Listen "Can Brain Retraining Help Fibromyalgia? Understanding Neuroplasticity and Pain Management"
Episode Synopsis
                            HIGHLIGHTS
Brain retraining uses neuroplasticity to manage fibromyalgia symptoms. Your brain can form new neural pathways that help reduce chronic pain and neurological issues through consistent, conscious practice.
Dr. Caroline Leaf's Neurocycle method provides a structured 5-step approach. The Gather, Reflect, Write, Recheck, and Active Reach process helps identify and rewire toxic thought patterns that may be contributing to your symptoms.
Consistency is key—expect to commit at least 15 minutes daily for 63+ days. Brain retraining isn't a quick fix, but with patience and daily practice, you can create lasting changes in how your brain processes pain and stress.
Start small with just 5 minutes of mindful awareness. Begin by simply noticing your thoughts and feelings without judgment—this is the foundation of effective brain retraining.
The process helps uncover buried thoughts and reduce anxiety. Through practices like "thought excavation," you can identify which neural pathways are ready for rewiring and begin transforming your relationship with chronic pain.
RESOURCES & LINKS
Give Neurocycle a try!
Awesome podcasts to listen to: Huberman Lab and the Dr. Leaf Show
I’m loving this new deck for helping reset the nervous system.
LET'S CONNECT
Learn more at: cassblashka.com
Looking for help with planning an intentional week? Download the Weekly Intention Planner
Check out the Rise Above Fibro Notion Hub.
Follow Cass on Instagram and Facebook: @cassblashka
Be sure to stop by the Rise Above Fibro Facebook page and introduce yourself!
Disclaimer: While we strive to provide valuable information, this podcast is for educational purposes only and should never replace professional medical advice. Always consult with your licensed healthcare providers before making any changes to your treatment plan, as they understand your unique situation and medical history.
                        
                    Brain retraining uses neuroplasticity to manage fibromyalgia symptoms. Your brain can form new neural pathways that help reduce chronic pain and neurological issues through consistent, conscious practice.
Dr. Caroline Leaf's Neurocycle method provides a structured 5-step approach. The Gather, Reflect, Write, Recheck, and Active Reach process helps identify and rewire toxic thought patterns that may be contributing to your symptoms.
Consistency is key—expect to commit at least 15 minutes daily for 63+ days. Brain retraining isn't a quick fix, but with patience and daily practice, you can create lasting changes in how your brain processes pain and stress.
Start small with just 5 minutes of mindful awareness. Begin by simply noticing your thoughts and feelings without judgment—this is the foundation of effective brain retraining.
The process helps uncover buried thoughts and reduce anxiety. Through practices like "thought excavation," you can identify which neural pathways are ready for rewiring and begin transforming your relationship with chronic pain.
RESOURCES & LINKS
Give Neurocycle a try!
Awesome podcasts to listen to: Huberman Lab and the Dr. Leaf Show
I’m loving this new deck for helping reset the nervous system.
LET'S CONNECT
Learn more at: cassblashka.com
Looking for help with planning an intentional week? Download the Weekly Intention Planner
Check out the Rise Above Fibro Notion Hub.
Follow Cass on Instagram and Facebook: @cassblashka
Be sure to stop by the Rise Above Fibro Facebook page and introduce yourself!
Disclaimer: While we strive to provide valuable information, this podcast is for educational purposes only and should never replace professional medical advice. Always consult with your licensed healthcare providers before making any changes to your treatment plan, as they understand your unique situation and medical history.
 ZARZA We are Zarza, the prestigious firm behind major projects in information technology.
ZARZA We are Zarza, the prestigious firm behind major projects in information technology.
				 
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