@liyahgaalore: #liyahgaalore

Aquarius🌼

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Region: US

Sunday 22 June 2025 14:55:44 GMT

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RaNative88 :

And that’s why she let her struggle because she didn’t want her to be doing as good as she is or better than she is

2025-06-22 18:21:19

2

🫥 :

I always seen through her

2025-06-23 17:42:22

0

L :

She goes to the same church as Chrisean 🫠🫠🫠

2025-06-22 21:18:13

1

Kaelin :

Or envious

2025-06-22 19:53:59

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Ang aking suporta😊#dizzy_preset_edit1 #alightmotion_edit #presetxml #viewerstiktok #fypシ゚viral #fypage #fyp #fyp #fyp #fyp #fyp #fyp #fyp #fyp #fyp #fyp #fyp

Ang aking suporta😊#dizzy_preset_edit1 #alightmotion_edit #presetxml #viewerstiktok #fypシ゚viral #fypage #fyp #fyp #fyp #fyp #fyp #fyp #fyp #fyp #fyp #fyp #fyp

PART 1: Hypersensitive Nervous System SERIES Do you experience pain way too easily? Been having symptoms for 3, 6, 12 months or longer? Does it seem like the symptoms are spreading out to larger areas? Outside of any physical injury, you may have a hypersensitive nervous system, and there are two types: 🧠Central Sensitivity VS 💪🏼Peripheral Sensitivity…. Let’s break each down (BTW part 2 & 3 will go over simple solutions) 🧠CENTRAL SENSITIVITY MECHANISMS: Neuroplasticity: Changes in synaptic strength and reorganization of neural networks. Wind-Up & Altered Pain Processing: Enhanced response to pain signals and reduced inhibition of these signals. Glial Activation: Glial cells in the CNS become activated and release pro-inflammatory cytokines, contributing to pain signaling. ——————— 🧠CENTRAL SENSITIVITY SYMPTOMS Hyperalgesia: Increased sensitivity to painful stimuli. Allodynia: Pain in response to normally non-painful stimuli. Spread of pain: Pain may spread to areas not directly related to the original site of injury or inflammation. ——————— 💪🏼PERIPHERAL SENSITIVITY MECHANISMS Inflammatory mediators: Increased release of substances such as prostaglandins, bradykinin, and cytokines. Ion channel changes: Increased expression of ion channels in nociceptors, leading to greater excitability. Neuropeptide release: Substance P and CGRP (calcitonin gene-related peptide) released from nociceptors can amplify pain signals and promote inflammation. ——————— 💪🏼PERIPHERAL SENSITIVITY SYMPTOMS Hyperalgesia: Increased sensitivity to painful stimuli, localized to the site of injury or inflammation. Enhanced nociceptor activity: Nociceptors (pain receptors) fire more readily and at a higher frequency in response to stimuli. Local inflammation: Swelling, redness, and heat at the site of injury due to inflammatory processes. ——————— Comment below which one you can relate to and how it impacts you day today. Videos, two and three in the series will go over solutions for each, so be sure to check them out! #chronicpain #chronicfatigue #tmj #headaches #migraine #neckpain #chronicpainwarrior

PART 1: Hypersensitive Nervous System SERIES Do you experience pain way too easily? Been having symptoms for 3, 6, 12 months or longer? Does it seem like the symptoms are spreading out to larger areas? Outside of any physical injury, you may have a hypersensitive nervous system, and there are two types: 🧠Central Sensitivity VS 💪🏼Peripheral Sensitivity…. Let’s break each down (BTW part 2 & 3 will go over simple solutions) 🧠CENTRAL SENSITIVITY MECHANISMS: Neuroplasticity: Changes in synaptic strength and reorganization of neural networks. Wind-Up & Altered Pain Processing: Enhanced response to pain signals and reduced inhibition of these signals. Glial Activation: Glial cells in the CNS become activated and release pro-inflammatory cytokines, contributing to pain signaling. ——————— 🧠CENTRAL SENSITIVITY SYMPTOMS Hyperalgesia: Increased sensitivity to painful stimuli. Allodynia: Pain in response to normally non-painful stimuli. Spread of pain: Pain may spread to areas not directly related to the original site of injury or inflammation. ——————— 💪🏼PERIPHERAL SENSITIVITY MECHANISMS Inflammatory mediators: Increased release of substances such as prostaglandins, bradykinin, and cytokines. Ion channel changes: Increased expression of ion channels in nociceptors, leading to greater excitability. Neuropeptide release: Substance P and CGRP (calcitonin gene-related peptide) released from nociceptors can amplify pain signals and promote inflammation. ——————— 💪🏼PERIPHERAL SENSITIVITY SYMPTOMS Hyperalgesia: Increased sensitivity to painful stimuli, localized to the site of injury or inflammation. Enhanced nociceptor activity: Nociceptors (pain receptors) fire more readily and at a higher frequency in response to stimuli. Local inflammation: Swelling, redness, and heat at the site of injury due to inflammatory processes. ——————— Comment below which one you can relate to and how it impacts you day today. Videos, two and three in the series will go over solutions for each, so be sure to check them out! #chronicpain #chronicfatigue #tmj #headaches #migraine #neckpain #chronicpainwarrior

Link 😈就是这个宝怪出道曲爽！#batterup #babymonster八方来财 #kpop #ootd穿搭 #抖音潮流舞蹈地图 #我要上推荐 #跳舞 #简单易学舞蹈 #热门音乐 #loopk87

Link 😈就是这个宝怪出道曲爽！#batterup #babymonster八方来财 #kpop #ootd穿搭 #抖音潮流舞蹈地图 #我要上推荐 #跳舞 #简单易学舞蹈 #热门音乐 #loopk87

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