Conditions and Treatments
Our Approach to Pain and Function
Our care at Gray Spine, PLLC, uses PM&R principles to restore function by treating the whole person, not just pain. We use cutting-edge diagnostics and a collaborative approach for tailored plans that get you living comfortably.
Conditions We Treat
Explore the areas of pain and function we specialize in managing:
Comprehensive care for acute and chronic lumbar issues, including sciatica and spinal stenosis.
Focused treatments for cervical spine pain, radiculopathy, and stiffness.
Specialized management for chronic migraines, cervicogenic headaches, and occipital neuralgia.
Diagnosis and treatment for pain stemming from the hip joint, soft tissues, or surrounding structures.
Expert evaluation and non-surgical treatment plans for work-related injuries to help you navigate the workers' compensation process and return to work safely.
Dedicated management of whiplash and musculoskeletal injuries sustained in motor vehicle accidents.
Non-operative solutions for chronic pain in major joints beyond the spine, including knees and ankles.
Advanced Procedures
We offer a range of targeted, minimally invasive procedures designed to reduce pain and restore mobility.
This diagnostic and therapeutic procedure involves injecting a local anesthetic near the medial nerves that supply the small facet joints of the spine. If the pain temporarily disappears, the facet joint is confirmed as the source of the discomfort. It is typically used to confirm the need for radiofrequency ablation (RFA).
- Benefits: Highly accurate diagnosis of facet joint pain.
- Typical Recovery: Minimal downtime; patients usually resume normal activities immediately, though relief is temporary.
Following a successful medial branch block, RFA is used to provide long-lasting relief. It uses heat generated by radio waves to "turn off" the nerves responsible for sending pain signals from the facet joints to the brain. This procedure does not involve surgery or general anesthesia.
- Benefits: Provides long-term pain relief (often 6-18 months) without reliance on daily medication.
- Typical Recovery: Patients may feel temporary soreness for a few days but can typically return to light activities the next day.
An injection of steroid medication into the epidural space (the area surrounding the spinal cord and nerve roots) to reduce inflammation. This is often used to treat pain that radiates down an arm or leg (sciatica or radiculopathy) caused by conditions like herniated discs or spinal stenosis.
- Benefits: Significant reduction in nerve root inflammation and associated radiating pain.
- Typical Recovery: Patients rest for 24 hours, avoiding strenuous activity. Relief may begin within a few days.
This procedure involves injecting anesthetic and steroid medication directly into the sacroiliac (SI) joint, which connects the base of the spine to the pelvis. It is used to diagnose and treat pain originating from this joint, a common cause of lower back and buttock discomfort.
- Benefits: Confirms the SI joint as the pain source and provides therapeutic relief from inflammation.
- Typical Recovery: Patients typically return to normal activities within 24 hours.
Ultrasound-guided injections of medication (often corticosteroids or anesthetics) into the shoulder joint or surrounding soft tissues (like the bursa or tendons). Used to treat conditions such as bursitis, tendonitis, and arthritis.
- Benefits: Targets localized inflammation to relieve pain and improve range of motion.
- Typical Recovery: Immediate return to light activity; physical therapy often follows for long-term improvement.
Similar to shoulder injections, these are often performed with fluoroscopy or ultrasound guidance to deliver medication directly into the hip joint capsule or bursa. Used to treat hip arthritis or tendonitis.
- Benefits: Reduces joint inflammation and delays the need for more invasive procedures.
- Typical Recovery: Rest is advised for a day; relief can last several weeks to months.
An injection to relax the piriformis muscle, which can sometimes compress the sciatic nerve, leading to buttock and leg pain. Guidance (ultrasound or fluoroscopy) ensures the medication reaches the muscle accurately.
- Benefits: Reduces muscle spasm and relieves sciatic nerve irritation.
- Typical Recovery: Light activity the next day, often combined with physical therapy.
The use of ultrasound imaging in real-time to precisely guide the needle during injections. This technique is typically used for peripheral joints, tendons, and muscle procedures.
- Benefits: Enhances accuracy, minimizes risk to surrounding structures, and avoids radiation exposure.
- Typical Recovery: Varies based on the procedure, but precision leads to quicker, more targeted relief.
A dedicated focus on treating musculoskeletal and orthopedic injuries without surgery. This involves a comprehensive treatment plan that may include diagnostic imaging review, physical therapy prescriptions, and appropriate injections.
- Benefits: Avoids the risks and downtime associated with surgery; maximizes recovery through conservative methods.
- Typical Recovery: Depends entirely on the injury and the phase of the treatment plan.
Advanced therapies, such as platelet-rich plasma (PRP) injections, are designed to stimulate the body's natural healing process. These interventions use your body's own cells to repair damaged tendons, ligaments, and joints.
- Benefits: Promotes long-term tissue repair and healing, often addressing the root cause of pain.
- Typical Recovery: May involve a period of protected rest (a few weeks) to allow the tissue to regenerate.
Beyond standard oral medication, we offer specialized injection therapies to treat chronic headache disorders. These may include nerve blocks (occipital or supraorbital) and trigger point injections to interrupt pain signals and reduce frequency.
- Benefits: Reduces the frequency and severity of headaches, minimizing reliance on oral medications.
- Typical Recovery: Quick procedure with immediate return to most daily activities.
A minimally invasive procedure that stabilizes and fuses the sacroiliac (SI) joint to reduce chronic lower back and pelvic pain caused by joint instability or dysfunction. Performed through a small incision, this treatment helps restore stability and improve function.
- Benefits: Long-term relief from SI joint pain and improved pelvic stability.
- Typical Recovery: Most patients resume light activity within a few days; full recovery may take several weeks.
A safe, outpatient procedure used to relieve pressure on spinal nerves by removing small portions of bone and excess ligament tissue. Ideal for patients with lumbar spinal stenosis experiencing leg pain and difficulty standing or walking.
- Benefits: Restores mobility and reduces nerve-related leg pain without open surgery.
- Typical Recovery: Minimal downtime; most patients return to normal activity within a few days.
A treatment designed to restore vertebral height and relieve pain from compression fractures. A small balloon is inserted into the collapsed vertebra, inflated, and filled with bone cement to stabilize the bone and correct spinal alignment.
- Benefits: Rapid pain relief and improved posture; helps prevent further vertebral collapse.
- Typical Recovery: Patients often experience pain relief within 24–48 hours; normal activity resumes shortly after.
A non-surgical procedure that strengthens fractured vertebrae by injecting medical-grade bone cement into the affected bone. This stabilizes the spine and significantly reduces pain caused by compression fractures.
- Benefits: Immediate structural support and lasting pain relief from vertebral fractures.
- Typical Recovery: Typically an outpatient procedure; most patients resume daily activities within 24 hours.
A proven therapy for chronic back and leg pain that delivers mild electrical pulses to the spinal cord, interrupting pain signals before they reach the brain. The treatment is adjustable and reversible, allowing personalized pain control.
- Benefits: Reduces chronic pain and decreases the need for long-term pain medication.
- Typical Recovery: Trial phase lasts about a week; permanent implant recovery is usually within 1–2 weeks.
A therapy that uses a small electrical device to deliver gentle impulses to specific nerves, effectively reducing chronic pain and improving function in targeted areas. Often used for pain in the shoulder, knee, or other peripheral regions.
- Benefits: Provides targeted pain relief and improved range of motion with a minimally invasive implant.
- Typical Recovery: Light activity within a few days; relief develops as stimulation is optimized.
A hands-on approach used to diagnose, treat, and prevent injury or illness. OMT improves mobility, relieves pain, and supports the body’s natural healing processes through gentle stretching, pressure, and resistance techniques.
- Benefits: Restores balance and movement without medication or surgery.
- Typical Recovery: Minimal downtime; some patients may experience mild soreness for a short period.
A therapeutic technique that applies fine needles to specific points on the body to relieve pain, enhance circulation, and promote overall well-being. Often used as part of a comprehensive pain management plan to complement other treatments.
- Benefits: Reduces pain, improves energy flow, and supports holistic recovery.
- Typical Recovery: No downtime; sessions are quick, with cumulative benefits over time.