In this Vertrae® 360 Short Deep Dive, we explain what life can feel like after modern lumbar fusion and why the answer depends on what problem the surgery is meant to solve. A single-level minimally invasive lumbar fusion is designed to stop painful abnormal motion at one unstable segment — not to make the entire spine stiff.

You’ll learn why some patients may technically lose motion at one spinal level, but feel more mobile overall because the pain that was limiting movement has improved. This episode also explains why patient selection, clear expectations, minimally invasive technique, and trust in the recovery process all matter.

At Vertrae® in Dayton, Ohio, Dr. Kamal Woods uses a MotionFirst™ approach to determine whether fusion is truly the right solution based on symptoms, imaging, goals, lifestyle, and the full range of non-surgical and surgical options.

Visit Vertrae.com to request your MotionFirst™ evaluation.

In this Vertrae® 360 Short Deep Dive, we explain why context matters when comparing fusion stories. A single-level minimally invasive lumbar fusion is very different from a large open multi-level fusion, and the reason for surgery, the patient’s anatomy, and the surgical approach all affect recovery and results.

You’ll learn why modern techniques like MIS-TLIF, muscle-sparing access, and robotic guidance with the Mazor X™ system may help support more precise planning and a more efficient recovery for the right patient.

At Vertrae® in Dayton, Ohio, Dr. Kamal Woods uses a MotionFirst™ approach to determine whether fusion is truly appropriate — after considering symptoms, imaging, prior treatments, goals, and non-surgical options.

Visit Vertrae.com to request your MotionFirst™ evaluation.

In this Vertrae® 360 Deep Dive, we explain why not every fusion is the same and why modern minimally invasive lumbar fusion is very different from older open or multi-level fusion procedures. You’ll learn what patients often ask before surgery, including: Will I ever be the same? Will my spine feel different? What could go wrong?

This episode also covers single-level MIS-TLIF, adjacent segment disease, spinal hardware concerns, Mazor X™ robotic guidance, muscle-sparing surgical techniques, realistic recovery expectations, and how fear of movement can affect healing after spine surgery.

At Vertrae® in Dayton, Ohio, Dr. Kamal Woods uses a MotionFirst™ approach to consider the full spectrum of options — including physical therapy, ReActiv8®, BVNA, interventional procedures, and minimally invasive robotic fusion when appropriate.

Visit Vertrae.com to request your MotionFirst™ evaluation.

In this Vertrae® 360 Deep Dive, we break down the questions patients often ask before lumbar fusion: Will I ever be the same? Will my spine feel different? What could go wrong? You’ll learn why online horror stories can create a distorted picture, why single-level MIS-TLIF is very different from large open multi-level fusion, and why patient selection matters so much.

This episode also explains adjacent segment disease, spinal hardware concerns, Mazor X™ robotic guidance, minimally invasive muscle-sparing techniques, and what recovery may realistically look like. We also discuss why fear of movement, or kinesiophobia, can affect recovery even when the fusion itself is healing well.

At Vertrae® in Dayton, Ohio, Dr. Kamal Woods uses a MotionFirst™ approach that considers the full spectrum of options — including physical therapy, ReActiv8®, BVNA, interventional procedures, and minimally invasive robotic fusion when appropriate. The goal is not to rush into surgery, but to determine whether lumbar fusion is truly the right solution for your specific condition.

Visit Vertrae.com to request your MotionFirst™ evaluation.

In this Vertrae® 360 Short Deep Dive, we explain basivertebral nerve ablation, or BVNA, a targeted treatment option for vertebrogenic pain. This type of back pain can come from damaged or inflamed vertebral endplates, the area where the spinal disc meets the vertebral bone.

You’ll learn how Modic changes on MRI can help identify vertebrogenic pain, how the basivertebral nerve carries pain signals from inside the vertebral body, and how BVNA uses radiofrequency energy to interrupt that pain signal without leaving an implant behind.

This episode also explains why BVNA is not a general treatment for every type of back pain or lumbar instability. It is designed for a specific pain generator, which is why careful diagnosis, imaging review, and patient selection matter.

At Vertrae® in Dayton, Ohio, Dr. Kamal Woods evaluates chronic low back pain by looking at symptoms, imaging, movement patterns, anatomy, and patient goals to determine whether BVNA, ReActiv8®, physical therapy, injections, or minimally invasive spine surgery may be most appropriate.

Visit Vertrae.com to request your MotionFirst™ evaluation.

In this Vertrae® 360 Short Deep Dive, we explain how robotic-assisted spine surgery can help make lumbar fusion more precise, planned, and minimally disruptive. For patients with advanced lumbar instability, degenerative spondylolisthesis, nerve compression, or painful abnormal motion, surgery may become the right conversation when conservative care is no longer enough.

You’ll learn how MIS-TLIF, or minimally invasive transforaminal lumbar interbody fusion, uses small incisions and muscle-sparing tubular retractors to stabilize a painful spinal segment while reducing soft tissue disruption compared with traditional open fusion.

This episode also explains how robotic guidance, including the Mazor X™ system, helps the surgeon plan screw placement in 3D before surgery and guide instrumentation with a high level of precision. The robot does not replace the surgeon — it supports surgical planning, accuracy, and consistency.

At Vertrae® in Dayton, Ohio, Dr. Kamal Woods evaluates each patient’s symptoms, imaging, function, goals, and anatomy to determine whether minimally invasive robotic spine surgery is appropriate.

Visit Vertrae.com to request your MotionFirst™ evaluation.

In this Vertrae® 360 Short Deep Dive, we explain why lumbar instability is not always a simple “weak core” problem. Standard physical therapy often focuses on general strengthening, but instability usually requires a more specific approach that targets the deep stabilizing muscles of the spine, especially the multifidus and transversus abdominis.

You’ll learn why traditional core exercises like crunches, planks, or generic back-strengthening routines may not fully restore spinal control when the multifidus has become inhibited by chronic pain or injury. We also discuss why stability-directed therapy must focus on timing, coordination, endurance, and neuromuscular control — not just strength.

For some patients, the deep stabilizing system does not respond enough to voluntary exercise alone. In those cases, options like ReActiv8® restorative neurostimulation may be considered to help activate and retrain the multifidus muscle. When structural instability is more advanced, additional treatments may be needed.

At Vertrae® in Dayton, Ohio, Dr. Kamal Woods evaluates lumbar instability by looking at symptoms, imaging, movement patterns, function, and patient goals to determine which treatment path makes the most sense.

Visit Vertrae.com to request your MotionFirst™ evaluation.

In this episode, we break down the full treatment spectrum for lumbar instability — from stability-directed physical therapy to ReActiv8® restorative neurostimulation, basivertebral nerve ablation, injections, and minimally invasive fusion surgery. You’ll learn why treatment should follow the patient, not just the MRI, and why two people with similar imaging may need very different care plans.

We explain why standard core exercises may not fully address lumbar instability, especially when the deep stabilizing muscles like the multifidus and transversus abdominis are inhibited or underactive. We also discuss how ReActiv8® may help selected patients retrain the multifidus muscle, how BVNA targets vertebrogenic pain from Modic changes, and how injections can support the treatment plan without “fixing” instability itself.

When a structural problem is advanced — such as significant spondylolisthesis, nerve compression, or progressive weakness — minimally invasive stabilization may become the right conversation. This episode explains MIS-TLIF, how it differs from traditional open fusion, and how robotic guidance with the Mazor X™ system helps support precision in modern spine surgery.

At Vertrae® in Dayton, Ohio, Dr. Kamal Woods evaluates each patient personally, using a full-spectrum approach that considers symptoms, imaging, function, lifestyle, goals, and anatomy before recommending a path forward.

Visit Vertrae.com to request your MotionFirst™ evaluation.

In this Vertrae® 360 Short Deep Dive, we explain why standard X-rays and MRIs may not always capture lumbar instability — especially when the problem happens during movement. Lumbar instability is often a dynamic spine problem, meaning the painful motion may only appear when you bend, stand, twist, get out of a chair, or move under load.

You’ll learn why some patients are told their imaging looks “normal for age” even though they feel sudden catching pain, slipping, locking, or the sensation that their back may give out. We also discuss why flexion-extension X-rays can help evaluate abnormal spinal motion, why pain-related muscle guarding may limit what imaging shows, and why a complete clinical evaluation matters.

This episode also covers how Dr. Kamal Woods at Vertrae® in Dayton, Ohio evaluates chronic mechanical low back pain by looking beyond a standard report — including symptoms, movement patterns, dynamic imaging, spinal anatomy, multifidus function, and patient goals.

If your scans look normal but your back does not feel normal, the next step may be a more complete MotionFirst™ evaluation.

Visit Vertrae.com to request your evaluation.

In this Vertrae® 360 Short Deep Dive, we explain how lumbar instability can cause unpredictable mechanical low back pain, sharp catching sensations, and the feeling that your spine cannot be trusted. Unlike a sore muscle or a classic herniated disc, lumbar instability is often a movement-based problem. It can happen when one spinal segment moves more than it should during everyday transitions.

You’ll learn how the spine’s stabilizing structures — including the intervertebral discs, facet joints, ligaments, and multifidus muscle — work together to control movement. When these systems weaken or fail, even small motions can trigger sudden pain, slipping, locking, or guarding.

This episode also explains why standard MRI or X-rays may not always capture lumbar instability, why flexion-extension X-rays and clinical evaluation matter, and how treatment may range from targeted stability-focused physical therapy to ReActiv8® restorative neurostimulation or minimally invasive spine surgery when structural instability is advanced.

At Vertrae® in Dayton, Ohio, Dr. Kamal Woods evaluates chronic mechanical low back pain using a MotionFirst™ approach that looks at symptoms, movement patterns, imaging, biomechanics, and patient goals.

Visit Vertrae.com to request your MotionFirst™ evaluation.

In this Vertrae® 360 Deep Dive, we explore lumbar instability, also called lumbar segmental instability. Unlike a simple sore muscle or a classic herniated disc, lumbar instability is often a movement problem. It can happen when the spine loses precise control over the small motions between vertebrae, creating sudden catching pain, slipping sensations, guarding, and fear of movement.

You’ll learn how the spine’s stabilizing structures work together, including the intervertebral discs, facet joints, ligaments, and multifidus muscle. We also break down the Kirkaldy-Willis degenerative cascade, explaining how disc degeneration, facet joint stress, ligament laxity, and multifidus inhibition can contribute to mechanical low back pain over time.

This episode also explains why lumbar instability can be hard to diagnose on standard MRI or X-ray. Because the problem is dynamic, flexion-extension X-rays are often an important first step, but pain-related guarding can sometimes limit what the imaging shows. We discuss how physicians may use additional clues from MRI, CT, sitting X-rays, facet fluid, disc height loss, and alignment changes to understand the full mechanical picture.

Treatment depends on the true pain generator. For some patients, targeted multifidus training and stability-focused physical therapy may help restore control. For others, ReActiv8® restorative neurostimulation may be considered to help activate the deep stabilizing multifidus muscle. When instability is advanced or structural failure is severe, minimally invasive fusion approaches such as robotic MIS-TLIF may be part of the conversation.

At Vertrae® in Dayton, Ohio, Dr. Kamal Woods evaluates chronic mechanical low back pain with a MotionFirst™ approach, looking at symptoms, movement patterns, imaging, biomechanics, anatomy, and patient goals before recommending a treatment path.

Visit Vertrae.com to request your MotionFirst™ evaluation.

In this episode, we walk through the PRP patient experience step by step — from the initial evaluation to procedure day, recovery expectations, medication restrictions, cost, and timeline for results. You’ll learn why the PRP journey should begin with diagnosis, not an injection, and why patient selection is one of the most important factors in determining whether PRP is a reasonable option.

We explain how PRP is made from your own blood, how a centrifuge concentrates the platelet-rich layer, and why live imaging guidance such as fluoroscopy is essential for safe and precise placement in spine care. You’ll also learn why PRP is not the same as a steroid injection, why NSAIDs like ibuprofen and naproxen are often avoided after treatment, and why meaningful improvement is typically measured over months rather than days.

This episode also covers the financial reality of PRP, including why most spine-related PRP procedures are usually paid out of pocket, and how to think about cost in the context of long-term relief, motion preservation, and potential alternatives such as surgery.

We also discuss when PRP may not be the right tool — including severe nerve compression, progressive neurological symptoms, structural instability, or end-stage disc degeneration — and why timing matters in regenerative spine care.

At Vertrae® in Dayton, Ohio, Dr. Kamal Woods personally evaluates each patient to determine whether PRP, another non-surgical option, or surgery is the most appropriate path forward.

Visit Vertrae.com to request your MotionFirst™ evaluation.

Unlike a cut on your skin or a muscle injury, a damaged spinal disc does not receive the same steady delivery of healing cells, platelets, growth factors, and repair signals. That limited blood supply can make it harder for the body to naturally repair disc tissue after tears, irritation, or degeneration.

We break down what this means for chronic discogenic low back pain, why some patients continue to hurt even after conservative care, and how regenerative spine treatments like platelet-rich plasma, or PRP, are being studied as a way to deliver concentrated healing signals to carefully selected spinal structures.

This episode also explains why regenerative medicine should not be treated like a miracle cure — and why patient selection, imaging review, diagnosis, and timing all matter. For some patients, the right path may be continued conservative care. For others, it may involve interventional pain management, minimally invasive spine surgery, or a biologic treatment discussion.

At Vertrae® in Dayton, Ohio, Dr. Kamal Woods uses an evidence-first, MotionFirst™ approach to evaluate chronic back pain and determine whether PRP, conservative care, surgery, or another targeted treatment may be most appropriate.

Visit Vertrae.com to request your MotionFirst™ evaluation.

You’ll learn how PRP is made from your own blood, why platelets and growth factors matter, and how PRP may help support tissue repair, inflammation control, collagen production, and healing responses inside or around painful spinal structures. We also explain why spinal discs are difficult to heal naturally because of their limited blood supply — and how PRP is designed to deliver concentrated biological signals directly to the area that may need them.

This episode compares PRP with traditional corticosteroid injections. While cortisone may provide faster short-term inflammation relief, PRP is intended to support a slower biologic healing response over weeks to months. For the right patient, that difference may matter when the goal is not just temporary symptom control, but supporting longer-term spine function.

We also discuss discogenic low back pain, intradiscal PRP, epidural PRP for radiculopathy, stem cell therapy, patient selection, realistic timelines, and why regenerative treatments should never be presented as miracle cures or dismissed without context.

At Vertrae® in Dayton, Ohio, Dr. Kamal Woods uses an evidence-first, MotionFirst™ approach to determine whether PRP, conservative care, interventional pain management, minimally invasive spine surgery, or another targeted treatment may be most appropriate.

Visit Vertrae.com to request your MotionFirst™ evaluation.

We start with platelet-rich plasma, or PRP — a biologic treatment made from your own blood. PRP is created by drawing a small blood sample, spinning it in a centrifuge, and concentrating the platelet-rich layer. These platelets contain growth factors and signaling proteins that may help support tissue repair, inflammation control, collagen production, and healing responses.

This episode explains why PRP may be relevant for carefully selected patients with chronic discogenic low back pain, including pain believed to come from the spinal disc itself. We also discuss intradiscal PRP, epidural PRP for lumbar disc herniation with radiculopathy, and why PRP works on a different timeline than a steroid injection. Unlike steroids, which often provide short-term inflammation relief, PRP is intended to support a slower biologic healing response over weeks to months.

We also take a balanced look at stem cell therapy for spine conditions. Stem cell research is promising, but current marketing often runs ahead of the evidence. You’ll learn why PRP currently has a stronger evidence base in selected spine cases, why patient selection matters, and why regenerative treatments are most likely to help when there is still enough healthy tissue biology left to respond.

At Vertrae® in Dayton, Ohio, Dr. Kamal Woods uses an evidence-first, MotionFirst™ approach to evaluate whether regenerative spine care, conservative treatment, interventional pain management, minimally invasive spine surgery, or another targeted option is most appropriate for each patient.

No hype. No blanket dismissal. Just a clear conversation about what regenerative medicine may support, where the evidence is still emerging, and who may be the right candidate.

Visit Vertrae.com to request your MotionFirst™ evaluation.

We explore how chronic post-surgical nerve pain can develop when the nervous system remains stuck in an alarm state, especially when pain is concentrated in a specific area of the body. This type of pain may not always show up clearly on traditional imaging because the issue is not always a structural problem — it may be a nerve signaling problem.

In this episode, you’ll learn how the dorsal root ganglion, or DRG, acts as a regional hub for sensory signals, and why it can become hypersensitive after procedures such as hernia repair, joint surgery, spine surgery, or other operations. We also explain how DRG stimulation differs from traditional spinal cord stimulation by targeting the specific nerve cluster responsible for pain in one localized region.

You’ll also hear what patients can expect from the temporary DRG stimulation trial, why the trial phase matters before considering a permanent implant, and how specialists evaluate whether this therapy may be appropriate.

At Vertrae® in Dayton, Ohio, Dr. Kamal Woods evaluates patients with chronic surgical pain, localized nerve pain, CRPS, and other focal pain conditions to determine whether DRG stimulation may be an option.

Visit Vertrae.com to learn more or request a MotionFirst™ evaluation.

We explore why chronic localized nerve pain, including complex regional pain syndrome, or CRPS, may not show up clearly on traditional imaging. Instead of coming from a visible structural problem, this type of pain can come from a processing error in the nervous system, specifically within the dorsal root ganglion, or DRG.

You’ll learn how the DRG acts like a regional signal hub for sensation, why it can become hypersensitive after an injury or surgery, and how that can lead to pain, skin sensitivity, color changes, temperature changes, swelling, or burning sensations in one specific area of the body.

This episode also explains how DRG stimulation differs from traditional spinal cord stimulation, why it may be a more targeted option for focal nerve pain, and what patients can expect from the temporary trial phase before considering a permanent implant.

At Vertrae® in Dayton, Ohio, Dr. Kamal Woods evaluates patients with chronic localized nerve pain, CRPS, and post-surgical nerve pain to determine whether DRG stimulation may be appropriate.

Visit Vertrae.com to learn more or request a MotionFirst™ evaluation.

In this episode, we explore dorsal root ganglion stimulation, or DRG-S, a highly targeted neuromodulation therapy designed for certain types of chronic localized nerve pain, including complex regional pain syndrome, or CRPS. Unlike pain caused by a visible structural injury on imaging, localized nerve pain can come from a processing error in the nervous system itself — specifically within the dorsal root ganglion, the sensory “mailroom” that helps process pain signals from a specific region of the body.

We break down why traditional imaging may look normal even when pain is severe, how CRPS can cause burning pain, color changes, temperature differences, swelling, and extreme sensitivity to touch, and how clinicians use tools like the Budapest criteria to evaluate this condition. You’ll also learn how DRG stimulation differs from traditional spinal cord stimulation, why it may be more precise for focal pain, and what patients can expect from the trial phase before considering a permanent implant.

This conversation also covers the ACCURATE trial, long-term outcomes, possible limitations, lead migration, insurance considerations, and why careful patient selection matters. For patients with pain that burns, shoots, or stays locked in one specific area after an injury or surgery, DRG-S may offer a more targeted path worth discussing with a specialist.

At Vertrae® in Dayton, Ohio, Dr. Kamal Woods personally evaluates candidates for DRG stimulation. When appropriate, DRG-S trials and implants are performed at Vertrae® Surgery Center in Miamisburg, a spine-exclusive outpatient facility.

Visit Vertrae.com to request a MotionFirst™ evaluation.

In this episode, we explore a missing piece in chronic mechanical low back pain: the multifidus muscle. The multifidus is a deep spinal stabilizing muscle that helps control small movements of the lumbar spine. After a back injury, disc irritation, or spinal pain episode, the nervous system can reflexively shut this muscle down through a process called arthrogenic muscle inhibition. For some patients, that signal does not fully turn back on — even after the original injury has healed.

This conversation breaks down why chronic back pain is not always explained by MRI findings, why “mild degenerative changes” may not tell the whole story, and why years of physical therapy may not fully resolve pain when the multifidus muscle is inhibited at the spinal cord level. You’ll also learn how restorative neurostimulation with ReActiv8® is designed to directly stimulate the motor nerve connected to the multifidus, helping restore neuromuscular control over time.

We discuss who ReActiv8® may be designed for, how it differs from spinal cord stimulation, what the outpatient implant procedure involves, and how a simple in-office prone instability test may help identify whether multifidus dysfunction is contributing to chronic mechanical low back pain.

At Vertrae® in Dayton, Ohio, Dr. Kamal Woods, MD, MBA personally evaluates patients to determine whether ReActiv8® may be appropriate based on their pain pattern, history, prior treatments, and clinical exam findings.

Listen to learn why your pain may not be a failure of effort — and how the right evaluation may uncover a mechanism that standard imaging can miss.

Visit Vertrae.com to learn more or request an evaluation.

You’ll learn who ReActiv8® is designed for, how it differs from spinal cord stimulation or fusion surgery, what the outpatient implant process involves, and why recovery requires patience, daily therapy, and a long-term view. We also discuss the emotional toll of chronic back pain, physical therapy frustration, and how clinical evaluation can help determine whether multifidus dysfunction may be contributing to spinal instability.

This conversation breaks down how mechanical, central low back pain differs from sciatica, herniated disc pain, and other structural spine problems. You’ll learn why the multifidus muscles matter for spinal stability, how arthrogenic muscle inhibition can “shut down” key stabilizing muscles, and why some patients may continue to struggle even after dedicated physical therapy.

We also explore what the ReActiv8® treatment process actually involves, including outpatient implantation, the two-week waiting period before activation, twice-daily therapy sessions, and the months-long timeline often required for meaningful improvement. The episode also discusses important candidacy factors, reversibility, clinical evaluation, and the role of the prone instability test in identifying patients who may benefit from motor nerve stimulation.

For anyone living with long-term localized low back pain, this episode offers an honest, data-informed look at the difference between masking pain and addressing a possible root cause of spinal instability.

In this episode, we take a deep dive into a lesser-known cause of chronic mechanical low back pain: multifidus dysfunction. The multifidus is a deep stabilizing muscle in the lower back that helps support the lumbar spine during everyday movement. When this muscle becomes inhibited after injury, the spine may lose automatic support — creating a cycle of pain, instability, guarding, and frustration.

We also explore how ReActiv8® restorative neurostimulation is different from traditional spinal cord stimulation. Instead of masking pain signals, ReActiv8® is designed to activate the motor nerve that controls the multifidus muscle, helping restore neuromuscular control over time.

In this episode, we discuss:

✅ Why chronic low back pain can persist even after other treatments

✅ What the multifidus muscle does

✅ How multifidus dysfunction can contribute to mechanical low back pain

✅ Why physical therapy may not fully correct reflexive muscle inhibition

✅ What arthrogenic muscle inhibition means

✅ How ReActiv8® restorative neurostimulation works

✅ How ReActiv8® differs from spinal cord stimulation

✅ What patients may feel during therapy sessions

✅ Why improvement can take months

✅ Who may be a candidate for ReActiv8®

This conversation also explains why ReActiv8® is not intended for every type of back pain. It is generally considered for carefully selected patients with chronic mechanical, axial low back pain who have tried conservative care without enough relief and do not have a clear surgical problem that needs correction.

At Vertrae® in Dayton, Ohio, Dr. Kamal Woods personally evaluates patients to determine whether multifidus dysfunction may be contributing to their chronic low back pain and whether ReActiv8® may be appropriate.

Learn more or request an evaluation at Vertrae.com

#ReActiv8 #RestorativeNeurostimulation #ChronicLowBackPain #Multifidus #MultifidusDysfunction #MechanicalBackPain #LowBackPain #BackPainRelief #SpineCare #Neuromodulation #Neurosurgery #DaytonOhio #Vertrae #DrKamalWoods

In this episode, we take a deep dive into the spinal cord stimulation trial — one of the most patient-centered parts of the SCS process. For patients living with chronic nerve pain, the trial offers something unusual in medicine: the chance to test the therapy in real life before deciding whether to move forward with a permanent implant.

We explore why the SCS trial is different from both spine surgery and temporary injections. Unlike a fusion or laminectomy, the trial does not permanently change the structure of the spine. Unlike an injection, it is not simply a medication that wears off. Instead, temporary leads are placed in the epidural space near the spinal cord and connected to an external generator, allowing patients to experience the therapy during daily activities.

In this episode, we discuss:

✅ What a spinal cord stimulation trial is

✅ How the SCS trial works in real life

✅ Why the trial is not the same as surgery

✅ What the epidural space actually means

✅ How SCS may help modulate nerve pain signals

✅ Why sleep, function, and movement matter during the trial

✅ What doctors look for besides pain scores

✅ What happens if the trial gives partial relief

✅ Why a non-response can still provide valuable information

✅ How the trial gives patients more control over the decision

The goal of the SCS trial is not just to ask, “Did your pain score improve?” It is to ask: could you sleep better, sit longer, walk farther, move more freely, or do something during the trial week that pain had previously taken away?

At Vertrae® in Dayton, Ohio, the SCS trial is part of a stepwise, reversible process designed to help patients make an informed decision based on their own lived experience — not just statistics or someone else’s outcome.

If chronic nerve pain has been limiting your sleep, movement, independence, or quality of life, a spinal cord stimulation evaluation may help determine whether SCS is the right fit for your pain pattern.

Learn more at Vertrae.com

#SpinalCordStimulation #SCSTrial #SpinalCordStimulator #ChronicPain #NervePain #NeuropathicPain #PainManagement #SpineCare #Neuromodulation #BackPain #LegPain #DaytonOhio #Vertrae #PatientCenteredCare

In this episode, we take a deep dive into the most common questions patients ask before an SCS evaluation, using insights from Vertrae® in Dayton, Ohio. This conversation explores how spinal cord stimulation works, what neuropathic pain feels like, what patients can expect during the temporary SCS trial, and why this therapy is considered reversible.

We also discuss the difference between mechanical back pain and neuropathic nerve pain, including symptoms like burning, shooting, electric, or radiating pain that may travel down the leg or persist even at rest. For patients with persistent nerve pain after spine surgery, complex regional pain syndrome, or painful diabetic neuropathy, SCS may be part of a thoughtful treatment conversation.

In this episode, you’ll learn:

✅ What spinal cord stimulation is

✅ Whether SCS is a “last resort”

✅ How neuropathic pain differs from mechanical pain

✅ What the temporary SCS trial involves

✅ What an implanted spinal cord stimulator feels like

✅ Whether an SCS system can be removed

✅ How newer high-frequency and closed-loop systems work

✅ When another back surgery may or may not be the right option

Unlike structural spine surgery, spinal cord stimulation does not remove arthritis, repair a disc, or fuse the spine. Instead, it uses gentle electrical signals to help change how the nervous system processes pain. And because patients typically complete a temporary trial first, they can test the therapy before deciding whether to move forward with a permanent implant.

If you are living with chronic nerve pain, shooting leg pain, persistent pain after back surgery, or symptoms that have not improved with conservative care, an SCS evaluation may help determine whether this treatment is right for you.

To learn more or schedule an evaluation, visit Vertrae.com.

#SpinalCordStimulation #SCS #ChronicPain #NervePain #NeuropathicPain #BackPain #LegPain #PainManagement #SpineCare #Neuromodulation #PersistentSpinalPain #FailedBackSurgerySyndrome #CRPS #DiabeticNeuropathy #Vertrae #DaytonOhio

A spinal cord stimulator trial allows patients and providers to evaluate whether this treatment may help reduce chronic back pain, nerve pain, leg pain, or radiating pain. This episode breaks down what to expect during the trial period, how pain relief may be measured, and why the temporary test phase can help determine whether spinal cord stimulation is the right next step.

Whether you are exploring treatment options for chronic pain, failed back surgery syndrome, sciatica, neuropathic pain, or ongoing spine-related symptoms, this episode offers a clear, patient-friendly overview of how spinal cord stimulator trials work and what questions to ask before moving forward.

Pain after back surgery does not always mean the surgery failed. Ongoing symptoms may be related to nerve irritation, inflammation, scar tissue, muscle weakness, healing time, spinal mechanics, or other underlying pain generators. This episode explains why post-surgical spine pain can happen, what symptoms may mean, and why understanding the source of pain is important for finding the right next step.

Whether you are recovering from spine surgery, dealing with lingering lower back pain, experiencing radiating leg pain, numbness, tingling, or wondering why pain persists after a successful procedure, this episode offers a clear and patient-friendly overview of what may be going on and when to seek professional guidance.

Mechanical back pain is often linked to movement, posture, muscles, joints, or spinal structures, while nerve pain may involve symptoms like radiating pain, numbness, tingling, burning, or weakness. This episode breaks down what to watch for and how understanding your symptoms can help guide the right next steps.

Whether you’re experiencing lower back pain, sciatic pain, stiffness, sharp pain, or pain that travels into the legs, this episode offers a clear, easy-to-understand overview of mechanical versus nerve back pain and when it may be time to seek professional care.

In this episode, we take a deep dive into spinal cord stimulation, also known as SCS, and why this treatment may help certain patients living with chronic nerve pain, persistent leg pain, or ongoing pain after spine surgery.

Spinal cord stimulation is a form of neuromodulation that works by changing how pain signals travel through the nervous system before they reach the brain. Instead of structurally “fixing” the spine, SCS is designed to help modulate pain signaling — especially in cases where the original spine issue has been treated, but the nerve continues to misfire.

We discuss the difference between mechanical pain and neuropathic pain, why nerve pain can feel burning, shooting, electric, tingling, or radiating, and how chronic nerve compression can sometimes lead to long-term changes in the nervous system. The episode also explores conditions such as persistent spinal pain syndrome, formerly called failed back surgery syndrome, complex regional pain syndrome, and painful diabetic neuropathy.

You’ll also learn how the spinal cord stimulation trial works. Before committing to a permanent implant, many patients can test the therapy for about a week using temporary leads and an external generator. This trial period allows patients to evaluate real-world changes in pain, function, sleep, medication use, and activity tolerance before making a long-term decision.

For patients with treatment-resistant nerve pain, spinal cord stimulation may not be a “last resort.” For the right candidate, it can be an evidence-based option worth considering earlier in the conversation.

At Vertrae® Surgery Center, Dr. Kamal Woods and the team provide spine-focused outpatient care in Dayton, Ohio, with an emphasis on matching the right treatment to the actual biology of each patient’s pain.

Learn more at Vertrae.com.

In this episode of Vertrae® 360 Spine Talk, we explore a specific type of chronic axial low back pain that does not shoot down the legs and often does not respond to physical therapy, medications, injections, chiropractic care, or traditional pain management approaches.

The conversation focuses on the multifidus muscle, a deep spinal stabilizer that can become inhibited after injury. When this muscle stops firing properly, it may weaken, atrophy, and contribute to a cycle of mechanical instability and persistent low back pain.

We also discuss ReActiv8®, an implantable restorative neurostimulation therapy designed to reactivate the multifidus muscle and help restore neuromuscular control over time. Unlike traditional spinal cord stimulation, which is commonly used to modulate nerve pain signals, ReActiv8® targets the motor nerve responsible for activating the multifidus.

In this episode, you’ll learn:

• The difference between neuropathic pain and mechanical back pain

• Why traditional spinal cord stimulation may not be the right fit for some low back pain patients

• What the multifidus muscle does and why it matters

• How the inhibition-atrophy-pain cycle can keep patients stuck

• How ReActiv8® therapy works

• What clinical data suggests about long-term outcomes

• Why proper patient selection and specialist evaluation are essential

At Vertrae® Surgery Center in Dayton, Ohio, Dr. Kamal Woods and his team focus on identifying the true source of a patient’s spine pain and matching the right treatment to the right diagnosis.

This episode is for educational purposes only and is not a substitute for medical advice. Always consult a qualified medical professional for diagnosis and treatment options.

In this episode of Vertrae® 360 Spine Talk, we break down the major spinal cord stimulation options patients may hear about: tonic SCS, 10 kHz high-frequency SCS, burst stimulation, and closed-loop ECAP-controlled stimulation. The conversation explains why waveform selection matters for chronic pain, especially for patients with back-dominant pain, leg-dominant pain, mixed back and leg pain, paresthesia intolerance, or a spinal cord stimulator that has stopped working.

You’ll hear how traditional tonic stimulation uses paresthesia, or tingling, to help mask pain, while newer options like 10 kHz SCS, burst SCS, and certain closed-loop SCS settings may provide paresthesia-free pain relief. The episode also explores why closed-loop stimulation is different: it listens to the spinal cord’s response and adjusts stimulation in real time.

This episode also covers what happens when a spinal cord stimulator fails. A loss of relief from one waveform does not always mean SCS therapy has failed completely. For some patients, SCS rescue therapy, reprogramming, battery replacement, or switching waveforms may still provide meaningful relief before considering explant surgery.

Disclaimer: This podcast is for educational purposes only and is not medical advice. Please consult a qualified healthcare professional for diagnosis and treatment recommendations.

In this episode of Vertrae® 360 Spine Talk, we explore why some patients who did not respond to spinal cord stimulation, or SCS, may still be candidates for dorsal root ganglion stimulation, or DRG-S. Drawing from the clinical framework of Dr. Kamal Woods at Vertrae® Surgery Center in Dayton, Ohio, this conversation explains the difference between broad spinal cord stimulation and precision DRG stimulation for focal nerve pain.

Traditional SCS targets the dorsal columns of the spinal cord and may be better suited for broader, multi-region pain. DRG-S targets the dorsal root ganglion, a specific nerve “checkpoint” where pain signals from one defined area enter the spine. For patients with CRPS, focal post-surgical nerve pain, or pain isolated to one foot, knee, groin, or nerve territory, that difference can matter.

This episode also breaks down why “failed SCS” is not one single diagnosis. A failed stimulator may reflect a focal pain mismatch, a structural spine problem, outdated SCS technology, or patient-level factors such as unmanaged depression or long-term opioid use. The goal is not to push another implant — it is to understand why the first therapy failed and what the next best step should be.

You’ll also hear about DRG-S salvage therapy, the temporary DRG stimulation trial process, and clinical data showing that carefully selected patients with focal neuropathic pain may still respond after a previous SCS failure.

Topics covered include:

Failed spinal cord stimulator trial

Spinal cord stimulator stopped working

DRG stimulation after failed SCS

Dorsal root ganglion stimulation

DRG-S salvage therapy

CRPS and focal nerve pain

Post-surgical nerve pain

Persistent spinal pain syndrome

Neuromodulation options after failed SCS

Temporary DRG stimulation trial

Pain phenotype mismatch

Dr. Kamal Woods and Vertrae® Surgery Center in Dayton, Ohio

Disclaimer: This podcast is for educational purposes only and is not medical advice. Please consult a qualified healthcare professional for diagnosis and treatment recommendations.

In this episode of Vertrae® 360 Spine Talk, we explore dorsal root ganglion stimulation, or DRG-S, a precision neuromodulation therapy designed for highly localized nerve pain. The conversation breaks down how the dorsal root ganglion acts like a sensory “tollbooth” between the body and spinal cord, and why this small cluster of nerve cells may become hyperactive after injury, surgery, or complex regional pain syndrome.

Unlike traditional spinal cord stimulation, which treats broader pain patterns, DRG stimulation targets a specific nerve territory — making it especially relevant for patients with focal pain in areas such as the foot, knee, groin, pelvis, or lower extremity. The episode also discusses the landmark ACCURATE trial, where DRG-S showed strong outcomes for patients with lower-extremity CRPS, including higher responder rates than conventional SCS in the studied population.

You’ll also hear why DRG-S is not for every kind of chronic pain, why patient selection matters, what a temporary trial looks like, and why a consultation should be about getting a clear answer — whether that answer is DRG-S, spinal cord stimulation, or another treatment path entirely.

Topics covered include:

Dorsal root ganglion stimulation, or DRG-S

DRG stimulation for CRPS

Focal neuropathic pain

Post-surgical nerve pain

Chronic groin and pelvic pain

Foot, knee, leg, and lower-extremity nerve pain

DRG stimulation vs spinal cord stimulation

The ACCURATE trial

Paresthesia-free pain relief

Temporary DRG stimulation trials

Neuromodulation in Dayton, Ohio

Dr. Kamal Woods and Vertrae® Surgery Center

Disclaimer: This podcast is for educational purposes only and is not medical advice. Please consult a qualified healthcare professional for diagnosis and treatment recommendations.

This conversation explains why the right treatment depends on the specific pattern, location, and mechanism of pain. Broad, burning nerve pain may point toward traditional spinal cord stimulation, while highly localized pain — such as certain cases of complex regional pain syndrome, post-surgical nerve pain, or focal groin and foot pain — may fit DRG stimulation. For deep mechanical low back pain connected to multifidus dysfunction, ReActiv8® works differently by helping restore muscle function rather than simply masking pain signals.

The episode also explores what patients can expect from a temporary neuromodulation trial, why patient selection matters, and how clinical research like the ACCURATE trial, EVOKE trial, and RESTORE trial helps guide treatment decisions.

If you have lived with chronic pain despite pills, injections, therapy, or prior surgery, this episode offers a clearer way to think about whether neuromodulation may fit your pain — and why getting an honest “yes,” “no,” or “not this treatment” can be the most important outcome of a consultation.

Topics covered include:

Spinal cord stimulation for chronic pain

Dorsal root ganglion stimulation, or DRG-S

ReActiv8® restorative neurostimulation

Complex regional pain syndrome, or CRPS

Focal nerve pain vs widespread nerve pain

Mechanical low back pain and multifidus dysfunction

Temporary stimulator trials

Neuromodulation patient selection

Chronic pain after surgery

Dr. Kamal Woods and Vertrae® Surgery Center in Dayton, Ohio

Disclaimer: This podcast is for educational purposes only and is not medical advice. Please consult a qualified healthcare professional for diagnosis and treatment recommendations.

In this episode of Vertrae® 360 Spine Talk, we explore why chronic back pain often requires a deeper diagnostic approach than standard imaging alone. Through the lens of Dr. Kamal Woods’ MotionFirst™ philosophy, this conversation breaks down why an MRI can miss important clues about pain, especially when the spine is only viewed as a static structure rather than a dynamic system in motion.

The episode also examines the role of the multifidus muscle, functional instability, the prone instability test, and why some patients continue to experience pain even after a successful spinal procedure. From there, the discussion moves into central sensitization, the connection between chronic pain, depression, anxiety, and the nervous system, and how emerging treatments like neuromodulation may help interrupt amplified pain signals.

If you have ever felt dismissed because your pain does not match your imaging, this episode offers a new way to think about chronic back pain — one that looks at movement, muscle function, nerve sensitivity, and the full pain experience.

Topics covered include:

MRI limitations in chronic back pain

Dr. Kamal Woods’ MotionFirst™ philosophy

Why pain can persist after spine surgery

Multifidus dysfunction and spinal instability

Central sensitization and nervous system hypersensitivity

Depression, anxiety, and pain amplification

Neuromodulation for chronic pain

Why chronic pain is not “all in your head”

Disclaimer: This podcast is for educational purposes only and is not medical advice. Please consult a qualified healthcare professional for diagnosis and treatment options.

In this episode of Vertrae® 360 Spine Talk, we explore the powerful connection between chronic pain, depression, anxiety, and hope fatigue — and why emotional exhaustion can be deeply tied to the way the nervous system processes pain.

Inspired by insights from neurosurgeon Dr. Kamal Woods, this conversation takes a closer look at how chronic pain can physically change the brain. When pain persists for months or years, the brain’s threat detection system can become overactive, while the areas responsible for optimism, planning, and imagining a better future can become quieter. This helps explain why many patients feel like they have reached a permanent ceiling with pain, even when more precise answers may still be possible.

We also discuss why depression and chronic back pain often form a two-way cycle, how hope fatigue develops after repeated failed treatments, and why patients should not be pressured into toxic positivity or false hope.

This episode also covers advanced pain treatment options such as spinal cord stimulation, neuromodulation, and ReActiv8 therapy, including how these approaches may help target specific pain signals, nerve pathways, or mechanical pain generators like the multifidus muscle.

For patients living with persistent spinal pain, failed back surgery syndrome, neuropathic pain, chronic low back pain, or long-term pain after surgery, this episode offers a new way to think about pain: not as a personal failure, but as a complex neurological and mechanical condition that deserves a deeper evaluation.

In this episode, we discuss:

• Why MRI findings may not fully explain chronic back pain
• The link between chronic pain, depression, and anxiety
• How chronic pain can rewire the brain and nervous system
• What hope fatigue is and why it matters
• Why chronic pain can disrupt identity and daily function
• How precise pain evaluations can reveal overlooked pain generators
• The role of the multifidus muscle in spinal stability
• Spinal cord stimulation for neuropathic pain
• ReActiv8 therapy for mechanical low back pain
• Why restoring function may matter more than chasing zero pain

If you or someone you love feels stuck in chronic pain, this episode is a reminder that the right questions may not have been asked yet — and that a new evaluation may reveal a new path forward.

In this episode of Vertrae® 360 Spine Talk, we explore Persistent Spinal Pain Syndrome, or PSPS, the diagnosis that has formally replaced the outdated term “failed back surgery syndrome.” This shift matters because persistent pain after spine surgery is not about blame. It is about understanding the biological, structural, neurological, and emotional factors that can continue driving pain after surgery.

Drawing from the clinical framework of Dr. Kamal Woods at Vertrae® Surgery Center in Dayton, Ohio, this episode explains why pain can persist after spine surgery, including causes such as epidural fibrosis, adjacent segment disease, recurrent disc herniation, unaddressed facet joint pain, Modic changes, and central sensitization.

You’ll also hear why the length of time someone had pain before surgery can influence recovery, how anxiety and depression affect the nervous system’s response to pain, and why a fresh re-evaluation can help identify what is generating symptoms today.

Topics covered include:

• Why “failed back surgery syndrome” is no longer the preferred term
• What Persistent Spinal Pain Syndrome means
• Why pain can persist after technically successful spine surgery
• Epidural fibrosis, adjacent segment disease, and recurrent disc herniation
• Central sensitization and chronic nerve pain
• How preoperative pain duration affects PSPS risk
• The role of anxiety, depression, sleep disruption, and emotional trauma
• Why fresh evaluation matters after persistent pain
• Spinal cord stimulation for neuropathic leg pain
• ReActiv8® restorative neurostimulation for multifidus dysfunction
• Why the next step is not blame, but better diagnosis

Seeking a second evaluation after spine surgery is not a betrayal of your original surgeon or an admission that the first decision was wrong. It is an appropriate clinical step when pain persists and a new diagnosis may be needed.

This episode is for educational purposes only and is not a substitute for medical advice, diagnosis, or treatment. If you experience sudden loss of bladder or bowel control, new numbness in the groin or saddle area, sudden weakness in the legs, fever with severe back pain, or rapidly worsening neurological symptoms, seek emergency medical care immediately.

In this episode of Vertrae® 360 Spine Talk, Dr. Kamal Woods explains why chronic low back pain is a label, not a true diagnosis. It describes where pain is and how long it has lasted, but it does not explain the underlying cause. Without identifying the actual pain source, patients may cycle through treatments that only provide partial or temporary relief.

This episode explores why a normal MRI does not mean nothing is wrong, how emotional health and chronic pain are connected, and why conditions such as central sensitization, vertebrogenic pain, facet joint pain, sacroiliac joint dysfunction, and multifidus dysfunction may require more targeted evaluation.

Dr. Woods also discusses the difference between mechanical and inflammatory back pain, why listening carefully to a patient’s story matters, and which red flag symptoms require immediate emergency care.

Topics covered include:

• Why chronic low back pain is not a final diagnosis
• What a normal MRI can and cannot show
• Central sensitization and the nervous system’s role in pain
• The connection between chronic pain, anxiety, and depression
• Mechanical vs. inflammatory back pain patterns
• Vertebrogenic pain and multifidus dysfunction
• When back pain symptoms may be a medical emergency
• Why precise diagnosis should come before treatment

This episode is for educational purposes only and is not a substitute for medical advice, diagnosis, or treatment. If you experience sudden loss of bladder or bowel control, new numbness in the groin or saddle area, sudden weakness in both legs, or severe back pain after a fall or injury, seek emergency medical care immediately.

In this episode of Vertrae® 360 Spine Talk, we break down the reality behind that fear—and separate emotion from clinical fact.

Drawing on the framework of Dr. Kamal Woods, a double fellowship-trained neurosurgeon at Vertrae® in Dayton, Ohio, we explore why a vertebral compression fracture is not a sign of total skeletal failure, but rather a localized structural issue that can be precisely repaired.

You’ll learn how kyphoplasty works, why it’s a minimally invasive and highly effective procedure, and what the data actually shows about outcomes, recovery, and future fracture risk. We also tackle one of the biggest gaps in care today: untreated osteoporosis—and why addressing bone health after the procedure is just as important as fixing the fracture itself.

This episode reframes the entire conversation:

Kyphoplasty isn’t giving in—it’s taking control.

What You’ll Learn:

• Why kyphoplasty does not mean your bones are failing
• The real cause behind most spinal compression fractures
• How kyphoplasty restores stability and relieves pain
• The truth about adjacent fracture risk
• Why osteoporosis treatment is often overlooked—and why it matters
• How to prevent the “fracture cascade” with proper follow-up care

Learn how a DEXA scan helps diagnose osteoporosis, why calcium and vitamin D levels matter, and how osteoporosis treatment can significantly reduce the risk of another compression fracture. We also explain the “fracture cascade,” where one spinal fracture increases the likelihood of additional fractures if bone health isn’t addressed.

This episode covers the essential steps in post-fracture care, including bone density testing, medication management, and lifestyle changes like weight-bearing exercise and fall prevention.

If you’ve experienced a compression fracture or are concerned about osteoporosis, this episode will help you understand how to protect your spine and prevent future fractures.

Learn the key warning signs that distinguish a vertebral fracture from a typical muscle injury, including sudden onset pain, band-like discomfort around the torso, and the critical role of positional pain (worse when standing, relieved when lying down). We also explain why MRI is the gold standard for diagnosing acute spinal fractures, outperforming X-rays by detecting bone marrow edema and determining fracture timing.

Finally, we cover when intervention becomes necessary, including the criteria for procedures like kyphoplasty and why conservative treatments such as rest and bracing are the first line of care.

If you’re dealing with chronic back pain that isn’t improving, this episode offers essential insights into structural causes, accurate diagnosis, and evidence-based treatment options.

How can your spine fracture when you didn’t fall, lift anything heavy, or experience any trauma? This episode breaks down one of the most confusing — and common — diagnoses patients face: osteoporotic compression fractures.

We take a deep dive into the hidden mechanics behind these injuries, explaining how everyday movements — even something as simple as bending, twisting, or sneezing — can lead to a spinal fracture when bone strength has quietly declined over time.

In this episode, you’ll learn:

• Why compression fractures often happen without trauma
• How osteoporosis weakens bone silently over decades
• Why two-thirds of spinal fractures go undiagnosed
• The real reason patients mistake fractures for muscle strain or aging
• The psychological impact of sudden back pain and loss of confidence
• What the “fracture cascade” is — and why early diagnosis matters
• Treatment options, from conservative care to kyphoplasty
• How to protect your spine and prevent future fractures

We also explore the concept of the “silent architecture” of bone loss — how your body can change without warning signs, and why the fracture itself is often the first indication something is wrong.

Most importantly, this episode reframes the diagnosis: you are not fragile — you have a treatable condition. Understanding what’s happening is the first step toward recovery, restoring mobility, and regaining trust in your body.

If you or someone you know is dealing with unexplained back pain, this episode provides clarity, reassurance, and a path forward.

Kyphoplasty is a minimally invasive procedure designed to stabilize painful spinal compression fractures — often providing rapid relief when conservative treatments aren’t enough. But how does it actually work, and who is the right candidate?

In this episode, we break down kyphoplasty step by step — from how a collapsed vertebra is reinforced using a balloon and medical-grade cement, to why this approach may reduce risks compared to similar procedures.

We also cover:

• Who qualifies for kyphoplasty and when it’s considered
• What recovery really looks like (including same-day mobility)
• How quickly pain relief can happen
• And why treating the fracture is only part of the solution

Most importantly, we discuss the bigger picture: kyphoplasty stabilizes the bone, but it does not treat the underlying cause — typically osteoporosis. Long-term bone health is essential to prevent future fractures and maintain mobility.

If you or someone you know is dealing with persistent back pain from a compression fracture, this episode offers a clear, clinical overview of what kyphoplasty can — and cannot — do.

A spinal compression fracture isn’t the dramatic “snap” most people imagine. It’s quieter — a vertebra that slowly crumples under pressure, often triggering sudden, intense back pain from something as simple as getting out of bed. In this episode, we break down exactly what’s happening inside the spine and, more importantly, what you can do about it.

We walk through how these fractures are identified, why MRI imaging is critical for determining whether an injury is new or old, and how that distinction shapes treatment decisions. From conservative care with bracing and rest to advanced procedures like kyphoplasty, you’ll learn the full spectrum of options and what recovery really looks like.

Most importantly, we tackle the bigger picture: preventing future fractures. Because treating the injury is only half the battle. Addressing underlying bone health — especially osteoporosis — is key to protecting your spine long-term.

If you or someone you know is dealing with back pain or a recent fracture, this episode gives you the clarity and direction needed to heal today and build stronger bones for the future.

24 hours later, she’s walking out of an outpatient center with a 1-inch incision.

So what changed?

In this episode, we unpack the massive gap between internet horror stories and modern surgical reality—and why fear, not facts, keeps so many people stuck in pain longer than they need to be.

Drawing from clinical insights at Vertrae® and Dr. Kamal Woods, we explore:

• Why the “Google spiral” creates unnecessary fear
• How anxiety actually impacts physical healing and recovery
• The truth about spinal fusion (and why it doesn’t “lock your spine”)
• The difference between decompression vs. fusion
• How minimally invasive techniques have completely changed recovery timelines
• Why education and understanding your MRI can transform outcomes

We also dive into a powerful mindset shift:

What if the real risk isn’t surgery…

but spending years adapting your life around pain?

Because courage isn’t the absence of fear—it’s moving forward with the right information.

⚠️ Important: Sudden loss of bladder or bowel control or rapidly worsening leg weakness requires immediate medical attention.

In this episode, we break down one of the biggest misconceptions in spine care—and why outdated beliefs about fusion are keeping people stuck in pain longer than they need to be.

Using real clinical insights from Dr. Kamal Woods at Vertrae®, we explore how modern spine surgery has evolved—and why it’s nothing like it used to be.

In this deep dive, you’ll learn:

• Why spinal fusion is often misunderstood (and unfairly feared)
• The difference between muscle-based treatment (PT) and structural solutions (fusion)
• Why fusion targets one unstable segment—not your entire spine
• How robotic-assisted, minimally invasive techniques have transformed recovery
• What “same-day spine surgery” actually looks like
• Why the real key is matching the right solution to the right problem

We also explore the emotional side of the decision—why so many patients feel like surgery means failure, and how that mindset shift can change everything.

The takeaway?

Modern fusion isn’t about limitation—it’s about restoring stability so your body can move again.

⚠️ Important: Sudden loss of bladder or bowel control or rapidly worsening leg weakness requires immediate medical attention.

In this deep dive, we break down one of the most anxiety-inducing questions patients face: “Do I need surgery?” Using insights from Dr. Kamal Woods at Vertrae®, we walk through how specialists actually make that decision—step by step.

You’ll learn:

• Why a “slipped vertebra” doesn’t automatically mean surgery
• The critical difference between a slip and true instability
• How doctors use dynamic X-rays to assess real movement
• Why physical therapy works—but has limits
• When fusion becomes the right solution
• How modern minimally invasive, robotic-assisted surgery has changed recovery

Most importantly, this episode helps you move from fear and uncertainty to clarity and confidence. Because the right decision isn’t based on an MRI alone—it’s based on your symptoms, your function, and your goals.

⚠️ Important: Sudden loss of bladder or bowel control or rapidly worsening leg weakness requires immediate medical attention.

In this episode, we break down one of the biggest paradoxes in spine care: how locking two bones together through a minimally invasive lumbar fusion can restore mobility instead of taking it away.

Using clear analogies and real clinical insight from Dr. Kamal Woods of Vertrae® in Dayton, Ohio, we explore what’s really happening inside the spine when instability—like spondylolisthesis—causes pain, nerve compression, and loss of function.

You’ll learn:

• What spondylolisthesis (spinal slippage) actually means

• Why instability—not stiffness—is often the real problem

• How your body responds to instability with muscle guarding and pain

• Why fusion works by stabilizing a “broken hinge” in the spine

• The difference between traditional open surgery and modern minimally invasive techniques

• How robotic-assisted spine surgery improves precision and recovery

• What recovery really looks like—from same-day walking to long-term healing

• Who is (and isn’t) a candidate for lumbar fusion

We also dive into the research behind fusion outcomes, the MotionFirst™ philosophy, and the often-overlooked role your brain plays in chronic pain and recovery.

If you’ve been told you might need spine surgery—or you’re living with ongoing back or leg pain—this episode is designed to replace fear with clarity and help you understand your options.

Because sometimes, the path to moving freely again starts with building a stable foundation.

Learn more or schedule an evaluation:

https://vertrae.com/

Vertrae® | Dayton, Ohio

#SpineFusion #Spondylolisthesis #BackPain #Sciatica #SpineHealth #MinimallyInvasiveSurgery #Vertrae #DrKamalWoods

We explain what “spinal slippage” actually is, why it’s often not as serious as it sounds, and the real issue doctors focus on: stability, not just what shows up on imaging.

In this conversation, you’ll learn:

• What spondylolisthesis really is (in plain English)
• Why some people have no symptoms at all
• How instability—not the slip itself—causes pain
• How your body compensates (like tight hamstrings)
• Why physical therapy works
• When surgery might actually be the right option

Most importantly, this episode gives you clarity, confidence, and a path forward—so you can stop guessing and start understanding your condition.

⚠️ Important: Seek emergency care if you experience loss of bladder/bowel control, severe leg weakness, or numbness in the groin area.

In this episode, we take a deep dive into the MotionFirst™ philosophy from Dr. Kamal Woods at Vertrae® in Dayton, Ohio—and why your outcome depends more on how you move than what your scan shows.

Because your spine doesn’t live on an image. It lives in motion.

In this episode, we explore:

• Why watching you walk can be more important than reading your MRI

• The difference between treating a scan vs. treating your real-life function

• How movement helps determine true surgical candidacy

• What “prehabilitation” is—and why preparation before surgery matters

• How minimally invasive, muscle-sparing techniques actually work

• Why most patients don’t need a fusion

• What recovery really looks like (hint: it’s faster than most expect)

You’ll also hear how trust, preparation, and clear expectations don’t just reduce anxiety—they can actually improve physical recovery outcomes.

This isn’t about rushing into surgery.

It’s about making sure it’s the right surgery, for the right person, at the right time.

Because at the end of the day…

It’s not about fixing a picture. It’s about getting your life back.

#SpineHealth #SpineSurgery #MotionFirst #BackPainRelief #HealthPodcast #MinimallyInvasiveSurgery #PatientEducation

In this deep dive, we explore one of the most overlooked parts of recovery: your mindset before the procedure even begins.

With insights from Dr. Kamal Woods at Vertrae® in Dayton, Ohio, this episode unpacks the fear many patients carry—that surgery won’t work—and how redefining expectations can completely change both your experience and your results.

In this episode, we discuss:

• Why spine surgery isn’t a “magic eraser”—and what success actually looks like

• The idea of recovery as a spectrum (not perfect ≠ failure)

• How fear, anxiety, and “catastrophizing” can physically slow healing

• The real biological link between stress and recovery outcomes

• What a “MotionFirst™” approach means for your life—not just your MRI

• Why honest conversations (not guarantees) build real trust

• How having a backup plan can reduce fear and improve confidence

This conversation goes beyond the procedure itself—it’s about understanding how your brain and body work together to heal.

Because sometimes success isn’t about eliminating every symptom…

It’s about finally being able to move forward again.

#SpineHealth #SpineSurgery #RecoveryMindset #HealthPodcast #PatientEducation #BackPainRelief #MindBodyConnection

In this episode, we take a deep dive into spinal stenosis—and how something as simple as leaning on a shopping cart can reveal a much bigger story about your health.

You’ll hear how people slowly adapt to symptoms without even realizing it… until their world starts to shrink.

In this episode, we break down:

• What spinal stenosis actually is (and why it happens over time)

• Why leaning forward—like on a shopping cart—relieves symptoms

• The subtle signs your mobility may be declining

• How to know when conservative treatments are no longer enough

• Why surgery is not based on an MRI alone—but your real-life limitations

• The truth about age and spine surgery outcomes

• What minimally invasive decompression really looks like today

You’ll also hear real patient stories that highlight the true “breaking point”—when the cost of doing nothing becomes greater than the fear of surgery.

This isn’t about rushing into surgery. It’s about understanding when your body is telling you it’s time to explore your options.

Because the real question isn’t “Do I need surgery?”

It’s “How much of my life have I quietly given up?”

If your world has been getting smaller… this conversation matters.

#SpineHealth #SpinalStenosis #BackPainRelief #Mobility #HealthPodcast #MinimallyInvasiveSurgery #PatientEducation

In this podcast, we dive into what recovery really looks like when nerve compression is limiting your mobility and confidence. From that heavy, fatigued feeling in your legs to relying on support just to get through the day—you’re not alone, and there are real solutions worth exploring.

In this episode, we discuss:

• The key signs of nerve compression you shouldn’t ignore

• When surgery may be the right next step

• Why age alone isn’t a barrier to treatment

• A minimally invasive, muscle-sparing surgical approach

• Whether spinal fusion is necessary (in most cases, it’s not)

• What recovery actually feels like—and how quickly life can improve

Picture this: walking freely again. No heaviness. No hesitation. Just confidence in every step.

Because this journey isn’t just about reducing pain—it’s about restoring your independence and getting back to the life you love.

If pain is limiting your steps… what could your next step be?

#Podcast #SpineHealth #BackPainRelief #NerveCompression #Mobility #RecoveryJourney #HealthPodcast

In this episode, we break down how to advocate for yourself during a medical consultation so you can make confident, informed decisions about your care. Learn why bringing prepared questions, asking for clear explanations, and exploring all your options—including conservative treatments—can reduce anxiety and lead to better outcomes.

We also shift the focus beyond scans and jargon to what really matters: your daily life. Discover how setting real-world recovery goals (like walking, cooking, and living independently) can reshape your treatment plan and build trust with your provider.

Plus, we cover the often-overlooked factor: the environment. How you’re treated in the office matters. Feeling rushed, ignored, or pressured? Those are red flags—and it’s okay to seek a second opinion.

Because great care isn’t just about the procedure—it’s about partnership, respect, and confidence in your path forward.

#PatientAdvocacy #SpineHealth #MedicalDecisions #HealthcareTips #Podcast

We break down the science behind the mind-body connection, including research showing that emotional preparation before surgery can lead to better outcomes, fewer complications, and shorter hospital stays. You’ll also hear practical ways to build confidence before your procedure through education, honest communication, and trust in your care team.

This episode covers how to reflect on your own readiness, ask better questions, and make sure your surgical plan aligns with your recovery goals. Because true readiness is not about getting rid of fear completely—it’s about building enough clarity, trust, and support to move forward with confidence.

If spine surgery is on your horizon, this conversation offers reassurance, perspective, and practical next steps.

#SpineSurgery #SurgeryPreparation #PatientEducation #HealthPodcast #RecoverySupport

Spinal stenosis is one of the most common spine conditions—but it’s also one of the most misunderstood.

In this episode, we break down what spinal stenosis actually means, why an MRI alone doesn’t tell the full story, and how to approach treatment without unnecessary fear.

You’ll learn:

• Why spinal stenosis is a normal part of aging for many people
• The surprising truth: nearly 80% of adults over 60 have stenosis on imaging and feel completely fine
• The key symptoms that actually matter (and what they feel like)
• Why surgery is never the automatic first step
• Practical ways to manage symptoms with conservative care
• When it’s time to seek a spine specialist
• What minimally invasive treatment really looks like if it’s needed

At Vertrae®, we focus on treating the person, not the MRI—helping patients understand their condition, reduce fear, and take the next step with confidence.

If you’ve been told you have spinal stenosis—or you’re wondering what your symptoms really mean—this episode gives you a clear, grounded starting point.

📍 Learn more or request an evaluation:

https://vertrae.com

Serving Dayton, Beavercreek, Kettering, Centerville, Miamisburg, Cincinnati & Southwest Ohio

Vertrae® 360 Spine Talk

Real conversations. Clear answers. Built around how you actually live and move.

⚠️ Medical Disclaimer:

This content is for informational and educational purposes only and is not a substitute for professional medical advice, diagnosis, or treatment. Always consult with a qualified healthcare provider regarding any medical condition or treatment decisions. If you are experiencing severe or worsening symptoms, seek medical care promptly.

Instead of focusing only on imaging like MRIs, Dr. Woods uses a MotionFirst™ approach—evaluating how your symptoms impact your real, everyday life. From sleeping and walking to working and spending time with family, the goal is to find the least invasive solution that restores your mobility and quality of life.

We also challenge the common fear that spine surgery is a “last resort.” For the right patient, it’s not a failure—it’s a carefully chosen tool designed to help you get back to living fully. Surgery isn’t the end of the road; it’s a bridge forward.

And one of the most overlooked factors? Your mindset. Confidence, trust, and education aren’t just nice-to-haves—they play a real, measurable role in recovery outcomes. Mental readiness is part of the treatment.

If you’re dealing with back pain or considering your options, this conversation will give you clarity, perspective, and a better understanding of what truly matters when making this life-changing decision.

#SpineSurgery #BackPain #HealthcarePodcast #PatientCare #RecoveryJourney

In this episode, we break down what spinal stenosis really means and how early understanding can completely change your outcome. You’ll learn why symptoms like stiffness and slowing down are often caused by deconditioning, not permanent damage—and how that cycle can be reversed.

We also cover when it’s time to see a specialist, what signs to watch for, and how modern, minimally invasive spine procedures are changing the game.

💡 The biggest takeaway? Your long-term mobility isn’t defined by your diagnosis—it’s shaped by the plan you choose and the actions you take next.

#SpinalStenosis #Mobility #SpineHealth #BackPain #MinimallyInvasiveSurgery

What if that “out of shape” feeling in your legs isn’t about fitness at all?

In this episode, we take a deep dive into lumbar spinal stenosis—a commonly misunderstood condition that can quietly shrink your world over time. Using real clinical insights, we break down what’s actually happening inside your spine and how to recognize the difference between normal aging and a treatable mechanical issue.

If you’ve ever noticed leg heaviness when walking, relief when sitting, or find yourself leaning over a shopping cart for comfort… this episode is for you.

🎧 What You’ll Learn in This Episode:

• What spinal stenosis really is (and why it’s often overlooked)
• The concept of neurogenic claudication explained simply
• Why posture plays a major role in your symptoms
• The truth behind the “shopping cart sign”
• Why standing still can feel worse than walking
• How to tell the difference between stenosis, vascular issues, and disc problems
• A simple 60-second home test you can try today
• Real patient success stories without surgery

💡 Key Takeaway:

A “shrinking world” doesn’t have to be your new normal. Many cases of spinal stenosis are highly treatable—and surgery is often not the first step.

🌐 Learn more about Vertrae® and your treatment options:

https://www.vertrae.com/

📍 Serving patients in Dayton and beyond with personalized, non-surgical spine care

⚠️ Disclaimer:

This podcast is for educational purposes only and is not a substitute for professional medical advice. If you’re experiencing worsening symptoms, consult a qualified healthcare provider.

Have you ever noticed that walking through the grocery store feels exhausting—until you lean forward on the cart and suddenly feel relief? It might seem like a small thing, but it could actually be a major clue about what’s happening in your spine.

In this episode, we break down the real reason behind leg heaviness, fatigue, and pain when walking—especially as we age. Drawing on clinical insights from Dr. Kamal Woods at Vertrae, we explore lumbar spinal stenosis, a common but often misunderstood condition that affects how your nerves function when you're upright.

You’ll learn why your symptoms improve when you sit or lean forward, how spinal mechanics play a critical role, and why many people mistake this condition for sciatica. We also dive into the “shopping cart sign,” what it reveals about your body, and how simple posture changes can dramatically impact your comfort and mobility.

Most importantly, we discuss a “motion-first” approach to treatment—focusing on preserving movement, managing symptoms conservatively, and when minimally invasive procedures may be the right next step.

If walking has become more difficult—or if you’ve been chalking it up to “just getting older”—this episode could change how you think about your symptoms and what to do next.

👉 Learn more in our blog: https://vertrae.com/blog/what-is-spinal-stenosis-dayton-ohio/

🎥 Watch the full video: https://youtu.be/13x4wQ55HY8

In Part 2 of our herniated disc series, we walk through:

1. When conservative care is no longer enough
2. The red flags that require urgent evaluation
3. How quality of life impacts surgical decisions
4. What a minimally invasive lumbar microdiscectomy actually involves
5. The role of the Barricaid® device in preventing re-herniation
6. What most patients experience immediately after surgery
7. Why nerve healing takes time — sometimes up to a year

We also discuss common fears around spine surgery and why modern minimally invasive techniques are very different from the “big back surgeries” people imagine.

Surgery isn’t the end goal — it’s a tool to restore movement, relieve nerve pressure, and help patients return to the life they want to live.

If Part 1 helped you understand disc herniations, this episode helps you understand the path forward.

You don’t have to make these decisions alone.

In this episode, we simplify the language around lumbar disc problems and walk through what’s actually happening inside the spine when a disc bulges, herniates, extrudes, or becomes sequestered.

You’ll learn:

1. Why pain sometimes shifts from the back into the leg
2. The difference between radiculopathy and sciatica
3. Why most disc herniations heal on their own
4. When symptoms signal it’s time for further evaluation
5. How doctors use your history, physical exam, and imaging together
6. What conservative care looks like before surgery is ever considered

We also discuss the spectrum of symptoms — from sudden “I threw my back out” episodes to persistent leg pain — and explain when minimally invasive options may be appropriate.

If you’ve ever experienced back pain and thought, “That sounds like me,” this episode will help you understand what may be happening — and what to do next.

For many patients, the word fusion is the moment they shut down.

In this episode of the Virtual 360 Podcast, Dr. Woods pulls back the curtain on what spine surgery looks like today — beyond old assumptions and outdated fears. With clarity, compassion, and decades of expertise, he explains how the Motion-First Mindset guides his approach to treating neck and back pain.

You’ll hear how modern artificial discs work, what really happens during a fusion, and why preserving movement matters not just for flexibility — but for long-term health, independence, and longevity.

This is more than a medical discussion.

This is a conversation about hope, possibility, and a future where movement is restored — not removed.