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    {
      "speaker": "Leah Bucholz",
      "startTime": "2.0",
      "endTime": "14.48",
      "body": "Hey, guys. It's Leah B from Prestige Veteran Medical Consulting. I am a US Army veteran physician assistant and former compensation and pension examiner. So let's talk about your your imaging. Why imaging doesn't always match your pain?"
    },
    {
      "speaker": "Leah Bucholz",
      "startTime": "14.715",
      "endTime": "23.915",
      "body": "K? Have you ever been told that your MRI isn't that bad? Your X-ray only shows mild changes. It shouldn't be causing that much pain. K?"
    },
    {
      "speaker": "Leah Bucholz",
      "startTime": "24.154999",
      "endTime": "37.469997",
      "body": "And yet you're in real pain. Today, I'm gonna explain something incredibly important to you guys. Imaging findings and pain levels do not always match. That doesn't mean that your pain is not real. K?"
    },
    {
      "speaker": "Leah Bucholz",
      "startTime": "37.71",
      "endTime": "49.435",
      "body": "So this is educational only. Let me throw out my disclaimer. So this is educational only and not legal advice. Let's talk about what's actually happening in the body, you guys. First, pain is not just structural."
    },
    {
      "speaker": "Leah Bucholz",
      "startTime": "49.755",
      "endTime": "68.65",
      "body": "We just touched on this on on another video recently. So pain and mental health issues, it it it's all can be structural. It can be physiologic, all of the things. So one of the biggest misconceptions in medicine is that pain is purely mechanical. That if somebody looks bad on imaging, it hurts a lot."
    },
    {
      "speaker": "Leah Bucholz",
      "startTime": "68.73",
      "endTime": "86.229996",
      "body": "And if imaging looks mild, it shouldn't hurt that much. But pain is not just about structure. Pain is processed in the nervous system. So your brain interprets signals coming from tissues, and that interpretation is influenced by many factors. So research has shown this clearly."
    },
    {
      "speaker": "Leah Bucholz",
      "startTime": "86.39",
      "endTime": "105.674995",
      "body": "Right? Large studies have shown that many people with things like herniated discs, degenerative disc disease, rotator cuff tears, knee arthritis, labral tears. People can have no pain at all with those things. Right? None at all."
    },
    {
      "speaker": "Leah Bucholz",
      "startTime": "105.915",
      "endTime": "121.35",
      "body": "And at the same time, some people with relatively mild imaging findings experience severe persistent pain. So, clearly, imaging alone does not determine symptom severity. Why that happens? K. Why does that happen in the nervous system?"
    },
    {
      "speaker": "Leah Bucholz",
      "startTime": "121.59",
      "endTime": "144.26001",
      "body": "When you experience injury, inflammation, or trauma, the nervous system becomes activated. In acute injury, that activation can become protective. But in some cases, especially after repeated injury or prolonged stress, the nervous system becomes, like, desensitized or sensitized. This is called central sensitization. Right?"
    },
    {
      "speaker": "Leah Bucholz",
      "startTime": "144.26001",
      "endTime": "157.175",
      "body": "So it means the brain and the spinal cord become responsive to pain signals. The threshold can lower. Right? Signals can amplify. Even minor stimuli can feel really intense."
    },
    {
      "speaker": "Leah Bucholz",
      "startTime": "157.97499",
      "endTime": "179.30501",
      "body": "This is not just physiologic. It is a neurophysiological issue. So pain is an output of the brain. Pain is a protective response. The brain evaluates things like tissue signals, past injury history, emotional stress, sleep quality, inflammation, overall threat perception."
    },
    {
      "speaker": "Leah Bucholz",
      "startTime": "179.94499",
      "endTime": "188.185",
      "body": "And then it generates a plan. K? It generates pain. It can generate, whatever it needs to to help protect you. Right?"
    },
    {
      "speaker": "Leah Bucholz",
      "startTime": "188.185",
      "endTime": "216.625",
      "body": "So if the nervous system has been repeatedly activated with things like chronic musculoskeletal strain, combat exposure, PTSD, repeated microtraumas, poor sleep, the pain response can become persistent even if the structural damage appears mild. Right? It's multifactorial. Structural findings don't equal pain severity. So let's take disc degeneration as an example."
    },
    {
      "speaker": "Leah Bucholz",
      "startTime": "217.17",
      "endTime": "231.89",
      "body": "Some individuals have severe disc height loss and minimal symptoms. Others have mild bulging and severe pain. Why? Well, that is because nerve involvement matters. Inflammatory response matters."
    },
    {
      "speaker": "Leah Bucholz",
      "startTime": "232.94499",
      "endTime": "244.945",
      "body": "Muscle guarding matters. Pain pathway sensitization matters. Imaging shows anatomy. It does not show nervous system amplification. So let's talk about the role of inflammation."
    },
    {
      "speaker": "Leah Bucholz",
      "startTime": "245.265",
      "endTime": "270.65503",
      "body": "Inflammation can irritate nerve endings. Even subtle inflammatory changes are not easily visible on imaging, and they can cause significant pain. Additionally, chronic stress and sleep disruption can increase systemic inflammation. So someone with PTSD or chronic step stress might have a heightened inflammatory state that amplifies pain perception. Again, that doesn't mean that pain is imagined."
    },
    {
      "speaker": "Leah Bucholz",
      "startTime": "270.815",
      "endTime": "285.78",
      "body": "It means that the nervous system is highly reactive. So chronic pain changes the brain. When pain becomes chronic, the brain can actually reorganize around it. So neural pathways can strengthen. Pain processing areas can become more active."
    },
    {
      "speaker": "Leah Bucholz",
      "startTime": "286.405",
      "endTime": "302.165",
      "body": "This is called neuroplastic change. It's been documented in chronic back pain, migraines, and neuropathic conditions. So pain can persist even after the original injury stabilizes. That doesn't make it less real. It makes it neurobiologically entrenched."
    },
    {
      "speaker": "Leah Bucholz",
      "startTime": "302.54",
      "endTime": "315.34",
      "body": "Right? So important, this can go both ways. So let's just stay balanced. Sometimes imaging findings are severe and clearly correlate with symptoms. Sometimes mild findings are truly incidental."
    },
    {
      "speaker": "Leah Bucholz",
      "startTime": "316.275",
      "endTime": "328.275",
      "body": "Medicine requires individualized assessment. The key point is this. Imaging is just one tool. It is not the sole, determinant of pain severity. So why does this matter?"
    },
    {
      "speaker": "Leah Bucholz",
      "startTime": "328.66998",
      "endTime": "356.105",
      "body": "If you've ever felt dismissed because your imaging doesn't look that bad, I want you to understand this. Okay? I want you to understand that pain is complex. It is influenced by tissue injury, nervous system sensitivity, inflammation, right, stress hormones, sleep quality, things like prior trauma. The body is just integrated."
    },
    {
      "speaker": "Leah Bucholz",
      "startTime": "356.47998",
      "endTime": "373.965",
      "body": "You cannot isolate structure from physiology. So what are the final takeaways here? Your pain that you're experiencing is not determined solely by what appears on your MRI. Pain is a neurobiological process. It involves both tissue and nervous system interpretation."
    },
    {
      "speaker": "Leah Bucholz",
      "startTime": "374.845",
      "endTime": "393.66998",
      "body": "Understanding that doesn't automatically solve chronic pain. Alright? But it does remove the false belief that mild imaging means mild pain, and that that distinction matters. Alright? So if this explanation helps clarify why imaging doesn't always match pain levels, consider subscribing."
    },
    {
      "speaker": "Leah Bucholz",
      "startTime": "393.66998",
      "endTime": "415.9",
      "body": "Please like and subscribe. I regularly break down complex medical topics related to VA disability in a clear evidence based way from a medical perspective. This is for educational purposes only, not legal advice. I hope that you guys, you know, found this to be helpful. Please drop some comments if you have any questions, if you have any things that you want me to talk about on future videos."
    },
    {
      "speaker": "Leah Bucholz",
      "startTime": "415.9",
      "endTime": "430.54498",
      "body": "I'm always happy to hear from you guys. I try to answer almost every day. And I'm always looking for awesome new topics that you guys might be interested in. So, again, thank you for watching, and I'll see you guys next time. Alright."
    },
    {
      "speaker": "Leah Bucholz",
      "startTime": "430.54498",
      "endTime": "430.945",
      "body": "Bye."
    }
  ]
}