Learn how chiropractic care can support your weight-loss journey and improve your overall well-being while managing obesity.

Abstract

I am Dr. Alexander Jimenez, DC, APRN, FNP-BC, CFMP, IFMCP, ATN, CCST. In this educational clinical post, I will explain the important relationship between aging, obesity, loss of skeletal muscle, metabolic dysfunction, cardiovascular risk, musculoskeletal pain, osteoarthritis, reduced mobility, sleep disruption, fatty liver disease, and functional decline.

One of the most important concepts I want patients to understand is that obesity is not simply an issue of body weight. Excess adipose tissue can affect nearly every major body system. For many older adults, one of its most immediate effects is on the musculoskeletal system.

Extra body weight increases the mechanical forces placed on the knees, hips, ankles, feet, pelvis, and spine. At the same time, adipose tissue can promote chronic low-grade inflammation. These mechanical and inflammatory effects may contribute to joint pain, osteoarthritis symptoms, low back pain, muscle fatigue, reduced mobility, balance problems, and difficulty exercising.

This can create a difficult cycle:

Pain leads to less movement. Less movement contributes to muscle loss. Muscle loss reduces metabolic capacity and joint support. Weight may increase further. The added weight puts more stress on painful joints, moving even harder.

For this reason, treating obesity in an older adult should involve much more than simply trying to lower the number on a scale.

At Injury Medical Clinic PA, also known as Mission Plaza Injury Medical Clinic, in El Paso, Texas, I work in a multidisciplinary model with Dr. Maria Guadalupe Cardenas, MD. Dr. Cardenas is board-certified in Internal Medicine, has more than 40 years of experience as an internist, and serves as the practice’s Medical Director and Collaborative Physician.

Our approach brings together medical oversight, chiropractic care, functional medicine, rehabilitation, nutrition, exercise, metabolic health management, and personal injury care.

Chiropractic treatment is not a direct treatment for obesity. However, appropriate nonsurgical chiropractic and rehabilitative care may help address musculoskeletal symptoms and mechanical limitations that make physical activity difficult.

If we can help a patient decrease pain, improve joint mobility, restore movement, strengthen supporting muscles, and feel more confident walking or exercising, we may help remove an important barrier to successful metabolic and weight-management care.

The ultimate goal is not simply weight loss.

The goal is better movement, greater strength, less pain, improved metabolic health, preserved independence, and a better quality of life.

Our Collaborative and Integrative Approach to Patient Care

At Injury Medical Clinic PA, our philosophy is based on coordinated patient care.

I am Dr. Alex Jimenez, and my clinical roles as a Doctor of Chiropractic and board-certified Family Nurse Practitioner allow me to work at the intersection of musculoskeletal health, rehabilitation, functional medicine, and primary medical care.

Our Medical Director and Collaborative Physician, Dr. Maria Guadalupe Cardenas, MD, provides the internal medicine perspective that is especially important when patients have several chronic conditions at the same time.

Older adults with obesity commonly present with more than one problem.

A patient may have:

• Type 2 diabetes
• Hypertension
• Abnormal cholesterol
• Osteoarthritis
• Chronic low back pain
• Knee or hip pain
• Poor balance
• Sarcopenia
• Fatty liver disease
• Sleep apnea
• Reduced physical activity
• Vitamin deficiencies
• Multiple medications
• A history of falls or injuries

Treating only one part of this picture may leave important barriers unaddressed.

Our multidisciplinary model may include:

• Integrative chiropractic care: Conservative management focused on joint mobility, spinal and extremity mechanics, pain, movement, posture, and functional rehabilitation.
• Medical oversight: Evaluation and management of chronic diseases, medications, laboratory findings, and metabolic risk.
• Functional medicine: Assessment of lifestyle, nutrition, metabolic dysfunction, sleep, inflammation, and other potentially modifiable contributors.
• Personal injury care: Evaluation and rehabilitation following motor vehicle collisions, falls, workplace injuries, and other trauma.
• Physical rehabilitation: Progressive strengthening, balance training, mobility work, corrective exercise, and functional conditioning.
• Nutritional counseling: Individualized nutrition designed to support metabolic health, muscle preservation, recovery, and healthy aging.

This model becomes especially valuable in sarcopenic obesity.

A patient may need medical management for diabetes and hypertension while also needing help with painful knees, spinal stiffness, weakness, poor balance, and difficulty exercising.

Instead of treating these concerns as unrelated, we look at how they interact.

Understanding Sarcopenic Obesity in Older Adults

When I evaluate adults over age 60, I do not look only at body weight.

I look at:

• Body composition
• Waist circumference
• Muscle mass
• Muscle strength
• Mobility
• Balance
• Pain
• Gait
• Functional ability
• Metabolic health
• Sleep
• Fall risk

One of the most clinically important conditions in this population is sarcopenic obesity.

Sarcopenic obesity describes excess body fat combined with reduced skeletal muscle mass, strength, or physical performance.

A person may therefore carry substantial body weight but have surprisingly little functional muscle.

This is important because BMI cannot tell us how much of a person’s weight comes from fat and how much comes from muscle.

A patient might have only a moderately elevated BMI but still have:

• A large waist circumference
• Visceral fat
• Weak legs
• Poor balance
• Reduced grip strength
• Insulin resistance
• Knee pain
• Difficulty walking
• Reduced exercise capacity

This is why I consider sarcopenic obesity a metabolic, inflammatory, and musculoskeletal condition at the same time.

Why Body Composition Matters More Than Weight Alone

As we age, body composition naturally changes.

Lean skeletal muscle tends to decrease while body fat tends to increase.

Fat is also more likely to accumulate around the abdomen and internal organs. This is called visceral adiposity.

Visceral fat is biologically active.

It releases inflammatory signaling molecules that may contribute to:

• Insulin resistance
• Abnormal blood sugar
• Vascular dysfunction
• Chronic inflammation
• Muscle breakdown
• Fatigue
• Cardiovascular risk

At the same time, losing muscle creates its own problems.

Muscle isn’t simply tissue that lets us lift weights.

Skeletal muscle plays a major role in:

• Glucose disposal
• Insulin sensitivity
• Energy use
• Balance
• Posture
• Joint stability
• Bone loading
• Walking
• Functional independence

As muscle declines, the body becomes less capable of handling glucose efficiently and supporting joints during everyday movement.

That is why preserving muscle becomes one of the most important goals of healthy aging.

Obesity and Musculoskeletal Pain: A Major Comorbidity

One of the most important additions to the obesity discussion is musculoskeletal pain.

Patients often think of obesity primarily in terms of diabetes or cardiovascular health.

However, obesity can also profoundly affect the muscles, joints, spine, and connective tissues.

There are two major reasons.

Increased Mechanical Loading

Extra body weight places additional force across weight-bearing joints.

These include:

• Knees
• Hips
• Ankles
• Feet
• Sacroiliac joints
• Lumbar spine

During walking and climbing stairs, forces through these joints can be several times body weight.

This means even a moderate increase in body weight can significantly increase the cumulative load experienced over thousands of daily steps.

Over time, this may contribute to:

• Joint irritation
• Osteoarthritis symptoms
• Reduced range of motion
• Mechanical low back pain
• Muscle fatigue
• Altered gait
• Reduced exercise tolerance

Chronic Inflammatory Activity

Obesity is also a biochemical problem.

Adipose tissue can release inflammatory signaling molecules that contribute to chronic systemic inflammation.

This means joint pain may not be caused only by excess mechanical loading.

Inflammation may also influence pain sensitivity and joint tissues.

Therefore, obesity-related musculoskeletal symptoms often involve both:

Mechanical stress + inflammatory stress

This is one reason improving metabolic health and musculoskeletal function should often happen together.

Obesity, Low Back Pain, and Spinal Stress

Low back pain is extremely common among adults with obesity.

Excess abdominal weight can shift the body’s center of gravity forward.

To remain upright, the lumbar muscles may need to work harder.

Over time, this may contribute to:

• Lumbar muscle fatigue
• Increased lumbar lordosis in some patients
• Postural compensation
• Joint stiffness
• Reduced spinal mobility
• Difficulty standing
• Difficulty walking
• Pain during bending or lifting

Degenerative spinal changes may further complicate these symptoms.

When back pain becomes persistent, patients often reduce activity.

They may stop walking.

They may stop strength training.

They may avoid household activities.

Muscles then weaken and become more deconditioned.

This can make the spine less resilient and may further reduce activity.

The treatment strategy therefore needs to address both the pain and the deconditioning that follows it.

Knee Osteoarthritis, Obesity, and Mobility Loss

The knee is one of the most common sites of obesity-related musculoskeletal symptoms.

Every step transfers force through the knee.

Excess body weight increases that load.

At the same time, weak quadriceps and hip muscles may provide less support.

Patients may experience:

• Pain when standing
• Pain when walking
• Difficulty climbing stairs
• Trouble rising from a chair
• Morning stiffness
• Reduced range of motion
• Swelling
• Fear of exercise

This can produce another cycle:

Knee pain? less walking? weaker legs? poorer joint support? greater difficulty walking? more inactivity

Nonsurgical care may be particularly valuable at this stage.

The goal is not to promise that chiropractic treatment will reverse osteoarthritis.

The goal is to improve the mechanical environment around the painful joint, reduce modifiable movement restrictions, strengthen surrounding muscles, and help the patient participate in an appropriate activity program.

Hip, Foot, and Ankle Symptoms

Obesity may also affect the hips, ankles, and feet.

The feet provide the base for the entire kinetic chain.

Excess load may contribute to problems involving:

• Plantar fascia
• Heel
• Arch
• Ankle
• Midfoot

Foot pain can change walking mechanics.

That altered gait can then influence the:

• Knee
• Hip
• Pelvis
• Sacroiliac region
• Lumbar spine

Similarly, painful or restricted hips may change stride length and pelvic movement.

That is why I evaluate the entire kinetic chain rather than looking only at where the patient reports pain.

The Pain-Inactivity-Weight Cycle

One of the most useful ways to understand obesity-related musculoskeletal decline is through what I call the pain-inactivity-weight cycle.

It often begins with something simple.

A patient’s knee hurts.

Walking becomes uncomfortable.

The patient walks less.

After several months of reduced activity:

• Leg muscles become weaker.
• Cardiovascular conditioning declines.
• Daily energy expenditure decreases.
• Balance may worsen.
• Joint stiffness increases.
• Body fat may increase.
• Insulin sensitivity may worsen.

The additional weight and weaker muscles then place even greater stress on the painful knee.

Pain increases.

The patient becomes even less active.

The same pattern can occur with low back pain, hip pain, foot pain, or an injury.

Breaking this cycle is one of the most important goals of integrative care.

Why Muscle Loss Becomes Dangerous After Age 60

Sarcopenia is the progressive loss of muscle mass and function that occurs with aging.

The process may begin decades before symptoms become obvious.

Several factors contribute.

Changes in the Nervous System

As we age, motor neurons and motor units may decline.

This can reduce the nervous system’s ability to activate muscle fibers efficiently.

Low Protein Intake

Many older adults do not consume enough protein.

Common reasons include:

• Reduced appetite
• Dental problems
• Difficulty preparing meals
• Limited income
• Changes in taste
• Living alone
• Chronic illness

Without adequate protein, maintaining muscle becomes increasingly difficult.

Chronic Low-Grade Inflammation

Inflammation can promote muscle breakdown.

Obesity may intensify this process.

Mitochondrial Dysfunction

Mitochondria produce cellular energy.

Declining mitochondrial efficiency may contribute to fatigue, reduced exercise tolerance, and impaired muscle recovery.

Sedentary Behavior

This may be one of the most modifiable contributors.

Muscle requires regular loading.

Without resistance, strength, and weight-bearing activity, muscle mass declines more rapidly.

Why Obesity and Sarcopenia Reinforce Each Other

The interaction is bidirectional.

Obesity Can Worsen Sarcopenia

Excess adipose tissue may contribute to:

• Chronic inflammation
• Pain
• Reduced physical activity
• Insulin resistance
• Poorer muscle quality

When movement becomes difficult, the anabolic stimulus needed to preserve muscle becomes weaker.

Sarcopenia Can Worsen Obesity

When muscle mass declines:

• Resting energy expenditure may fall.
• Activity becomes more difficult.
• Glucose disposal declines.
• Exercise tolerance falls.
• Daily calorie expenditure decreases.

This makes further fat accumulation easier.

The result is a self-reinforcing cycle that may increase the risk of:

• Frailty
• Falls
• Metabolic disease
• Disability
• Loss of independence

Musculoskeletal Pain as a Barrier to Weight Management

One of the most common recommendations given to a patient with obesity is:

“Exercise more.”

But this advice may not be useful if movement hurts.

Imagine an older patient with obesity who also has:

• Knee osteoarthritis
• Low back pain
• Hip stiffness
• Foot pain
• Poor balance

Walking for 30 minutes may be unrealistic.

Performing squats may hurt.

Climbing stairs may be difficult.

The problem is not necessarily lack of motivation.

The patient may have a genuine mechanical barrier to activity.

This is where nonsurgical musculoskeletal care can become useful.

Before asking a patient to increase exercise substantially, I often ask:

What is preventing this person from moving?

Discovering the Benefits of Chiropractic Care- Video

Integrative Chiropractic Care as a Nonsurgical Option

Chiropractic care is not a treatment for obesity itself.

However, conservative chiropractic management may help selected patients address musculoskeletal symptoms that interfere with movement and rehabilitation.

Depending on the patient’s condition, nonsurgical care may include:

• Spinal manipulation when appropriate
• Low-force chiropractic techniques
• Joint mobilization
• Soft-tissue therapy
• Myofascial techniques
• Corrective exercise
• Neuromuscular re-education
• Core stabilization
• Balance training
• Gait retraining
• Flexibility work
• Therapeutic strengthening
• Nonsurgical decompression in appropriately selected spinal conditions

Treatment must be individualized.

In an older adult, I consider:

• Bone density
• Osteoporosis
• Neurological findings
• Cardiovascular health
• Medications
• Previous fractures
• Joint degeneration
• Surgical history
• Balance
• Frailty
• Imaging when clinically indicated

The goal is always to choose the least invasive approach appropriate for the patient’s condition.

Chiropractic Care as a Bridge to Greater Physical Activity

I often think of musculoskeletal treatment as a bridge.

The first goal may not be vigorous exercise.

The first goal may simply be helping the patient move with less discomfort.

For example, suppose a patient can walk for only five minutes before knee or back pain becomes significant.

If conservative care, rehabilitation, and progressive strengthening allow that person to walk 10 minutes, that is meaningful progress.

If they later reach 20 minutes, they have doubled their capacity again.

That increased activity may then support:

• Better glucose control
• Increased energy expenditure
• Improved cardiovascular fitness
• Better balance
• Stronger muscles
• Improved sleep
• Better mood

The larger pathway becomes:

Less pain? Better movement? More activity? stronger muscles? Better function? greater independence

Hormone Replacement Therapy and Androgen Balance in Aging Adults

In males, testosterone replacement therapy may be considered in selected patients who have appropriate clinical symptoms and documented hormonal deficiency.

Testosterone influences:

• Muscle protein synthesis
• Red blood cell production
• Libido
• Mood
• Energy
• Body composition

Low testosterone may contribute to reduced lean mass and increased fat mass.

However, testosterone treatment is not appropriate for everyone.

Important considerations include:

• Cardiovascular health
• Prostate health
• Polycythemia risk
• Sleep apnea
• Fluid retention
• Baseline hormone levels
• Medication use
• Functional goals

Evidence regarding cardiovascular outcomes has evolved, so testosterone therapy should remain individualized, medically supervised, and monitored through appropriate laboratory testing and clinical follow-up.

Lifestyle treatment remains essential even when hormone therapy is used.

Resistance exercise, protein intake, sleep, metabolic health, and rehabilitation remain foundational.

Estrogen, Menopause, Lean Mass, and Musculoskeletal Function

Estrogen influences several systems important to healthy aging.

These include:

• Bone metabolism
• Muscle function
• Fat distribution
• Vascular health
• Inflammation
• Insulin sensitivity
• Connective tissues

After menopause, declining estrogen may contribute to changes in bone density, body composition, and musculoskeletal function.

Hormone therapy may be considered in appropriately selected patients after an individualized medical assessment.

Important considerations include:

• Age
• Time since menopause
• Cardiovascular risk
• Clotting history
• Stroke risk
• Uterine status
• Bone density
• Symptoms
• Patient preferences

Hormone therapy should not be viewed as a replacement for:

• Exercise
• Adequate protein
• Weight-bearing activity
• Sleep
• Nutrition
• Metabolic management

Protein Intake as a Foundation for Muscle Preservation

Adequate protein is one of the most practical interventions for helping preserve muscle during aging and weight reduction.

Older muscle often becomes less responsive to smaller protein doses.

This phenomenon is often called anabolic resistance.

For many older adults with sarcopenic obesity, evidence-informed protein intake may fall somewhere around:

1.2 to 1.6 grams of protein per kilogram per day

This must be individualized.

Protein recommendations can change based on:

• Kidney function
• Liver disease
• Activity
• Frailty
• Appetite
• Digestive tolerance
• Injury
• Wound healing
• Overall nutritional status

Many patients consume far less protein than they realize.

Breakfast may consist of coffee and toast.

Lunch may be soup.

Dinner may contain only a small amount of protein.

Over time, inadequate protein combined with inactivity can accelerate muscle loss.

Why Whey Protein Is Often Useful

Whey protein can be useful because it is:

• Convenient
• Easily prepared
• Rich in essential amino acids
• High in leucine
• Well studied in muscle protein synthesis
• Useful when appetite is limited

Leucine helps activate cellular pathways involved in muscle protein synthesis.

Other useful protein sources may include:

• Eggs
• Greek yogurt
• Cottage cheese
• Fish
• Poultry
• Lean meats
• Tofu
• Tempeh
• Beans
• Lentils
• Plant-based protein powders

The important point is consistency.

Older muscles need regular nutritional and mechanical stimulation.

Vitamin D, Bone Health, and Muscle Function

Vitamin D is often discussed in relation to bones, but it also supports muscle function.

Low vitamin D status may be associated with:

• Weakness
• Poor balance
• Reduced muscle performance
• Increased fall risk
• Bone loss

Older adults may have a greater risk of deficiency because of:

• Reduced skin synthesis
• Less outdoor activity
• Reduced daylight exposure
• Limited dietary intake
• Medication effects
• Kidney changes
• Increased sequestration of vitamin D in adipose tissue

Vitamin D status should be considered together with:

• Calcium intake
• Magnesium status
• Bone density
• Kidney function
• Fall history

Magnesium, Selenium, and Other Micronutrients

Micronutrients do not replace exercise or adequate nutrition, but deficiencies can make recovery more difficult.

Nutrients I may consider as part of a broader assessment include:

• Vitamin D
• Magnesium
• Selenium
• Vitamin B12
• Folate
• Zinc
• Omega-3 fatty acids
• Iron when clinically indicated

Magnesium supports muscle contraction, nerve function, glucose regulation, and cellular energy production.

Selenium supports antioxidant enzyme systems.

Supplementation should be individualized rather than applied universally.

Resistance Training: The Core Exercise Strategy

If I had to choose one form of exercise that is especially important for sarcopenic obesity, it would be progressive resistance training.

Resistance exercise helps:

• Preserve lean mass
• Increase strength
• Improve joint support
• Improve glucose disposal
• Improve balance
• Improve bone loading
• Reduce frailty
• Improve activities of daily living

Appropriate exercises may include:

• Chair squats
• Sit-to-stand exercises
• Resistance bands
• Cable machines
• Light dumbbells
• Step-ups
• Wall push-ups
• Hip bridges
• Heel raises
• Supported machine exercises

The key is progressive loading.

The patient does not need to begin with heavy resistance.

They need an appropriate starting point and a safe progression.

Why Musculoskeletal Treatment Can Support Strength Training

Pain frequently stops patients from participating in resistance exercise.

Someone with painful knees may avoid squats.

Someone with low back pain may avoid lifting.

Someone with hip restriction may struggle to walk or step.

Someone with shoulder pain may avoid upper-body exercises.

This is one area where nonsurgical chiropractic and rehabilitation care can complement metabolic treatment.

We may address:

• Joint restrictions
• Painful movement patterns
• Muscle imbalance
• Posture
• Core control
• Gait abnormalities
• Mobility limitations

As symptoms improve, we progressively transition toward active strengthening.

The goal is not long-term dependence on passive treatment.

The goal is greater self-sufficient movement.

Walking and Functional Longevity

Walking remains one of the simplest forms of physical activity.

For an older adult who has been sedentary, walking may initially seem difficult.

That is why I start with achievable goals.

For one patient, five minutes may be appropriate.

For another, walking to the end of the driveway and back may be the right starting point.

The principle is gradual progression.

Walking may help:

• Improve circulation
• Support cardiovascular health
• Improve glucose utilization
• Maintain joint movement
• Improve mood
• Build endurance
• Support bone loading

From a musculoskeletal perspective, walking also encourages coordinated movement of the hips, pelvis, and spine.

The LIFE Study and Structured Exercise

The LIFE Study demonstrated an important point.

Older adults at risk of mobility disability benefited from a structured exercise program rather than vague advice to “be active.”

The program included:

• Walking
• Resistance training
• Balance exercises
• Flexibility exercises

Participants receiving structured physical activity had a reduced risk of major mobility disability.

This reinforces an important clinical lesson:

Older adults often need a program, not just advice.

A well-designed program provides:

• Clear exercises
• Appropriate progression
• Accountability
• Safety
• Reassessment

Chiropractic and rehabilitative care can help prepare painful or deconditioned patients for this type of program.

Sitting, Screen Time, and Musculoskeletal Health

Physical activity is only one side of the equation.

We also need to look at how much time people spend sitting.

Long periods of inactivity can contribute to:

• Reduced energy expenditure
• Muscle deconditioning
• Hip stiffness
• Poor posture
• Neck discomfort
• Back discomfort
• Reduced circulation

Extended phone, tablet, and computer use may also encourage a forward-head and rounded-shoulder posture.

For some patients, reducing uninterrupted sitting is a realistic first step.

I may recommend periodically:

• Standing
• Walking
• Stretching
• Changing positions
• Performing gentle mobility exercises

The goal is not perfect posture every second of the day.

The goal is movement variety.

Whole-Body Electromyostimulation

Whole-body electromyostimulation, or WB-EMS, has attracted interest as an alternative or adjunct for people who have difficulty performing conventional strength training.

It uses controlled electrical stimulation to produce muscular contractions.

Potential advantages include:

• Short sessions
• Relatively low joint loading
• Accessibility for selected deconditioned patients
• Ability to stimulate several muscle groups

However, it should not replace progressive resistance exercise when conventional exercise is possible.

Limitations include:

• Cost
• Availability
• Need for supervision
• Contraindications
• Variable tolerance
• Less evidence than traditional strength training

I view WB-EMS as a possible bridge for selected patients rather than a complete exercise solution.

Pharmacotherapy for Obesity in Older Adults

Medication may be appropriate for some older adults as part of a broader obesity-management plan.

However, older adults frequently have:

• Multiple chronic conditions
• Polypharmacy
• Reduced kidney function
• Reduced muscle mass
• Greater dehydration risk
• Increased fall risk

This makes medication selection more complex.

The goal should not simply be rapid scale-weight reduction.

We need to ask:

Is this treatment improving the patient’s health without sacrificing muscle and function?

Polypharmacy

Polypharmacy is common in older adults.

Some patients take five, ten, or even more medications.

Every new medication creates another opportunity for:

• Drug interactions
• Dizziness
• Fatigue
• Appetite changes
• Dehydration
• Blood pressure changes
• Falls

This is why medication reconciliation is an important part of obesity treatment.

Orlistat

Orlistat reduces dietary fat absorption.

Potential concerns in older adults include:

• Reduced absorption of fat-soluble vitamins
• Medication absorption issues
• Warfarin-related concerns
• Kidney stone risk
• Gastrointestinal side effects

Because vitamin D is already an important issue in older adults, reduced absorption of fat-soluble nutrients deserves particular attention.

Phentermine/Topiramate

Phentermine/topiramate can reduce appetite, but its potential adverse effects deserve careful consideration.

Possible concerns include:

• Increased heart rate
• Cognitive effects
• Vision changes
• Kidney effects
• Drug interactions

For an older adult already experiencing memory complaints or cardiovascular concerns, these issues may be particularly relevant.

Naltrexone/Bupropion

Naltrexone/bupropion affects reward and appetite pathways.

Important considerations include:

• Drug interactions
• Kidney clearance
• Dizziness
• Tremor
• Insomnia
• Seizure risk

From a mobility standpoint, dizziness and tremor deserve special attention because they may increase fall risk.

GLP-1 Receptor Agonists and Related Therapies

GLP-1 receptor agonists have changed obesity and diabetes management.

They can help:

• Reduce appetite
• Improve glycemia
• Reduce body weight
• Improve cardiovascular outcomes in selected populations.

However, substantial weight loss raises a particularly important concern in older adults:

How much muscle is being lost along with the fat?

For this reason, treatment should be paired with:

• Adequate protein
• Resistance training
• Functional rehabilitation
• Strength monitoring
• Hydration
• Nutritional monitoring

Liraglutide

Liraglutide has demonstrated weight-loss and metabolic benefits in adults, including older participants.

Gastrointestinal adverse effects may become more important with advancing age.

These can include:

• Nausea
• Vomiting
• Diarrhea
• Reduced appetite

If these symptoms lead to poor food and protein intake, frail patients may become nutritionally vulnerable.

Semaglutide

Semaglutide can produce substantial weight reduction.

It also has cardiovascular outcome data supporting benefits in selected people with obesity and established cardiovascular disease.

For older adults, I remain particularly concerned about:

• Lean mass preservation
• Protein intake
• Dehydration
• Gastrointestinal tolerance
• Functional strength

A patient’s success should therefore not be measured solely by the scale.

Tirzepatide

Tirzepatide targets both GIP and GLP-1 pathways.

Studies have demonstrated substantial effects on:

• Weight reduction
• Glycemic control
• Metabolic health

Major clinical programs included older adults, but preserving muscle remains a clinical priority.

The same principles apply:

Lose excess fat while defending skeletal muscle.

Protecting Muscle During Medical Weight Loss

When an older adult is using a medication that significantly reduces appetite, I emphasize several protective measures.

Protein

Adequate protein provides the amino acids the body needs for muscle maintenance.

Resistance Exercise

Muscle needs a reason to remain.

Resistance training provides that signal.

Hydration

Reduced appetite and gastrointestinal symptoms may also reduce fluid intake.

Functional Monitoring

We can track:

• Chair-rise ability
• Gait speed
• Grip strength
• Walking tolerance
• Balance

If body weight is falling rapidly while function is worsening, the treatment plan deserves reassessment.

Bariatric Surgery in Older Adults

For some adults with severe obesity, bariatric surgery may be considered.

Older adults require especially careful evaluation.

Important questions include:

• Is the patient frail?
• Can the patient tolerate surgery?
• Can the patient complete rehabilitation afterward?
• Is there adequate family or social support?
• Can the patient follow lifelong nutritional requirements?
• Are cognition and memory sufficient for complex postoperative instructions?

Potential benefits may include improvements in:

• Diabetes
• Cardiovascular health
• Fatty liver disease
• Joint symptoms
• Mobility

However, nutritional deficiencies and muscle loss are major considerations.

After surgery, careful monitoring of:

• Protein
• Vitamin B12
• Iron
• Calcium
• Vitamin D
• Overall nutrition

becomes essential.

Chiropractic Care Before and After Major Weight Loss

Significant weight loss changes biomechanics.

As body mass decreases:

• Gait may change.
• Joint loading changes.
• Posture may change.
• Balance may change.
• Previously inactive muscles may begin working differently.

Conservative musculoskeletal care and progressive rehabilitation may help patients adapt to these changes.

Before major weight loss, reducing pain may help patients become more active.

After weight loss, strengthening and movement retraining may help patients take advantage of their improved mobility.

Diagnosing Sarcopenic Obesity

Diagnosis begins with suspicion.

Step 1: Look for Obesity and Central Adiposity

This may include:

• BMI
• Waist circumference
• Waist-to-height ratio

Step 2: Look for Sarcopenia Red Flags

These may include:

• Weakness
• Falls
• Fatigue
• Slower walking
• Difficulty rising from a chair
• Reduced mobility
• Recent hospitalization
• Prolonged inactivity
• Poor protein intake

Step 3: Use SARC-F

SARC-F evaluates:

1. Strength
2. Assistance with walking
3. Rising from a chair
4. Climbing stairs
5. Falls

A higher score indicates the need for further evaluation.

Step 4: Assess Function

Useful tests may include:

• Grip strength
• Gait speed
• Chair-stand testing
• DEXA
• Bioelectrical impedance analysis

These measures help us understand something BMI cannot show:

What can the patient actually do?

Chair-Stand Testing

Chair-rise ability is especially useful because standing up from a chair requires:

• Quadriceps strength
• Hip strength
• Balance
• Core control
• Coordination

Difficulty performing repeated chair stands may reveal functional weakness that would otherwise be missed.

For patients with obesity and knee pain, I also pay attention to how they perform the movement.

Does the patient:

• Shift heavily to one side?
• Push through the arms?
• Collapse inward at the knees?
• Lean excessively forward?
• Report knee or back pain?

These movement patterns help guide rehabilitation.

Treatment of Sarcopenic Obesity: Change the Goal

The treatment goal should not simply be:

Lose weight.

A better goal is:

Reduce excess fat while maintaining or improving muscle, mobility, balance, and independence.

That represents a major change in thinking.

A patient who loses 20 pounds but becomes weaker has not necessarily achieved the outcome we want.

A patient who loses a moderate amount of fat while becoming stronger, walking farther, and experiencing less pain may have achieved a far more meaningful improvement.

Cardiovascular Risk, Obesity, and Aging

Obesity contributes to cardiovascular disease through several pathways.

These include:

• Insulin resistance
• Hypertension
• Inflammation
• Dyslipidemia
• Vascular dysfunction
• Sleep apnea

Central obesity deserves particular attention because visceral adiposity is strongly associated with cardiometabolic risk.

Epicardial Fat and Cardiac Function

Fat can accumulate around the heart.

This is known as epicardial adipose tissue.

It is metabolically active and may contribute to local inflammation and cardiac remodeling.

Research has associated obesity with:

• Diastolic dysfunction
• Altered cardiac structure
• Atrial remodeling
• Atrial fibrillation
• Heart failure with preserved ejection fraction

These risks further reinforce the importance of addressing obesity comprehensively.

Insulin Resistance Is More Than a Blood Sugar Problem

Insulin resistance can contribute to:

• Endothelial dysfunction
• Abnormal lipid metabolism
• Vascular stiffness
• Inflammation
• Hypertension
• Cardiovascular disease

It also interacts closely with skeletal muscle.

Because muscle is a major site for glucose uptake, losing muscle may worsen insulin resistance.

This is another reason muscle preservation belongs at the center of metabolic treatment.

Type 2 Diabetes in Older Adults

Diabetes management in older adults requires balance.

Aggressive glucose lowering is not always appropriate if it substantially increases hypoglycemia risk.

Low blood sugar can lead to:

• Dizziness
• Weakness
• Confusion
• Falls
• Emergency care

A1C targets should therefore consider:

• Age
• Frailty
• Cognitive status
• Kidney function
• Cardiovascular health
• Hypoglycemia history
• Medication burden

Metformin and Vitamin B12

Metformin remains commonly used in type 2 diabetes.

Long-term use can reduce vitamin B12 absorption.

Older adults are already at increased risk for B12 deficiency.

Low B12 can contribute to:

• Neuropathy
• Fatigue
• Anemia
• Balance difficulties
• Cognitive symptoms

Monitoring B12 is therefore especially useful in older patients taking metformin.

SGLT2 Inhibitors

SGLT2 inhibitors provide important metabolic, renal, and cardiovascular benefits in selected patients.

However, older adults may require monitoring for:

• Dehydration
• Orthostatic hypotension
• Genitourinary infections
• Kidney function
• Dizziness

These concerns matter because dizziness and low blood pressure can increase fall risk.

Depression, Obesity, Pain, and Physical Activity

Mental health and physical health are closely connected.

Depression can make weight management much more difficult.

It may lead to:

• Reduced motivation
• Emotional eating
• Poor sleep
• Social isolation
• Inactivity
• Poor adherence

Chronic pain may further worsen mood.

A person who hurts every time they move can become discouraged.

This is why an effective treatment plan may need to address:

• Pain
• Mood
• Sleep
• Social support
• Nutrition
• Activity

We need to understand why a patient is inactive instead of assuming they do not want to exercise.

Osteoarthritis, Obesity, and Movement Limitation

Osteoarthritis is one of the most important musculoskeletal comorbidities associated with obesity.

Obesity may influence osteoarthritis through two major mechanisms.

Mechanical Stress

Greater body weight increases cumulative joint loading.

Inflammatory Signaling

Adipose tissue can increase systemic inflammatory activity.

Pain then reduces physical activity.

Reduced activity weakens the muscles supporting the joint.

This can make it even harder.

That is the cycle we are trying to interrupt.

Nonsurgical Care for Obesity-Related Joint Symptoms

Nonsurgical treatment may combine several approaches.

Depending on the patient, these may include:

• Chiropractic care
• Joint mobilization
• Therapeutic exercise
• Soft-tissue techniques
• Physical rehabilitation
• Weight-management strategies
• Resistance training
• Water exercise
• Walking progression
• Balance training
• Nutritional support

No single treatment replaces the others.

The most useful plan is often coordinated.

Why Chiropractic Care Fits Into This Model

My chiropractic training helps me evaluate movement.

I assess:

• Spine mobility
• Pelvic mechanics
• Hip mobility
• Knee function
• Foot mechanics
• Posture
• Gait
• Balance
• Muscle control
• Neurological findings

Treatment aims to help the patient move as efficiently and comfortably as possible.

When appropriate, manual therapy may help improve joint motion and provide short-term pain relief.

That improvement creates an opportunity.

We then use exercise and rehabilitation to make those gains more durable.

The goal is ultimately to help the patient do more independently.

Dementia, Midlife Obesity, and Late-Life Body Composition

Midlife obesity has been associated with a greater risk of cognitive decline later in life.

Possible contributors include:

• Insulin resistance
• Hypertension
• Vascular disease
• Sleep apnea
• Chronic inflammation
• Dyslipidemia

Late-life body composition is more complex.

Very low body weight and substantial muscle loss can also signal poor health.

This is another reason we should not focus on weight alone.

Healthy aging requires:

• Metabolic health
• Adequate muscle
• Physical activity
• Good sleep
• Appropriate nutrition

Sleep, Obesity, Pain, and Recovery

Sleep plays an important role in:

• Appetite
• Hormones
• Glucose regulation
• Pain sensitivity
• Muscle recovery
• Mood

Poor sleep may increase hunger while reducing satiety.

It may also worsen pain sensitivity.

A patient who sleeps poorly because of knee or back pain may have less energy the next day and become less active.

This may further worsen metabolic health.

Sleep Apnea

Obstructive sleep apnea is common in people with obesity.

Untreated sleep apnea may contribute to:

• Fatigue
• Hypertension
• Poor glucose control
• Cardiovascular risk
• Reduced concentration

Patients with concerning symptoms should receive appropriate medical evaluation.

MASLD, MASH, and Metabolic Liver Health

Metabolic dysfunction-associated steatotic liver disease, or MASLD, is closely associated with:

• Obesity
• Insulin resistance
• Type 2 diabetes
• Dyslipidemia
• Hypertension
• Visceral adiposity

MASH describes a more inflammatory form of metabolic liver disease.

Weight management and metabolic improvement are central parts of treatment.

Aging and Liver Function

Aging may reduce the liver’s ability to recover from repeated metabolic stress.

Possible mechanisms include:

• Telomere shortening
• Mitochondrial dysfunction
• Oxidative stress
• Epigenetic changes
• Cellular senescence

Obesity may accelerate some of these processes by increasing metabolic and inflammatory stress.

Medical Therapies for Metabolic Liver Disease

Treatment focuses heavily on improving the underlying metabolic environment.

Depending on the patient, management may involve:

• Weight reduction
• Diabetes treatment
• Lipid management
• Physical activity
• Nutrition
• Blood pressure management

Some medications used for metabolic disease may also improve liver-related outcomes in selected patients.

Clinical Case Study: Mrs. Armstrong

Consider Mrs. Armstrong, a 68-year-old woman with:

• Sarcopenic obesity
• Type 2 diabetes
• Hypertension
• Abnormal cholesterol
• Knee osteoarthritis

She was moderately active until a fall six months ago.

Since then, bilateral knee pain and fear of another fall have caused her to reduce her activity dramatically.

This is exactly how sarcopenic obesity can progress.

Nutritional Concerns

Her protein intake is approximately 0.5 grams per kilogram per day.

This may not be enough to support muscle preservation.

A practical nutritional strategy might include:

• Adding protein at breakfast
• Choosing affordable protein sources
• Using whey protein when appropriate
• Adding eggs
• Using Greek yogurt or cottage cheese
• Choosing beans or lentils
• Using canned fish when appropriate
• Spreading protein across the day

Consider kidney function and other medical conditions before making major protein changes.

Her Fall Changes Everything

Before the fall, Mrs. Armstrong was active enough to maintain some strength.

After the fall:

• Pain increased.
• Confidence decreased.
• Walking decreased.
• Muscle strength declined.
• Her fear of falling increased.

This demonstrates why treating pain and restoring mobility can be essential parts of metabolic care.

Musculoskeletal Evaluation

I would assess:

• Knee range of motion
• Hip strength
• Quadriceps strength
• Ankle mobility
• Foot mechanics
• Pelvic control
• Lumbar movement
• Balance
• Gait
• Neurological findings
• Fall risk

We would also consider whether:

• Neuropathy contributed to the fall
• Vision contributed
• Medication-related dizziness contributed
• Muscle weakness contributed

Nonsurgical Treatment Strategy

Her conservative program might include:

• Gentle joint mobilization
• Appropriate chiropractic care
• Soft-tissue work
• Hip strengthening
• Quadriceps strengthening
• Sit-to-stand training
• Balance drills
• Low-impact conditioning
• Progressive walking
• Nutrition support
• Medical diabetes management

Manual care is not meant to replace exercise.

It makes movement more tolerable, so exercise becomes possible.

From Pain Relief to Functional Improvement

Imagine Mrs. Armstrong initially tolerates only five minutes of walking.

After several weeks of appropriate conservative treatment and rehabilitation, she reaches 10 minutes.

Later, she reaches 20 minutes.

Her legs become stronger.

Standing becomes easier.

Her confidence improves.

She begins moving more around the house.

This increase in movement may support:

• Better glucose regulation
• Increased muscle retention
• Better cardiovascular conditioning
• Improved sleep
• Better mood
• Greater independence

That is the broader goal of integrative care.

Functional Medicine Perspective

Functional medicine asks us to consider how multiple systems interact.

For a patient with sarcopenic obesity, I may evaluate:

• Food quality
• Protein intake
• Blood sugar
• Insulin resistance
• Sleep
• Stress
• Liver function
• Pain
• Medications
• Hormones
• Physical activity
• Injury history
• Social factors

This approach complements rather than replaces conventional medical care.

Personal Injury and Sarcopenic Obesity

Body composition also matters after an injury.

An older patient with obesity and low muscle mass may recover differently after:

• A motor vehicle collision
• A workplace injury
• A fall
• Other trauma

Potential challenges include:

• Lower exercise tolerance
• Greater pain-related inactivity
• Slower return to function
• Balance problems
• Reduced confidence
• Greater deconditioning

Rehabilitation must therefore be individualized.

Rehabilitation Phases

Phase 1: Reduce Pain and Restore Safe Motion

Treatment may include:

• Gentle mobility
• Appropriate manual care
• Pain education
• Isometric exercises
• Supported walking

Phase 2: Build Stability and Confidence

We may progress to:

• Core stabilization
• Hip strengthening
• Balance exercises
• Gait training
• Sit-to-stand exercises
• Resistance bands

Phase 3: Build Strength and Capacity

This may include:

• Progressive resistance training
• Low-impact cardiovascular exercise
• Step training
• Functional lifting
• Longer walking intervals

Phase 4: Maintain Independence

Long-term care focuses on:

• Home exercise
• Protein intake
• Sleep
• Fall prevention
• Metabolic monitoring
• Periodic functional reassessment

Why Pain Reduction Supports Metabolic Health

Chronic pain influences more than joints.

Persistent pain may contribute to:

• Poor sleep
• Stress
• Depression
• Inactivity
• Weight gain
• Reduced insulin sensitivity

When conservative treatment helps a patient move more comfortably, metabolic health may improve indirectly through greater physical activity.

This connection is one of the most important bridges between musculoskeletal care and metabolic medicine.

Clinical Observations From My Integrative Practice

A common pattern I see is:

Pain reduces movement.

Reduced movement leads to muscle loss.

Muscle loss makes movement harder.

Lower activity worsens metabolic health.

Metabolic dysfunction may increase inflammation.

Inflammation and deconditioning may increase pain.

The cycle continues.

Breaking it may require several interventions at the same time:

• Improve movement
• Reduce pain
• Increase protein
• Improve sleep
• Build strength
• Improve glucose control
• Improve balance
• Address metabolic disease
• Coordinate medical care

Evidence-Based Principles I Use

Principle 1: Measure More Than Weight

I consider:

• Waist circumference
• Strength
• Balance
• Function
• Pain
• A1C
• Lipids
• Blood pressure
• Sleep
• Protein intake

Principle 2: Preserve Muscle During Weight Reduction

Treat muscle preservation as a major outcome.

Principle 3: Treat Pain as a Barrier to Health

If pain prevents exercise, address the pain and the mechanical factors contributing to it.

Principle 4: Progress From Passive Care to Active Care

Manual treatment can help, but strengthening and physical activity create long-term resilience.

Principle 5: Protect Older Adults From Falls

Every treatment plan should consider balance, medications, vision, neurological function, and muscle strength.

Principle 6: Use Team-Based Care

Complex obesity-related conditions often require more than one healthcare discipline.

Key Takeaways for Patients and Families

Sarcopenic obesity is not simply “being overweight.”

It involves excess body fat combined with insufficient functional muscle.

Obesity can contribute to both metabolic disease and musculoskeletal symptoms.

Excess weight may increase stress on the:

• Spine
• Hips
• Knees
• Ankles
• Feet

Chronic inflammation may further contribute to pain and reduced function.

Pain can then prevent exercise, creating a cycle of:

Pain leads to inactivity, which then turns into muscle loss, causing additional metabolic dysfunction and making it more difficult to move

Breaking this cycle is one of the most important treatment goals

Chiropractic and rehabilitative treatment do not directly produce weight loss.

Their role is different.

For appropriately selected patients, nonsurgical musculoskeletal care may help:

• Reduce pain
• Improve joint mobility
• Improve functional movement
• Increase exercise tolerance
• Improve confidence
• Support rehabilitation

When patients can move more comfortably, they may become better able to participate in the activities that directly improve metabolic health and body composition.

Conclusion: Treat the Whole Patient, Not Just the Scale

Sarcopenic obesity in older adults represents an important intersection between metabolism and movement.

Excess fat increases metabolic and inflammatory stress.

Low muscle mass reduces strength, glucose disposal, balance, and joint protection.

Musculoskeletal pain may further reduce activity.

The result can become a self-reinforcing cycle of obesity, weakness, pain, and functional decline.

This is why successful care should not focus exclusively on body weight.

We should ask:

• Is the patient stronger?
• Can they walk farther?
• Is getting out of a chair easier?
• Are they sleeping better?
• Is joint pain limiting them less?
• Is balance improving?
• Is muscle being preserved?
• Can they participate more fully in daily life?

At Injury Medical Clinic PA, our integrative model brings together chiropractic care, rehabilitation, medical oversight, functional medicine, nutrition, and metabolic health management.

Appropriate chiropractic and rehabilitative care can be especially valuable when pain prevents a patient from exercising.

By restoring movement and reducing musculoskeletal barriers, we can create a pathway to more physical activity.

And more activity supports:

Stronger muscles, better glucose regulation, improved mobility, healthier aging, and greater independence.

That is the goal.

Not simply losing weight.

The goal is to help the patient move better, hurt less, stay strong, maintain independence, and improve quality of life.

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References

• American Geriatrics Society Workgroup on Vitamin D Supplementation for Older Adults. (2014). Recommendations abstracted from the American Geriatrics Society consensus statement on vitamin D for prevention of falls and their consequences. Journal of the American Geriatrics Society, 62(1), 147-152.
• Batsis, J. A., & Villareal, D. T. (2018). Sarcopenic obesity in older adults: Etiology, epidemiology and treatment strategies. Nature Reviews Endocrinology, 14, 513-537.
• Cruz-Jentoft, A. J., Bahat, G., Bauer, J., Boirie, Y., Bruyère, O., Cederholm, T., Cooper, C., Landi, F., Rolland, Y., Sayer, A. A., Schneider, S. M., Sieber, C. C., Topinkova, E., Vandewoude, M., Visser, M., & Zamboni, M. (2019). Sarcopenia: Revised European consensus on definition and diagnosis. Age and Aging, 48(1), 16-31.
• Drucker, D. J. (2018). Mechanisms of action and therapeutic application of glucagon-like peptide-1. Cell Metabolism, 27(4), 740-756.
• Jastreboff, A. M., Aronne, L. J., Ahmad, N. N., Wharton, S., Connery, L., Alves, B., Kiyosue, A., Zhang, S., Liu, B., Bunck, M. C., & Stefanski, A. (2022). Tirzepatide once weekly for the treatment of obesity. The New England Journal of Medicine, 387(3), 205-216.
• Koliaki, C., Liatis, S., & Kokkinos, A. (2019). Obesity and cardiovascular disease: Revisiting an old relationship. Journal of Clinical Medicine, 8(4), 463.
• Loomba, R., Friedman, S. L., & Shulman, G. I. (2021). Mechanisms and disease consequences of nonalcoholic fatty liver disease. Cell, 184(10), 2537-2564.
• Magkos, F., Hjorth, M. F., & Astrup, A. (2020). Diet and exercise in the prevention and treatment of type 2 diabetes mellitus. Nature Reviews Endocrinology, 16, 545-555.
• Marso, S. P., Daniels, G. H., Brown-Frandsen, K., et al. (2016). Liraglutide and cardiovascular outcomes in type 2 diabetes. The New England Journal of Medicine, 375(4), 311-322.
• Pahor, M., Guralnik, J. M., Ambrosius, W. T., et al. (2014). Effect of a physical activity intervention on major mobility disability in older adults: The Lifestyle Interventions and Independence for Elders study. JAMA, 311(23), 2387-2396.
• Snyder, P. J., Bhasin, S., Cunningham, G. R., et al. (2016). Effects of testosterone treatment in older men. The New England Journal of Medicine, 374, 611-624.
• Torgerson, J. S., Hauptman, J., Boldrin, M. N., & Sjöström, L. (2004). XENical in the prevention of diabetes in obese subjects study: A randomized study of orlistat as an adjunct to lifestyle changes for prevention of type 2 diabetes. Diabetes Care, 27(1), 155-161.
• Villareal, D. T., Aguirre, L., Gurney, A. B., Waters, D. L., Sinacore, D. R., Colombo, E., Armamento-Villareal, R., & Qualls, C. (2017). Aerobic or resistance exercise, or both, in dieting obese older adults. The New England Journal of Medicine, 376, 1943-1955.
• Wilding, J. P. H., Batterham, R. L., Calanna, S., et al. (2021). Once-weekly semaglutide in adults with overweight or obesity. The New England Journal of Medicine, 384, 989-1002.
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