Bloomberg Chiropractic Center & Fortify I.V.

03/13/2026

Allergy season is right around the corner. Keep your kiddos healthy with our natural antihistamine. We have a formula for adults as well.

03/12/2026

Our doctors are certified in Active Release Technique (ART). This technique is provided in addition to chiropractic manipulations. It is used to treat the soft tissue whereas a manipulation treats the joints.

03/11/2026

Ear Infections in Kids
Why They Happen and How to Support Better Drainage
If you’ve had a child with an ear infection, you know the signs.
Fever.
Tugging at the ear.
Irritability.
Trouble sleeping.
Pressure.
Pain.
Ear infections are one of the most common reasons children visit a doctor.
But here’s the important question:
Why do some kids get one… and others get them repeatedly?
Let’s look at what’s really happening.

What Is an Ear Infection?
Most childhood ear infections involve the middle ear — the small air-filled space behind the eardrum.
The middle ear connects to the back of the throat through a small passage called the eustachian tube.
Its job is simple:
Drain fluid
Equalize pressure
Keep air flowing

When that tube drains properly, the ear stays healthy.
When it doesn’t, fluid builds up.
And fluid becomes a breeding ground for bacteria or viruses.

Why Kids Get Them More Often
Children are more prone to ear infections because:
Their eustachian tubes are shorter
The tubes are more horizontal
The drainage system is still developing
Their immune systems are still learning

Add in colds, allergies, daycare exposure, or bottle feeding while lying flat — and drainage becomes even more difficult.
In many cases, the issue isn’t just infection.
It’s poor drainage.

The Drainage Problem
The eustachian tube relies on small muscles to open and close properly.
Those muscles are influenced by:
Jaw positioning
Upper neck mechanics
Cranial motion
Swallowing coordination

If there is tension or restriction in the upper cervical spine (neck), muscle coordination can be altered.
That may contribute to:
Reduced fluid movement
Increased pressure
Slower recovery
We are not “treating infection.”
We are supporting structure and motion that influence drainage.

The Antibiotic Cycle
Antibiotics can absolutely be necessary.
But repeated courses may:
Alter gut microbiome balance
Influence immune regulation
Increase susceptibility to future infections

When the gut microbiome shifts, immune signaling changes.
And that’s where we often see a pattern emerge.
Drainage + immune resilience = fewer recurring issues.

What We Evaluate in Our Office
When a child presents with recurrent ear infections, we consider:
Birth history
Feeding mechanics
Head and neck mobility
Postural alignment
Sleep quality
Immune history
Antibiotic exposure

Chiropractic adjustments for children are:
Gentle
Specific
Age-appropriate
Focused primarily on the upper cervical spine

The goal is to restore motion and support nervous system balance.
Nothing forceful. Nothing aggressive.

Supporting Parents at Home
In addition to care, we often discuss:
Upright feeding positions
Encouraging swallowing and chewing
Adequate hydration
Reducing inflammatory foods when appropriate
Supporting gut health
Encouraging outdoor time and immune resilience
Small changes matter.

When to Seek Medical Care
If a child has:
High fever
Severe pain
Persistent symptoms
Balance problems
Signs of dehydration
They should absolutely be evaluated by their pediatric provider.
Chiropractic care is complementary — not a replacement for medical care when needed.

Final Thoughts
Ear infections are common.
Recurring ear infections are often a pattern.
When we support:
Drainage
Structure
Nervous system communication
Immune resilience

We often see fewer repeated episodes.
Not because we “treat ears.”
But because we support the systems involved.
If your child seems stuck in the ear infection cycle, it may be worth looking at the bigger picture.

03/11/2026

The office is open. We are not affected by the power outage.

03/06/2026

03/04/2026

Colic, Digestive Issues, and Intestinal Gas in Babies
When Crying May Be Coming from the Belly
If you’ve had a baby with colic, you know the feeling.
The crying that seems to come out of nowhere.
The arching back.
The tight little belly.
Pulling the legs up.
The gas.
The sleepless nights.
Parents often hear:
“They’ll grow out of it.”
And many do.
But that doesn’t mean we ignore what’s happening.
Let’s talk about what may be underneath colic and digestive distress.

What Is Colic?
Colic is typically defined as prolonged, unexplained crying in an otherwise healthy infant.
But when you look closely at many colicky babies, you often see digestive tension.
Common signs include:
Bloated or firm abdomen
Excessive gas
Frequent spitting up
Difficulty settling after feeds
Crying that worsens in the evening
Arching or stiffening

In many cases, the nervous system and digestive system are both involved.

The Immature Digestive System
A newborn’s digestive system is still learning.
Their:
Enzyme production is developing
Gut motility is maturing
Microbiome is forming
Nervous system regulation is stabilizing

Gas is normal.
But when coordination between swallowing, digestion, and elimination isn’t smooth, gas becomes trapped.
Trapped gas equals pressure.
Pressure equals crying.

The Gut–Nervous System Connection
The digestive tract is closely connected to the nervous system through the vagus nerve.
When digestion is irritated:
Sleep becomes lighter
Muscle tone increases
Babies become harder to soothe
Crying escalates

If the upper neck or mid-back has tension — sometimes from birth mechanics or positioning — nervous system communication to the digestive tract may be less coordinated.
Gentle chiropractic care focuses on restoring motion and reducing tension in those areas.
Not to “cure colic.”
But to support regulation.

Birth Stress and Tension
Even normal births can involve:
Prolonged labor
Assisted delivery
Cesarean section
In-utero positioning pressure

The upper cervical spine and jaw mechanics influence:
Latch
Swallowing
Air intake during feeding

If a baby swallows excess air, intestinal gas increases.
If feeding mechanics improve, gas often improves.

The Microbiome Factor
A baby’s gut bacteria are forming rapidly in the first months of life.
Factors that influence this include:
Delivery type
Antibiotic exposure
Feeding method
Skin-to-skin contact
Environmental exposures

An imbalanced microbiome can contribute to:
Gas
Irregular stools
Reflux
Skin irritation
Immune sensitivity

Supporting healthy feeding patterns and, when appropriate, discussing probiotic support can be helpful.

What We Evaluate
When parents bring in a baby for colic or digestive issues, we look at:
Birth history
Feeding posture
Latch mechanics
Head and neck mobility
Mid-back tension
Abdominal comfort
Bowel patterns
Sleep rhythm

Adjustments for infants are:
Extremely gentle
Specific
Low-force
Focused on restoring motion

The amount of pressure used is very light — often compared to checking the ripeness of a tomato.
Safety and comfort come first.

Supporting Babies at Home
In addition to in-office care, we often discuss:
Upright feeding positions
Frequent burping
Gentle tummy time
Abdominal massage techniques
Parent stress regulation (babies sense tension)
Sleep environment consistency

Small shifts can create noticeable improvements.

A Word to Parents
Colic is exhausting.
If your baby is crying for long stretches, it does not mean you’re doing something wrong.
Sometimes their systems are simply immature and need support.
As the nervous system regulates, digestion often improves.
As digestion improves, crying often decreases.
The body is learning.
Our role is to support that learning gently and safely.

Final Thoughts
Colic and intestinal gas are common.
Recurring digestive distress is often a signal that coordination and regulation need support.
When we look at:
Structure
Feeding mechanics
Nervous system balance
Gut development
We often see meaningful improvement.
Because when the belly feels better, babies feel better.
And when babies feel better — parents finally get some sleep.

02/25/2026

Why Men and Women Need Different Blood Work for Heart Disease

Same labs. Different meaning.

Heart disease is still the number one cause of death for both men and women—but here’s the part that often gets missed:

Men and women develop heart disease differently, show risk differently, and respond to blood markers differently.

If we interpret labs the same way for everyone, we miss early warning signs—especially in women.

Let’s break it down.

1. Cholesterol: Same Numbers, Different Risk

LDL (“bad cholesterol”)
• Men:
LDL tends to rise earlier in life and tracks more directly with plaque burden.
• Women:
LDL can look “normal” for years—even when risk is quietly building, especially before menopause.

Key point:
A “normal” LDL in a woman does not equal low risk.

HDL (“good cholesterol”)
• Men:
Low HDL is clearly associated with higher cardiovascular risk.
• Women:
HDL is often higher due to estrogen—but high HDL does not guarantee protection, especially if inflammation or insulin resistance is present.

Translation:
Pretty cholesterol numbers can still hide danger.

2. Triglycerides: A Bigger Red Flag in Women
• Men:
Triglycerides often reflect diet and alcohol intake.
• Women:
Elevated triglycerides are more strongly associated with heart attacks, particularly after menopause.

Clinical pearl:
A woman with triglycerides creeping above 120–130 deserves a deeper metabolic workup.

3. Inflammation Markers Hit Women Harder

hs-CRP (high-sensitivity C-reactive protein)
• Men:
Elevated hs-CRP predicts risk—but often alongside obvious cholesterol abnormalities.
• Women:
hs-CRP can be elevated years before cholesterol changes, signaling vascular inflammation.

This is huge:
Women often develop inflammatory heart disease, not just “clogged pipes.”

4. Lipoprotein(a): A Silent Genetic Risk—Especially for Women
• Lp(a) is genetic, not lifestyle-driven.
• Women are more likely to be under-tested, yet high Lp(a) significantly raises:
• Stroke risk
• Early heart disease
• Risk after menopause

One-time test. Lifelong insight.

5. Blood Sugar & Insulin: Earlier Damage in Women
• Men:
Risk rises clearly once diabetes is diagnosed.
• Women:
Even mild insulin resistance increases cardiovascular risk—often before diabetes shows up.

Markers that matter:
• Fasting insulin
• HOMA-IR
• Triglyceride-to-HDL ratio

Women don’t get a “free pass” until diabetes.

6. Iron & Ferritin: Not Just an Anemia Test
• Men:
High ferritin often reflects inflammation or metabolic dysfunction.
• Women:
• Low ferritin → fatigue, poor oxygen delivery
• High ferritin after menopause → oxidative stress and vascular risk

Ferritin is a Goldilocks marker—too low or too high both matter.

7. Hormones Change the Entire Risk Profile

Estrogen
• Protective for blood vessels
• Supports nitric oxide production
• Improves cholesterol handling

As estrogen declines:
• LDL particles become more atherogenic
• Inflammation rises
• Blood vessels stiffen

This is why heart disease risk accelerates after menopause—and why “age-based” screening fails women.

8. Why Standard Panels Miss the Mark

Traditional labs often focus on:
• Total cholesterol
• LDL
• Basic glucose

But sex-specific cardiovascular care requires:
• ApoB (particle number)
• hs-CRP
• Lp(a)
• Fasting insulin
• Ferritin
• Triglyceride-to-HDL ratio

It’s not about more testing—it’s about smarter testing.

The Big Takeaway

Heart disease is not a one-size-fits-all condition.
• Men often show earlier, structural plaque
• Women often develop later, inflammatory and metabolic disease
• The labs may look “normal”—until they don’t

The goal is not to wait for abnormal numbers.
The goal is to read the pattern early.

That’s how heart disease is prevented—not just detected.

02/23/2026

Not all magnesium supplements are the same- different forms have different functions.

02/18/2026

GLP-1 Medications and Heart Disease Prevention: More Than Weight Loss

For years, heart disease prevention has focused on cholesterol numbers, blood pressure, and family history. While those matter, modern research is revealing something deeper: metabolic health is cardiovascular health.

One of the most important players in this conversation is GLP-1—a hormone that does far more than control appetite.

What Is GLP-1?

GLP-1 (glucagon-like peptide-1) is a hormone released from the gut when we eat. Its job is to coordinate metabolism by:
• Stimulating insulin release when glucose raises.
• Reducing glucagon (the hormone that raises blood sugar)
• Slowing gastric emptying
• Reducing appetite signals in the brain

GLP-1 receptor agonist medications—such as Semaglutide and Liraglutide—mimic this natural hormone and extend its effects.

Originally developed for diabetes, these medications are now changing how we think about heart disease prevention.

The Heart Disease–Metabolism Connection

Heart disease doesn’t start in the heart—it starts with metabolic dysfunction:
• Insulin resistance
• Chronic inflammation
• Visceral (deep belly) fat
• Elevated triglycerides
• Fatty liver
• Hormonal dysregulation

Over time, these issues damage blood vessels, disrupt cholesterol handling, and accelerate plaque formation.

GLP-1 therapies target the root of the problem, not just the symptoms.

How GLP-1 Supports Cardiovascular Health

1. Improves Insulin Sensitivity

High insulin levels are toxic to blood vessels. GLP-1 lowers insulin demand and stabilizes blood sugar, reducing vascular stress.

2. Reduces Inflammation

Chronic low-grade inflammation drives atherosclerosis. GLP-1 medications lower inflammatory markers like CRP and cytokines linked to plaque instability.

3. Promotes Healthy Weight Loss

Visceral fat is metabolically active and strongly associated with heart disease. GLP-1 preferentially reduces this high-risk fat.

4. Improves Lipid Profiles

Patients often see:
• Lower triglycerides
• Improved HDL function
• Reduced ApoB-driven particle burden

These changes directly reduce cardiovascular risk.

5. Protects Blood Vessels

GLP-1 improves endothelial function—the ability of arteries to relax and respond to blood flow—an early marker of heart health.

The Evidence Is Strong

Large cardiovascular outcome trials have shown that GLP-1 medications reduce major adverse cardiovascular events, including:
• Heart attack
• Stroke
• Cardiovascular death

Importantly, these benefits occur even beyond weight loss, reinforcing that GLP-1 works at a cellular and hormonal level.

GLP-1 Is Not Just for Diabetes

Many patients with:
• Metabolic syndrome
• Pre-diabetes
• Elevated ApoB
• Fatty liver
• Central obesity

…are already on the road toward heart disease long before traditional labs flag a problem.

GLP-1 therapy—when used thoughtfully and medically supervised—can be a preventive cardiometabolic strategy, not a last-resort medication.

A Functional Medicine Perspective

GLP-1 works best when combined with:
• Protein-forward nutrition
• Blood sugar–stable meals
• Strength training
• Sleep optimization
• Gut and liver support

This isn’t about “taking a shot and hoping for the best.”
It’s about restoring metabolic signaling so the body can protect itself.

The Takeaway

Heart disease prevention is no longer just about cholesterol.

It’s about:
• Insulin
• Inflammation
• Hormones
• Visceral fat
• Metabolic resilience

GLP-1 therapies represent a powerful shift toward root-cause cardiovascular prevention, helping patients not just live longer—but live better.

02/16/2026

Appointments are still available Monday, Wednesday, and Friday mornings through March. Call 618-783-2424 to schedule.