help us grow, building supportive relationships, and staying flexible as we move forward.

Note that wellness isn’t a destination – it’s a continuous trip of growth and discovery. Every step toward better health brings us closer to the balanced, vibrant life we deserve. This could be through morning meditation, mindful movement, or meaningful connections. Our all-encompassing approach doesn’t just improve our health – it improves every aspect of our lives. These positive changes create ripples that spread way beyond ourselves.

If you’re part of the nursing field and are looking for a way to expand your healthcare career, then you should visit the American Institute of Health Care Professional’s online certification program in Holistic Healthcare. The certification program is designed to give you a greater understanding of the holistic wellness field. All of the required courses are based on competency exams and are taken 100% online. For a full review of the program as well as the required courses, please press here.

FAQs

Q1. What is holistic wellness and how does it differ from traditional approaches? Holistic wellness is an approach that considers the interconnectedness of physical, mental, emotional, and spiritual aspects of health. Unlike traditional approaches that often focus on treating isolated symptoms, holistic wellness aims to create harmony between all dimensions of well-being for overall health and life satisfaction.

Q2. How can I start incorporating holistic wellness practices into my daily routine? Begin by assessing your current wellness state and setting integrated goals. Implement daily rituals such as morning meditation, mindful movement, nature connection, evening reflection, and digital detox. Remember to start small and focus on consistency rather than perfection.

Q3. What are some common challenges in maintaining a holistic wellness lifestyle? Common challenges include overcoming resistance to change, managing time and energy effectively, and maintaining motivation. To address these, focus on setting SMART goals, aligning activities with your natural energy cycles, and adopting a ‘1% Better Approach’ for sustainable progress.

Q4. How can I measure my progress in holistic wellness? Track key wellness indicators across multiple dimensions, including physical health metrics, mental wellness markers, emotional balance, spiritual growth, and environmental impact. Utilize technology like wellness apps and wearable devices to monitor your progress, and regularly review and adjust your approach based on the results.

Q5. What role do relationships and environment play in holistic wellness? Supportive relationships and environments are crucial for sustainable holistic wellness. Focus on creating spaces that promote well-being, nurturing healthy connections with others, and maintaining a balance across all dimensions of wellness. Remember that wellness is an ongoing journey that involves continuous adaptation and growth.

Research Articles:

Rationing of nursing care, a deviation from holistic nursing: A systematic review. Lata Mandal MSc Nursing, Et Al. Nursing Philosophy Volume 21, Issue 1. Special Issue: Missed care, care left undone: Organisation ethics and the appropriate use of the nursing resource. January 2020 e12257

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Holistic Nursing in Practice: Mindfulness-Based Yoga as an Intervention to Manage Stress and Burnout. Hilcove K, Marceau C, Thekdi P, Larkey L, Brewer MA, Jones K. Journal of Holistic Nursing. 2021;39(1):29-42.

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Phenomenology for the Holistic Nurse Researcher: Underpinnings of Descriptive and Interpretive Traditions. Patton CM. Journal of Holistic Nursing. 2020;38(3):278-286.

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Implementing a Spiritual Care Subject for Holistic Nursing Practice: A Mixed Method Study. Cooper KL, Chang E. Journal of Holistic Nursing. 2023;41(3):233-245.

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