Full Transcript Introduction to ozone therapy 0:02 What if oxygen could become medicine? 0:02 What if oxygen could become medicine? What if your blood could be treated 0:04 What if your blood could be treated 0:04 What if your blood could be treated outside your body and come back more 0:07 outside your body and come back more 0:07 outside your body and come back more efficient, calmer, and more resilient? 0:10 efficient, calmer, and more resilient? 0:10 efficient, calmer, and more resilient? And what if much of what you've heard 0:11 And what if much of what you've heard 0:12 And what if much of what you've heard about ozone therapy is only part of the 0:14 about ozone therapy is only part of the 0:14 about ozone therapy is only part of the story?
Analyzing the science 0:36 Today I want to walk you through a 0:36 Today I want to walk you through a scientific article that quietly explains 0:38 scientific article that quietly explains 0:38 scientific article that quietly explains why extraapore ozone therapy works. Not 0:41 why extraapore ozone therapy works. Not 0:41 why extraapore ozone therapy works. Not opinions not marketing biology. This 0:44 opinions not marketing biology. This 0:44 opinions not marketing biology. This article is titled extracaporeal blood 0:47 article is titled extracaporeal blood 0:47 article is titled extracaporeal blood oxygenation and ozonation clinical and 0:50 oxygenation and ozonation clinical and 0:50 oxygenation and ozonation clinical and biological implications of ozone 0:52 biological implications of ozone 0:52 biological implications of ozone therapy. It was written by Dr. 0:54 therapy. It was written by Dr. 0:54 therapy. It was written by Dr. Bachi and colleagues, researchers who 0:57 Bachi and colleagues, researchers who 0:57 Bachi and colleagues, researchers who have published extensively on ozone 0:59 have published extensively on ozone 0:59 have published extensively on ozone biology. This paper is foundational. If 1:02 biology. This paper is foundational. If 1:02 biology. This paper is foundational. If you follow this channel, you know I talk 1:04 you follow this channel, you know I talk 1:04 you follow this channel, you know I talk a lot about ozone therapy. Ibu, mah, 1:07 a lot about ozone therapy. Ibu, mah, 1:08 a lot about ozone therapy. Ibu, mah, multipass ozone, bioxidative medicine. 1:11 multipass ozone, bioxidative medicine. 1:11 multipass ozone, bioxidative medicine. But today, we're not talking protocols. 1:13 But today, we're not talking protocols. 1:14 But today, we're not talking protocols. We're talking mechanisms. Because if you 1:16 We're talking mechanisms. Because if you 1:16 We're talking mechanisms. Because if you don't understand what ozone actually 1:18 don't understand what ozone actually 1:18 don't understand what ozone actually does, you'll never use it. Well, here's
Ozone as a modulator 1:21 does, you'll never use it. Well, here's 1:21 does, you'll never use it. Well, here's the first myth we need to clear up. 1:23 the first myth we need to clear up. 1:23 the first myth we need to clear up. Ozone therapy is not about flooding the 1:25 Ozone therapy is not about flooding the 1:26 Ozone therapy is not about flooding the body with ozone. Ozone never circulates 1:28 body with ozone. Ozone never circulates 1:28 body with ozone. Ozone never circulates as ozone in the bloodstream. It reacts 1:31 as ozone in the bloodstream. It reacts 1:31 as ozone in the bloodstream. It reacts instantly. What matters is what comes 1:34 instantly. What matters is what comes 1:34 instantly. What matters is what comes after that reaction. This paper makes a 1:37 after that reaction. This paper makes a 1:37 after that reaction. This paper makes a critical point. Ozone acts as a 1:40 critical point. Ozone acts as a 1:40 critical point. Ozone acts as a biological modulator not as a 1:43 biological modulator not as a 1:43 biological modulator not as a disinfectant. This single idea explains 1:45 disinfectant. This single idea explains 1:45 disinfectant. This single idea explains why ozone can improve oxygen delivery, 1:48 why ozone can improve oxygen delivery, 1:48 why ozone can improve oxygen delivery, modulate immune function, reduce chronic 1:51 modulate immune function, reduce chronic 1:52 modulate immune function, reduce chronic inflammation, and support mitochondrial 1:54 inflammation, and support mitochondrial 1:54 inflammation, and support mitochondrial activity. This is signaling biology. 1:58 activity. This is signaling biology. 1:58 activity. This is signaling biology. Let's walk through it step by step. Step
Physiological mechanisms 2:01 Let's walk through it step by step. Step 2:01 Let's walk through it step by step. Step one, plasma reactions. When blood is 2:04 one, plasma reactions. When blood is 2:04 one, plasma reactions. When blood is exposed to a precise oxygen ozone 2:06 exposed to a precise oxygen ozone 2:06 exposed to a precise oxygen ozone mixture outside the body, ozone reacts 2:09 mixture outside the body, ozone reacts 2:09 mixture outside the body, ozone reacts with plasma lipids and antioxidants. 2:12 with plasma lipids and antioxidants. 2:12 with plasma lipids and antioxidants. This creates secondary messengers, not 2:16 This creates secondary messengers, not 2:16 This creates secondary messengers, not damage, signals. These signals are 2:19 damage, signals. These signals are 2:19 damage, signals. These signals are short-lived but powerful. Step two, red 2:22 short-lived but powerful. Step two, red 2:22 short-lived but powerful. Step two, red blood cell function. One of the most 2:25 blood cell function. One of the most 2:25 blood cell function. One of the most important sections of this paper focuses 2:28 important sections of this paper focuses 2:28 important sections of this paper focuses on red blood cells. After ozenation, red 2:31 on red blood cells. After ozenation, red 2:31 on red blood cells. After ozenation, red blood cells become more flexible. They 2:34 blood cells become more flexible. They 2:34 blood cells become more flexible. They release oxygen more efficiently. 2:36 release oxygen more efficiently. 2:36 release oxygen more efficiently. Microirculation improves. This matters 2:38 Microirculation improves. This matters 2:38 Microirculation improves. This matters in conditions like chronic fatigue, long 2:41 in conditions like chronic fatigue, long 2:41 in conditions like chronic fatigue, long COVID, neuroinflammation, vascular 2:44 COVID, neuroinflammation, vascular 2:44 COVID, neuroinflammation, vascular disease, and mitochondrial dysfunction. 2:46 disease, and mitochondrial dysfunction. 2:46 disease, and mitochondrial dysfunction. You're not forcing oxygen in. You're 2:49 You're not forcing oxygen in. You're 2:49 You're not forcing oxygen in. You're restoring the blood's ability to deliver 2:51 restoring the blood's ability to deliver 2:51 restoring the blood's ability to deliver it. Step three, immune modulation.
Immune balance and hormesis 2:54 it. Step three, immune modulation. 2:54 it. Step three, immune modulation. Here's where ozone gets misunderstood. 2:57 Here's where ozone gets misunderstood. 2:57 Here's where ozone gets misunderstood. Again, ozone does not stimulate the 3:00 Again, ozone does not stimulate the 3:00 Again, ozone does not stimulate the immune system. It modulates it. That 3:03 immune system. It modulates it. That 3:03 immune system. It modulates it. That means overactive immune systems calm 3:07 means overactive immune systems calm 3:07 means overactive immune systems calm down. underperforming immune systems 3:09 down. underperforming immune systems 3:09 down. underperforming immune systems wake up. This helps explain why ozone 3:12 wake up. This helps explain why ozone 3:12 wake up. This helps explain why ozone has been studied in chronic infections, 3:14 has been studied in chronic infections, 3:14 has been studied in chronic infections, autoimmune conditions, cancer support, 3:18 autoimmune conditions, cancer support, 3:18 autoimmune conditions, cancer support, and postviral syndromes. It nudges the 3:21 and postviral syndromes. It nudges the 3:21 and postviral syndromes. It nudges the immune system towards balance. This 3:23 immune system towards balance. This 3:23 immune system towards balance. This paper draws an important distinction. 3:26 paper draws an important distinction. 3:26 paper draws an important distinction. There is oxidative damage and then 3:28 There is oxidative damage and then 3:28 There is oxidative damage and then there's oxidative signaling. Lowdose 3:31 there's oxidative signaling. Lowdose 3:31 there's oxidative signaling. Lowdose controlled oxidative signals activate 3:34 controlled oxidative signals activate 3:34 controlled oxidative signals activate antioxidant pathways, improve redux 3:37 antioxidant pathways, improve redux 3:37 antioxidant pathways, improve redux balance and increase cellular 3:40 balance and increase cellular 3:40 balance and increase cellular resilience. This is hormesis, a small 3:44 resilience. This is hormesis, a small 3:44 resilience. This is hormesis, a small intelligent stress creates a stronger
Extracorporeal advantages 3:47 intelligent stress creates a stronger 3:47 intelligent stress creates a stronger system. Now let me explain why 3:49 system. Now let me explain why 3:49 system. Now let me explain why extracorial methods matter. The authors 3:52 extracorial methods matter. The authors 3:52 extracorial methods matter. The authors emphasize that treating blood outside 3:54 emphasize that treating blood outside 3:54 emphasize that treating blood outside the body changes everything. Why? 3:58 the body changes everything. Why? 3:58 the body changes everything. Why? Because dosing is precise, exposure is 4:01 Because dosing is precise, exposure is 4:01 Because dosing is precise, exposure is uniform, the lungs are bypassed and 4:05 uniform, the lungs are bypassed and 4:05 uniform, the lungs are bypassed and systemic effects are predictable. This 4:07 systemic effects are predictable. This 4:08 systemic effects are predictable. This is the biological logic behind Ibu 4:11 is the biological logic behind Ibu 4:11 is the biological logic behind Ibu modern mah protocols and multiass ozone 4:14 modern mah protocols and multiass ozone 4:14 modern mah protocols and multiass ozone strategies. This paper explains why 4:17 strategies. This paper explains why 4:17 strategies. This paper explains why those methods work. From a clinical 4:19 those methods work. From a clinical 4:19 those methods work. From a clinical standpoint, this helps explain why ozone 4:21 standpoint, this helps explain why ozone 4:21 standpoint, this helps explain why ozone therapy may support patients with 4:23 therapy may support patients with 4:23 therapy may support patients with chronic inflammation, poor oxygen 4:25 chronic inflammation, poor oxygen 4:25 chronic inflammation, poor oxygen utilization, immune dysregulation, 4:28 utilization, immune dysregulation, 4:28 utilization, immune dysregulation, neurodeenerative processes, and cancer 4:31 neurodeenerative processes, and cancer 4:31 neurodeenerative processes, and cancer related fatigue. It also explains why 4:34 related fatigue. It also explains why 4:34 related fatigue. It also explains why dose and timing matter. Ozone is not 4:37 dose and timing matter. Ozone is not 4:37 dose and timing matter. Ozone is not generic. It is contextual. This article
Clinical conclusions 4:40 generic. It is contextual. This article 4:40 generic. It is contextual. This article isn't new, but it is foundational. It 4:43 isn't new, but it is foundational. It 4:43 isn't new, but it is foundational. It helps shape modern bioxidative medicine 4:47 helps shape modern bioxidative medicine 4:47 helps shape modern bioxidative medicine and many clinicians still use ozone 4:49 and many clinicians still use ozone 4:49 and many clinicians still use ozone without understanding this biology. When 4:52 without understanding this biology. When 4:52 without understanding this biology. When you understand the mechanisms, you dose 4:55 you understand the mechanisms, you dose 4:55 you understand the mechanisms, you dose differently, you combine therapies 4:57 differently, you combine therapies 4:57 differently, you combine therapies differently, and you choose patients 4:59 differently, and you choose patients 4:59 differently, and you choose patients more carefully. That's how outcomes 5:02 more carefully. That's how outcomes 5:02 more carefully. That's how outcomes improve. So, I'll leave you with a few 5:05 improve. So, I'll leave you with a few 5:05 improve. So, I'll leave you with a few questions. What if chronic illness is 5:08 questions. What if chronic illness is 5:08 questions. What if chronic illness is less about deficiency and more about 5:10 less about deficiency and more about 5:10 less about deficiency and more about failed sinkling? What if oxygen delivery 5:13 failed sinkling? What if oxygen delivery 5:13 failed sinkling? What if oxygen delivery and oxygen utilization and not oxygen 5:17 and oxygen utilization and not oxygen 5:17 and oxygen utilization and not oxygen supply is the real bottleneck? What if 5:20 supply is the real bottleneck? What if 5:20 supply is the real bottleneck? What if controlled oxidative stress is not the 5:22 controlled oxidative stress is not the 5:22 controlled oxidative stress is not the enemy but the teacher? And what if 5:25 enemy but the teacher? And what if 5:25 enemy but the teacher? And what if extraoreal ozone therapy is less about 5:28 extraoreal ozone therapy is less about 5:28 extraoreal ozone therapy is less about killing disease and more about restoring 5:31 killing disease and more about restoring 5:31 killing disease and more about restoring intelligence to biology? If this helped 5:33 intelligence to biology? If this helped 5:34 intelligence to biology? If this helped you think differently, share it with 5:35 you think differently, share it with 5:36 you think differently, share it with someone who's curious but skeptical. And 5:38 someone who's curious but skeptical. And 5:38 someone who's curious but skeptical. And if you'd like a followup on Ibu versus 5:40 if you'd like a followup on Ibu versus 5:40 if you'd like a followup on Ibu versus MAH versus 10pass ozone from a clinical 5:43 MAH versus 10pass ozone from a clinical 5:44 MAH versus 10pass ozone from a clinical decision-making perspective, let me know 5:46 decision-making perspective, let me know 5:46 decision-making perspective, let me know in the comments because the future of 5:48 in the comments because the future of 5:48 in the comments because the future of medicine isn't louder, it's more 5:50 medicine isn't louder, it's more 5:50 medicine isn't louder, it's more precise.
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