Alzheimer’s Disease: Understanding the Journey and Finding Hope in the Little Things

 

There are some customer stories that stay with me.

Recently, a good friend of mine shared her experience using the Rezzimax Tuner with her elderly mother, who has advanced Alzheimer’s disease. Her mother has experienced numerous falls, significant memory loss, and periods where she loses control of the muscles on one side of her body and leans heavily to one side or the other. What happened next caught my attention:

She said that when she leaves the Rezzimax Tuner on her mother, “she straightens up. It’s crazy impressive.” She also shared that her mother actually looks forward to using it and gets excited when it comes out.

And then she said something that I think is especially important for anyone caring for someone with Alzheimer’s:

“The improvements in both of us have been drastic.”

That last part really struck me.

Because Alzheimer’s doesn't affect just the person who has the diagnosis. It affects spouses, children, grandchildren, and caregivers. It changes routines, relationships, responsibilities, and often the entire rhythm of a family’s life.

There are no easy answers with Alzheimer’s. There is currently no cure, and no single treatment works for everyone. But there are things we can do to support the person, preserve dignity, improve quality of life, and sometimes make the difficult days a little easier.

And sometimes, those small improvements matter a lot.

World Alzheimer's Month

September is just around the corner, and is a great opportunity for us to learn more about Alzheimer's and what we can do for those of us experiencing it. I thought it would be nice to discuss this a few weeks in advance so that its on our minds as we go into fall. Perhaps we can make a personal goal of reaching out to our friends and family, whether they're living in care facilities or homes, before World Alzheimer's Day on September 21st.

What Is Alzheimer’s Disease?

Alzheimer’s disease is a progressive neurological disorder that gradually damages the brain. It is the most common cause of dementia and affects memory, thinking, reasoning, communication, behavior, and eventually the ability to perform everyday activities.

The disease is associated with changes in the brain, including the accumulation of amyloid-beta plaques and abnormal tau proteins, which contribute to damage and loss of neurons and their connections. Scientists now understand that these changes can begin many years before obvious symptoms appear.

One thing I think is important for families to understand is that Alzheimer’s isn't simply “getting old.”

Occasionally forgetting someone's name and remembering it later is a normal part of aging. Alzheimer’s is different. The changes become persistent and begin interfering with everyday life.

And those changes can happen gradually enough that a family may not recognize what is happening at first.

Amyloid-Beta and Tau: What Happens Inside the Brain?

One of the most important things researchers have learned about Alzheimer’s is that the disease appears to begin in the brain long before a person or their family notices significant symptoms.

Two proteins have received a tremendous amount of attention: beta-amyloid and tau.

Beta-amyloid is a protein fragment that is normally produced in the brain. Under healthy circumstances, the brain has systems for clearing it away. In Alzheimer’s disease, however, beta-amyloid can begin accumulating and clumping together in the spaces between neurons. These deposits eventually form what are known as amyloid plaques.

Why does that matter?

Our brains depend on an incredibly complicated network of neurons that are constantly communicating with one another. Those connections allow us to form memories, control movement, process sensory information, regulate emotions, and perform virtually everything we do.

As amyloid accumulates, it can interfere with normal communication between neurons and contribute to a cascade of other changes in the brain. Researchers believe that reaching a certain level of amyloid accumulation may be associated with the subsequent development and spread of abnormal tau.

Then There Is Tau

Tau is a protein found inside neurons. Under normal circumstances, tau helps stabilize structures called microtubules, which are essentially part of the cell's internal transportation system. You can think of them a little like railroad tracks running through a neuron. They help move nutrients and other important materials from one part of the cell to another.

In Alzheimer’s disease, tau can undergo abnormal chemical changes, including excessive phosphorylation. Instead of helping maintain those internal structures, the abnormal tau begins sticking to other tau molecules and forming twisted fibers called neurofibrillary tangles.

Those tangles can disrupt the neuron's internal transportation system and interfere with communication between neurons. Eventually, damaged neurons can lose their connections with other cells and die.

This is one reason Alzheimer's is so devastating. We aren't simply talking about a buildup of proteins. It's a gradual breakdown of the communication network that allows the brain to function.

A Chain Reaction in the Brain

The relationship between amyloid and tau is still being studied, but researchers have learned a great deal about how these processes appear to unfold.

Amyloid accumulation tends to occur early, potentially beginning many years before noticeable symptoms. As amyloid reaches significant levels, abnormal tau can begin accumulating in areas of the brain involved in memory, including the hippocampus and surrounding regions. From there, tau pathology can spread into other areas of the brain.

As neurons become injured and lose their connections, the brain's communication networks begin to break down. Over time, more neurons are damaged or die, and affected areas of the brain can begin to shrink.

This helps explain why Alzheimer's usually progresses gradually. The disease doesn't simply turn memory off one day. It is more like a slowly expanding disruption of the brain's communication network.

The earliest damage often involves areas responsible for forming and storing new memories. As the disease progresses, it can affect areas involved in language, reasoning, judgment, movement, sensory processing, and eventually the ability to perform basic activities of daily living.

There Is More to Alzheimer's Than Plaques and Tangles

I think this is an important distinction.

For years, much of the Alzheimer's conversation centered around the idea that amyloid plaques were essentially the beginning and end of the story. We now know the disease is much more complicated.

Amyloid and tau are two of the defining biological features of Alzheimer's, but they exist within a much larger picture that includes inflammation, changes in the brain's blood vessels and blood-brain barrier, oxidative stress, impaired cellular energy systems, loss of synaptic connections, and other forms of neuronal injury.

Scientists are still working to understand exactly how all of these processes interact and why some people develop Alzheimer's while others with similar amounts of amyloid or tau do not. In fact, amyloid plaques can be found in some older adults who don't have dementia, which is one reason researchers are careful about treating plaques alone as a complete explanation for the disease.

What we do know is that the accumulation of amyloid and abnormal tau is strongly associated with the biological process of Alzheimer's and with the eventual loss of neurons and their connections.

And that gives researchers something very important: targets.

By being able to identify and measure amyloid and tau, scientists can study the disease earlier than ever before and develop treatments designed to intervene in the underlying biology rather than simply treating symptoms.

That's an encouraging development.

It means that although we still don't have all the answers, our understanding of Alzheimer's is moving well beyond simply saying, "This person has memory loss."

We're beginning to understand what is happening inside the brain—and that knowledge gives us more opportunities to find ways to slow, prevent, or eventually change the course of this disease.

When Does Alzheimer’s Begin?

Most people who develop what is called late-onset Alzheimer’s begin experiencing symptoms in their mid-60s or later. Early-onset Alzheimer’s occurs before age 65 and can occur much earlier, although it is relatively uncommon.

What makes Alzheimer’s particularly difficult is that the biological changes associated with the disease can begin a decade or more before noticeable memory and thinking problems appear.

There isn't one single cause.

Researchers believe Alzheimer's develops through a complicated combination of genetics, aging, environmental influences, and other health and lifestyle factors. Certain genetic variations can increase risk, while conditions such as cardiovascular disease, high blood pressure, diabetes, obesity, physical inactivity, and previous significant head injury have also been associated with increased risk.

Having a risk factor doesn't mean someone will develop Alzheimer's. And not having one doesn't guarantee that they won't.

That is one reason I think it is so important to focus on what we can do rather than spending all our energy worrying about what we can't control.

What Are the Signs and Symptoms?

Alzheimer’s looks different from person to person, and symptoms generally become more pronounced as the disease progresses.

Some of the earliest signs can include:

• Forgetting recently learned information
• Asking the same questions repeatedly
• Difficulty finding familiar words
• Trouble planning or solving problems
• Losing track of dates or locations
• Misplacing things
• Difficulty managing finances or completing familiar tasks
• Changes in judgment
• Withdrawal from social activities
• Changes in mood or personality
• Becoming confused or disoriented
• Getting lost in familiar places

As the disease progresses, a person may need increasing assistance with bathing, dressing, eating, mobility, communication, and other basic activities. Confusion and behavioral changes can also become more significant.

And something that doesn't always get discussed enough is that Alzheimer's can affect much more than memory.

Balance, coordination, movement, sleep, sensory processing, emotional regulation, and the ability to interact with the environment can all become challenges.

That's one reason caregiving can become so physically and emotionally demanding.

Getting the Right Diagnosis Matters

If someone is experiencing significant changes in memory, movement, behavior, or their ability to function, it's important to work with a healthcare professional.

Not every memory problem is Alzheimer's.

Doctors may use a combination of medical history, cognitive testing, neurological examinations, laboratory testing, and brain imaging. In some cases, additional testing can look for biological markers associated with Alzheimer's disease. These evaluations can also help identify other conditions that may be contributing to memory or cognitive problems.

An early and accurate diagnosis can also give families time to make important decisions about care, safety, finances, living arrangements, and future support.

What Treatments Are Available?

This is an area where there has been meaningful progress, even though we still have a long way to go.

There is currently no cure for Alzheimer's disease. However, treatment can include medications designed to help manage symptoms as well as newer therapies intended to target aspects of the underlying disease process.

Medications such as donepezil, rivastigmine, and galantamine may help some people with cognitive symptoms. Memantine is another medication used in moderate to severe Alzheimer’s disease. These medications don't cure Alzheimer's, but they may help some individuals maintain function or manage symptoms for a period of time.

There are also newer anti-amyloid treatments.

For example, lecanemab (Leqembi) and donanemab (Kisunla) have received FDA approval for appropriately selected patients with early symptomatic Alzheimer's disease, generally those with mild cognitive impairment or mild dementia and confirmed amyloid pathology. These treatments are not intended for every person with Alzheimer's, particularly those with advanced disease, and they require careful medical evaluation and monitoring because of potentially serious risks.

As of 2026, the FDA has also approved an at-home starting-dose option for the subcutaneous formulation of Leqembi, expanding how certain eligible patients can receive treatment.

This is encouraging progress.

But Alzheimer's care isn't just about medication.

Some of the most meaningful things we can do involve movement, sleep, nutrition, social connection, cognitive engagement, a supportive environment, and helping the person feel safe and successful.

Where Does Resonance Therapy Fit?

This is the part of the conversation that is particularly interesting to me.

I want to be very clear about something: resonance therapy has not been established as a treatment or cure for Alzheimer's disease, and the Rezzimax Tuner should not replace medical care or prescribed treatment.

But that doesn't mean there isn't a place for supportive approaches that may help a person feel more comfortable, regulated, connected, or physically engaged.

Resonance therapy uses gentle mechanical vibration to provide sensory input to the body. For some individuals, that sensory input may be calming and may help them become more aware of their body and their position in space.

And this is where I think my friend's story becomes so interesting.

She wasn't telling us that her mother's Alzheimer's disappeared.

She was telling us that she observed something different about her mother's posture and physical presentation when she used the Tuner.

Her mother, who had been leaning significantly to one side, appeared to straighten when the Tuner was being used.

That's an observation worth paying attention to.

It doesn't prove that resonance therapy is treating the underlying Alzheimer's disease. It does, however, raise an interesting question about whether sensory and resonance-based stimulation might provide useful supportive input for some people living with neurological challenges.

That's a distinction I think is important.

We don't have to overstate something to recognize that it may be meaningful.

Why Might Sensory Input Be Helpful?

The nervous system is constantly receiving information from the environment and from the body.

Touch, pressure, movement, sound, vibration, vision, and proprioceptive information all contribute to how the brain understands what is happening around us and where our body is in space.

For someone with neurological impairment, that sensory information can sometimes be difficult to organize.

A gentle, predictable sensory input may provide something familiar and reassuring.

For some people, it may simply be relaxing.

For others, it may encourage greater awareness of their body.

And for a caregiver, finding something that a loved one actually enjoys can be incredibly valuable.

The woman in our video said her mother gets excited when she sees the Rezzimax.

Honestly, I love hearing that.

When you're caring for someone with advanced Alzheimer's, you spend a lot of time trying to figure out what makes that person's day better.

If there is something safe and appropriate that they enjoy, that's worth something.

Supporting Lymphatic Drainage

One area of Alzheimer’s research that I find especially interesting is the connection between the brain and the lymphatic system.

We now know that the brain has its own waste-clearance network, often referred to as the glymphatic system, along with lymphatic vessels associated with the brain’s protective membranes. These systems help move fluid and metabolic waste away from the brain. Researchers are continuing to investigate how these pathways may be affected by aging and neurological diseases such as Alzheimer’s.

That raises an interesting question: Can we support the body's natural lymphatic drainage pathways?

While lymphatic drainage has not been proven to treat or reverse Alzheimer’s disease, supporting healthy lymphatic flow may be a valuable part of an overall wellness approach.

This is where the Rezzimax Tuner can be incorporated into a gentle lymphatic drainage routine.

Using the Tuner along specific lymphatic pathways provides gentle vibrational stimulation as you work through the body. The intention is to encourage movement through the lymphatic system while also providing calming sensory input.

We call this our Lymphatic Tune Up Rezzipe:

The technique focuses on gentle stimulation around key lymphatic areas, helping you work progressively through the body's drainage pathways rather than simply applying the Tuner to one location.

I especially like this approach because it is simple, gentle, and can become part of a person's regular self-care routine... or, when appropriate, something a caregiver can do with a loved one.

And sometimes that's what we're looking for.

Start With the Person, Not the Diagnosis

One of the biggest lessons I've learned from working with neurological and sensory approaches is that we can't treat every person the same.

A diagnosis tells us something important, but it doesn't tell us everything about the individual.

Someone with Alzheimer's may respond completely differently from another person with Alzheimer's.

So if you're considering sensory or resonance-based therapy, start slowly and pay attention.

• Does the person seem comfortable?
• Do they enjoy it?
• Do they become calmer?
• Do they seem more engaged?
• Does their posture or movement appear different?
• Are there any signs of discomfort or overstimulation?
• And most importantly, what does their healthcare provider recommend?

The goal isn't to force a therapy. Its to find supportive strategies that make life a little better.

Practical Tips for Families and Caregivers

If you are caring for someone with Alzheimer's, there are a few things that can make a meaningful difference.

1. Create predictable routines

People with Alzheimer's often do better when their day has a familiar rhythm.

Try to keep meals, medications, bathing, exercise, activities, and bedtime relatively consistent.

Predictability can reduce confusion and anxiety.

2. Make the environment safer

Falls and wandering can become serious concerns.

Remove unnecessary obstacles, improve lighting, use handrails where appropriate, and consider how furniture and household objects might affect someone whose balance or spatial awareness has changed.

If falls are occurring, talk with the person's healthcare team about a comprehensive fall-risk evaluation.

3. Keep them moving

Movement is important for both physical and cognitive health.

That doesn't necessarily mean a formal workout.

A walk, gentle stretching, dancing to familiar music, gardening, or simple movement around the house can all provide activity.

Of course, the activity should be appropriate for the individual's abilities and fall risk.

Research continues to examine physical activity, cognitive training, sleep, diet, and other lifestyle approaches as part of dementia prevention and care.

4. Keep activities simple and successful

One of the best pieces of advice I've seen from the National Institute on Aging is to adapt activities to what the person can successfully do.

Don't worry about whether an activity is "productive."

If they enjoy folding towels, let them fold towels.

If they like looking through old photographs, look through photographs.

If they enjoy music, play music.

The point is connection.

Activities should make the person feel capable rather than frustrated.

5. Use familiar music and memories

Music can sometimes reach people in ways that conversation can't.

Play songs they loved when they were younger.

Look at family photographs.

Tell stories.

Talk about places they remember.

Even when someone's ability to recall new information has declined significantly, familiar experiences can still be meaningful.

6. Pay attention to sleep

Sleep problems are common in Alzheimer's and can contribute to daytime confusion, irritability, and agitation.

Regular daytime activity, limiting late-day naps, and maintaining a consistent sleep schedule may help.

7. Don't argue with the disease

This one can be really hard.

If someone with Alzheimer's insists that something happened differently than it actually did, correcting them may not always accomplish much.

Sometimes reassurance is more helpful than proving a point.

Meet them where they are.

8. Watch for sudden changes

Alzheimer's is progressive, but a sudden change in confusion, behavior, mobility, or alertness shouldn't automatically be blamed on the disease.

Infections, medication effects, dehydration, pain, sleep problems, and other medical issues can cause sudden changes and may be treatable.

When something changes quickly, contact the person's healthcare provider.

9. Take care of the caregiver

This might be the most important one.

You cannot pour from an empty cup.

Caregivers need sleep, breaks, support, exercise, social connection, and sometimes professional respite care.

The National Institute on Aging specifically emphasizes the importance of support networks, respite care, education, and caregiver self-care.

And don't feel guilty for needing help.

You are not failing because you can't do everything yourself.

You're human.

Look for the Small Wins

I think this is perhaps the biggest message I want to leave families with.

Alzheimer's can make you feel like you're constantly losing ground.

Another memory disappears.

Another ability becomes more difficult.

Another responsibility gets added to the caregiver's list.

But sometimes there are still small victories.

A smile.

A favorite song.

A good night's sleep.

A walk around the yard.

A familiar face.

A moment of connection.

A loved one enjoying something they haven't enjoyed in a long time.

Those moments matter.

My friend who shared her story with us wasn't claiming that the Rezzimax cured her mother's Alzheimer's. She was sharing something much more personal: she found something that appeared to make a difference in how her mother felt and functioned, and her mother actually enjoyed it.

For a family living with advanced Alzheimer's, that can be a big deal.

We should continue researching every responsible avenue that might help people with neurological conditions live more comfortably and with greater dignity.

And we should remain honest about what we know, what we don't know, and what still needs to be studied.

That's how progress happens.

I believe there is room for both science and hope.

There is room for conventional medical treatment, rehabilitation, movement, nutrition, sleep, meaningful human connection, and supportive therapies.

And sometimes there is room for something as simple as sitting beside your mom, turning on the Rezzimax, and watching her straighten up and smile.

If that gives her a better moment, a little more comfort, or a little more connection with the people around her, I think that's worth paying attention to.

The goal isn't to promise a miracle. The goal is to keep looking for ways to make life better.

And as long as we're doing that, I think there is always room for hope.