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Patient discussing knee pain treatment options at Pain Treatment Center of Maryland Reisterstown

Knee Pain Treatment in Reisterstown, MD

Regain Your Mobility and Comfort

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Common In:Adults 40+
Primary Causes:Arthritis, Injury, Overuse
Treatment Time:15-30 minutes
Results:Days to 4 weeks
Close-up illustration of knee joint anatomy at Pain Treatment Center of Maryland
Understanding Your Pain

What Is Chronic Knee Pain?

Recognizing the Signs

Chronic knee pain is a persistent musculoskeletal condition affecting the largest and most complex joint in the human body. It encompasses a range of pathologies from osteoarthritis and ligament degeneration to meniscal tears and bursitis, each compromising the knee's intricate balance of cartilage, bone, and soft tissue.

When you struggle to climb stairs, rise from a chair, or walk through a parking lot without wincing, you are experiencing the daily reality of knee dysfunction. The pain may present as a deep ache after activity, sharp twinges during movement, or persistent stiffness that takes minutes to loosen each morning.

Many patients describe feeling like their knees have "aged faster than the rest of them," avoiding activities they once enjoyed and declining invitations that involve prolonged standing or walking. The loss of reliable mobility can erode independence and quality of life over time.

Illustration of knee joint cartilage degradation at Pain Treatment Center of Maryland Reisterstown
The Science

Why Knee Pain Happens

Understanding the Root Causes

The knee joint relies on a smooth layer of articular cartilage, approximately 2-4 millimeters thick, to cushion and distribute load across the femur and tibia. In a healthy knee, this cartilage absorbs roughly 2.5 times your body weight with every step. When cartilage begins to thin or degrade, bone surfaces interact with increasing friction, triggering inflammation and pain.

As cartilage deteriorates, the body compensates by producing excess synovial fluid, leading to swelling and stiffness. Bone spurs (osteophytes) may form along joint margins in an attempt to redistribute pressure, but these bony projections often impinge on surrounding soft tissues, further amplifying pain signals.

The menisci, two crescent-shaped cartilage pads that act as shock absorbers, also lose hydration and resilience with age and repetitive stress. When meniscal tissue frays or tears, mechanical catching and locking can occur, destabilizing the joint and accelerating the cycle of inflammation and structural damage.

Diagram showing nerve pain pathways in the knee at Pain Treatment Center of Maryland
Deeper Understanding

Nerve Sensitization & Chronic Pain

How Pain Signals Become Amplified

The knee joint is innervated by several nerves, including the genicular nerve branches, that transmit pain signals from damaged or inflamed tissues to the brain. Under normal circumstances, these nerves relay proportional signals that accurately reflect tissue status. However, with prolonged inflammation, nerve fibers can become sensitized and begin firing at lower thresholds.

This process, known as peripheral sensitization, means that movements once perceived as painless now register as painful. Over time, central sensitization may develop, where the spinal cord and brain amplify incoming signals. Patients often describe a spreading or worsening of pain that seems disproportionate to any new injury or visible structural change.

Inflammatory mediators such as prostaglandins and cytokines perpetuate the cycle by maintaining nerve irritability even when the original tissue insult has partially healed. This is why many patients with moderate radiographic findings experience severe pain, and why targeted nerve interventions like genicular nerve blocks can provide substantial relief.

Lifestyle factors contributing to knee pain at Pain Treatment Center of Maryland Reisterstown
Contributing Factors

What Accelerates Knee Pain?

Identifying Your Triggers

01

Age-Related Wear

Cartilage loses water content and resilience over time, with osteoarthritis affecting roughly 50% of adults over 65 and significantly reducing shock absorption capacity.

02

Excess Body Weight

Every additional pound of body weight places approximately 4 extra pounds of force on the knee during walking, dramatically accelerating cartilage breakdown.

03

Previous Injuries

Prior ACL tears, meniscus injuries, or fractures around the knee significantly increase the likelihood of developing post-traumatic arthritis years later.

04

Repetitive Stress

Occupations or activities involving prolonged kneeling, squatting, or high-impact movement cause cumulative micro-damage to cartilage and supporting structures.

05

Muscle Weakness

Weakness in the quadriceps and hip stabilizers shifts mechanical load unevenly across the joint, concentrating pressure on vulnerable cartilage surfaces.

06

Inflammatory Conditions

Autoimmune conditions like rheumatoid arthritis or gout introduce systemic inflammation that targets joint tissues independently of mechanical wear.

Pain Treatment Center of Maryland clinic interior in Reisterstown Maryland
Why PTCOFMD

Why Choose Pain Treatment Center of Maryland

Expert Care in Reisterstown

  • Board-Certified Specialist
  • Targeted Injection Therapies
  • Personalized Treatment Plans
  • Conservative-First Philosophy

Treatment Options Comparison

Finding Your Best Approach

Treatment Best For Session Time Results Timeline Maintenance
Joint Steroid Injection Acute inflammation relief 15-20 minutes 2-7 days Every 3-4 months
Viscosupplementation Osteoarthritis cushioning 15-20 minutes 2-4 weeks Every 6-12 months
Nerve Block Chronic pain signals 20-30 minutes 1-3 days Every 3-6 months
Patient concerned about knee pain at Pain Treatment Center of Maryland
Is This You?

You May Be Experiencing Knee Pain If...

Recognizing When to Seek Help

  • Morning Stiffness
  • Stair Difficulty
  • Swelling After Activity
  • Grinding or Catching
  • Reduced Range of Motion
  • Activity Avoidance
Your Questions

Frequently Asked Questions

About Knee Pain

01 What are the most common causes of knee pain?

The most common causes include osteoarthritis (degenerative cartilage wear), meniscus tears, ligament injuries, bursitis, and tendinitis. Age-related changes, prior injuries, and excess body weight are the leading contributing factors. A thorough evaluation helps identify the specific source of your pain.

02 What is the difference between a steroid injection and a gel injection for the knee?

A corticosteroid injection delivers anti-inflammatory medication to reduce swelling and pain quickly, typically within days. A gel injection (viscosupplementation) introduces hyaluronic acid to lubricate and cushion the joint, with results developing over 2-4 weeks. Steroids address inflammation directly, while gel injections supplement the joint's natural cushioning fluid.

03 Am I a candidate for viscosupplementation?

Viscosupplementation is typically recommended for patients with mild to moderate knee osteoarthritis who have not responded adequately to oral medications, physical therapy, or steroid injections. Dr. Reznikov evaluates your imaging, symptoms, and treatment history to determine if this approach is appropriate for your specific condition.

04 How long does knee injection relief typically last?

Corticosteroid injections typically provide relief lasting 3-4 months, though some patients experience benefits for longer. Viscosupplementation may provide 6-12 months of improved comfort and mobility. Genicular nerve blocks can offer 3-6 months of pain reduction. Individual results vary based on the severity of underlying joint changes.

05 Can I prevent my knee pain from getting worse?

Maintaining a healthy weight, strengthening the muscles around the knee through low-impact exercise, and avoiding prolonged high-impact activities can slow progression. Professional treatments like viscosupplementation may also help protect remaining cartilage by improving joint lubrication and reducing friction.

06 When should I see a specialist about knee pain?

You should consult a specialist if your knee pain persists beyond 2-3 weeks, interferes with daily activities, wakes you at night, or is accompanied by significant swelling, instability, or reduced range of motion. Early intervention often leads to better outcomes and may help you avoid more invasive procedures.

07 Are knee injections painful?

Most patients report only mild discomfort during knee injections. Dr. Reznikov uses precise technique and may apply a local anesthetic to minimize sensation. The procedure itself takes only minutes, and many patients find the brief discomfort far more tolerable than the ongoing knee pain they have been experiencing.

08 Can multiple knee treatments be combined for better results?

Yes, in many cases Dr. Reznikov recommends a multi-modal approach. For example, a steroid injection may be used initially to control acute inflammation, followed by viscosupplementation for longer-term joint support. Genicular nerve blocks can be added when pain persists despite other interventions.

Recommended Add-Ons

Complementary Non-Invasive Therapies

Restoring strength and balance in the muscles around the knee reduces joint load and improves day-to-day function. These non-invasive therapies are a strong complement to our knee pain treatments.

Location116 Westminster Pike, Suite 106
Reisterstown, MD, 21136
Emailzalina@ptcofmd.com
Phone(410) 833-1011
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Scientific References

  1. PubMed (PMID: 33609104) - Intra-articular corticosteroid injections provide short-term pain relief and functional improvement in knee osteoarthritis.
  2. PubMed (PMID: 32502637) - Viscosupplementation with hyaluronic acid demonstrates clinically meaningful pain reduction and improved mobility in mild-to-moderate knee osteoarthritis over 6 months.
  3. PubMed (PMID: 30407832) - Genicular nerve radiofrequency ablation shows significant and sustained pain relief in patients with chronic knee pain refractory to conservative measures.
  4. PubMed (PMID: 29150521) - Obesity is a primary modifiable risk factor for knee osteoarthritis, with each kilogram of weight loss reducing knee joint load by approximately 4 kilograms.
  5. PubMed (PMID: 34601783) - Peripheral and central sensitization mechanisms contribute to pain amplification in chronic knee osteoarthritis, supporting multimodal treatment approaches.