PainAtlanta.Com

06/03/2026

We have the ALLCORE 360!
Call to find out more 770-469-7330

Pain may be what gets your attention, but weakness is often what keeps you from fully recovering.

After an injury, many people naturally reduce their activity. Unfortunately, muscles can weaken quickly, joints become less stable, and everyday tasks may become more difficult. Over time, this can lead to a cycle of pain, deconditioning, and reduced function.

Research shows that appropriate strengthening exercises can help:

✅ Improve joint stability
✅ Reduce pain and disability
✅ Increase confidence in movement
✅ Improve balance and coordination
✅ Support healing and recovery
✅ Help prevent future injuries

The goal isn't just to feel better it's to become stronger, more resilient, and more capable of doing the things you enjoy.

Stone Mountain Back & Neck Pain Relief Clinic. Auto Injury Chiropractor.

06/03/2026

Stepping away when it is necessary is not the easy option. It is often harder than staying. It requires us to be honest about what something is costing us at a time when we would rather just push through and hope it gets better. It requires us to value our own wellbeing enough to act on it even when the timing isn't perfect and the decision isn't clean.

06/02/2026

AXIAL MRI LUMBOSACRAL SPINE (L4–L5) | Landmark Anatomy Explained
Axial T2-weighted MRI of the lumbosacral spine at L4–L5 disc level showing key anatomical landmarks:

📍 Anterior structures:
✔ Intervertebral disc (nucleus pulposus) anterior to thecal sac
📍 Central structure:
✔ Thecal sac containing cauda equina (CSF hyperintense on T2)
📍 Posterior structures:
✔ Ligamentum flavum (can cause canal stenosis if hypertrophied)
✔ Posterior annulus fibrosus
✔ Facet (zygapophyseal) joints – common source of back pain
✔ Paraspinal muscles (erector spinae)
📍 Neural structures:
✔ Exiting nerve roots in neural foramina
✔ Foraminal narrowing may compress exiting roots (e.g., L4 at L4–L5 level)
💡 Clinical Pearl:
Always assess disc, facets, ligaments, and foramina in degenerative spine disease.
Sequence: Axial T2-weighted MRI

06/02/2026

One of the greatest compliments we can receive is when a patient tells us they finally feel listened to, understood, and supported.

Recently, a patient shared that after years of struggling with injuries and feeling unheard, she finally found answers, validation, and hope after reviewing her case with our team.

Give us a call if you need help.

06/02/2026

Staying moble is so important! Create healthy habits!

06/01/2026

The TBI Care Framework™ incorporates (1) a paradigm shift defining TBI as a dynamic process; (2) three clinical pillars guiding decision-making; (3) a seven-phase clinical model; (4) ten core early management steps; (5) six clinical drivers for ex*****on; (6) ten biologic targets; and (7) trajectory-based care adaptation. This model aligns with contemporary evidence regarding neurometabolic dysfunction, network disruption, and heterogeneity of recovery.

Give us a call if you need help 770-469-7330

06/01/2026

Just cause you get 100 NOs doesn’t mean that you won’t get one yes that can change the game.

06/01/2026

This image shows a comparison between normal bone and osteoporotic bone in the spine.

On the left, the bone appears dense and well organised. The internal structure, known as trabecular bone, looks tightly packed, which helps the vertebra handle everyday loads.

On the right, the osteoporotic bone looks much more porous. The trabecular structure is thinner, more spaced out, and less connected. This gives the bone a more fragile, sponge-like appearance.

Osteoporosis is a condition where bone mineral density and overall bone quality reduce over time. As this happens, the internal framework of the bone becomes weaker, which means it is less capable of handling normal stresses.

What you’re seeing here is that change in structure. The bone hasn’t just “thinned”—its internal support system has become less robust, which is why osteoporotic bones are more vulnerable to compression and fracture.

05/31/2026

Healthy Habits are key

05/31/2026

It's 11:40pm. You were almost asleep.

Then a thought drifted in about tomorrow. Within two minutes your chest is tight and you're mentally rehearsing three worst-case scenarios about something that hasn't happened yet.

You tell yourself to stop. Think positive. Breathe. But the harder you try, the louder it gets.

That's not a coincidence. A neuroscientist at Brown University has spent twenty years studying what's happening in the brain during these moments. And his finding turns the conventional advice upside down.

Anxiety runs on the same brain circuit as any other habit. Trigger, behavior, reward. The trigger is discomfort. The behavior is worry. And the reward, this is the part nobody sees, is that worry gives your brain something to do with feelings that feel even worse. Helplessness. Fear. Grief. Worry creates an illusion of control. That tiny drop in distress registers as relief. And the brain encodes relief as a reward.

Every time the loop completes, the habit gets stronger. Eventually it runs on autopilot.

So what breaks it? Not willpower. Brain imaging showed that when people tried harder to control their thoughts, the anxiety circuit actually got more active. Effort fed the loop.

What quieted it was curiosity. When people stopped fighting the feeling and simply got curious about what anxiety actually felt like in their body, the circuit went quiet.

The practice takes ten seconds. Notice the worry. Don't fight it. Ask one question: what does this feel like in my body right now? Stay with it. It changes.