Full Transcript 0:02 If you have chronic fatigue, persistent 0:02 If you have chronic fatigue, persistent infections, long COVID, Lyme disease, or
Introduction to Hemalumen 0:05 infections, long COVID, Lyme disease, or 0:05 infections, long COVID, Lyme disease, or inflammation that just won't resolve, 0:07 inflammation that just won't resolve, 0:07 inflammation that just won't resolve, and you've tried medications, 0:08 and you've tried medications, 0:09 and you've tried medications, supplements, and even advanced therapies 0:11 supplements, and even advanced therapies 0:11 supplements, and even advanced therapies with only partial results, there's a 0:13 with only partial results, there's a 0:13 with only partial results, there's a reason. Most treatments focus on one 0:16 reason. Most treatments focus on one 0:16 reason. Most treatments focus on one pathway at a time in a body that's 0:18 pathway at a time in a body that's 0:18 pathway at a time in a body that's struggling at a systems level. Today, I 0:20 struggling at a systems level. Today, I 0:20 struggling at a systems level. Today, I want to show you how one advanced 0:22 want to show you how one advanced 0:22 want to show you how one advanced therapy combines ozone, light, 0:25 therapy combines ozone, light, 0:25 therapy combines ozone, light, frequency, and mitochondrial activation 0:29 frequency, and mitochondrial activation 0:29 frequency, and mitochondrial activation into one single platform, and why this 0:32 into one single platform, and why this 0:32 into one single platform, and why this approach may matter when nothing else 0:33 approach may matter when nothing else 0:33 approach may matter when nothing else has fully worked. If we haven't met yet, 0:36 has fully worked. If we haven't met yet, 0:36 has fully worked. If we haven't met yet, my name is Dr. Fred Bloom. I'm a 0:38 my name is Dr. Fred Bloom. I'm a 0:38 my name is Dr. Fred Bloom. I'm a holistic, integrative, and regenerative 0:39 holistic, integrative, and regenerative 0:40 holistic, integrative, and regenerative physician, and I work with patients who 0:41 physician, and I work with patients who 0:41 physician, and I work with patients who are dealing with complex chronic 0:43 are dealing with complex chronic 0:43 are dealing with complex chronic conditions, often after they've tried 0:45 conditions, often after they've tried 0:45 conditions, often after they've tried many other approaches without lasting 0:47 many other approaches without lasting 0:47 many other approaches without lasting results. On this channel, I break down 0:49 results. On this channel, I break down 0:49 results. On this channel, I break down advanced therapies like this one in a 0:51 advanced therapies like this one in a 0:51 advanced therapies like this one in a clear, grounded way, so you can 0:53 clear, grounded way, so you can 0:53 clear, grounded way, so you can understand why they're used, how they 0:55 understand why they're used, how they 0:55 understand why they're used, how they work, and who they may actually be right 0:58 work, and who they may actually be right 0:58 work, and who they may actually be right for. If that sounds helpful, please like 1:00 for. If that sounds helpful, please like 1:00 for. If that sounds helpful, please like this video, subscribe to the channel, 1:02 this video, subscribe to the channel, 1:02 this video, subscribe to the channel, and turn on notifications so you don't 1:04 and turn on notifications so you don't 1:04 and turn on notifications so you don't miss future episodes. And if you'd like 1:06 miss future episodes. And if you'd like 1:06 miss future episodes. And if you'd like deeper explanations, case discussions, 1:08 deeper explanations, case discussions, 1:08 deeper explanations, case discussions, and updates on new therapies, you can 1:10 and updates on new therapies, you can 1:10 and updates on new therapies, you can also subscribe to my newsletter. The 1:12 also subscribe to my newsletter. The 1:13 also subscribe to my newsletter. The link is below. Now, let's get into the 1:14 link is below. Now, let's get into the 1:14 link is below. Now, let's get into the details. The therapy I'm talking about
How Hemalumen Combines Three Therapies 1:16 details. The therapy I'm talking about 1:17 details. The therapy I'm talking about today is called Hemalumen. The easiest 1:19 today is called Hemalumen. The easiest 1:19 today is called Hemalumen. The easiest way to understand Hemalumen is this. 1:22 way to understand Hemalumen is this. 1:22 way to understand Hemalumen is this. It's like having three powerful 1:24 It's like having three powerful 1:24 It's like having three powerful therapies in one system, working 1:27 therapies in one system, working 1:27 therapies in one system, working together at the same time. First, it 1:29 together at the same time. First, it 1:29 together at the same time. First, it delivers six high-energy light sources, 1:32 delivers six high-energy light sources, 1:32 delivers six high-energy light sources, each with known biological effects. 1:35 each with known biological effects. 1:35 each with known biological effects. Second, it uses targeted pulse 1:37 Second, it uses targeted pulse 1:37 Second, it uses targeted pulse frequencies selected based on tissues, 1:40 frequencies selected based on tissues, 1:40 frequencies selected based on tissues, organs, pathogens, and treatment goals. 1:43 organs, pathogens, and treatment goals. 1:43 organs, pathogens, and treatment goals. And third, it includes external red and 1:47 And third, it includes external red and 1:47 And third, it includes external red and infrared light pads, which further 1:49 infrared light pads, which further 1:49 infrared light pads, which further support circulation, mitochondrial 1:51 support circulation, mitochondrial 1:51 support circulation, mitochondrial function, and nervous system regulation. 1:54 function, and nervous system regulation. 1:54 function, and nervous system regulation. Instead of using ozone alone, you're 1:56 Instead of using ozone alone, you're 1:56 Instead of using ozone alone, you're layering multiple biological signals 1:58 layering multiple biological signals 1:58 layering multiple biological signals together. During a session, an IV line 2:01 together. During a session, an IV line 2:01 together. During a session, an IV line is placed, and a portion of your blood, 2:03 is placed, and a portion of your blood, 2:03 is placed, and a portion of your blood, typically 5% or less, depending on the 2:06 typically 5% or less, depending on the 2:06 typically 5% or less, depending on the ozone method, is passed through a 2:08 ozone method, is passed through a 2:08 ozone method, is passed through a specialized cartridge called the Trivet. 2:11 specialized cartridge called the Trivet. 2:11 specialized cartridge called the Trivet. The Trivet is a triple quartz tube 2:13 The Trivet is a triple quartz tube 2:13 The Trivet is a triple quartz tube design that increases blood exposure 2:15 design that increases blood exposure 2:16 design that increases blood exposure time by roughly 600% 2:18 time by roughly 600% 2:18 time by roughly 600% compared to older light-based devices. 2:22 compared to older light-based devices. 2:22 compared to older light-based devices. As blood flows through the Trivet, it's 2:24 As blood flows through the Trivet, it's 2:24 As blood flows through the Trivet, it's exposed to six independently controlled 2:27 exposed to six independently controlled 2:27 exposed to six independently controlled light sources. Those wavelengths are 2:30 light sources. Those wavelengths are 2:30 light sources. Those wavelengths are ultraviolet A, ultraviolet C, red, 2:34 ultraviolet A, ultraviolet C, red, 2:35 ultraviolet A, ultraviolet C, red, infrared, violet, and green. After that, 2:39 infrared, violet, and green. After that, 2:39 infrared, violet, and green. After that, specific pulse frequencies are selected, 2:41 specific pulse frequencies are selected, 2:41 specific pulse frequencies are selected, and red and infrared light pads are 2:43 and red and infrared light pads are 2:43 and red and infrared light pads are placed on the body, often on the wrists 2:46 placed on the body, often on the wrists 2:46 placed on the body, often on the wrists and abdomen. Treatment length depends on 2:48 and abdomen. Treatment length depends on 2:48 and abdomen. Treatment length depends on the ozone method. About 30 to 60 minutes 2:51 the ozone method. About 30 to 60 minutes 2:51 the ozone method. About 30 to 60 minutes for standard IV ozone major 2:54 for standard IV ozone major 2:54 for standard IV ozone major autohemotherapy, around 60 to 120 2:56 autohemotherapy, around 60 to 120 2:57 autohemotherapy, around 60 to 120 minutes for multipass ozone, and 60 2:59 minutes for multipass ozone, and 60 2:59 minutes for multipass ozone, and 60 minutes for EBOO. Now, let's talk about
What the Light Wavelengths Do 3:01 minutes for EBOO. Now, let's talk about 3:01 minutes for EBOO. Now, let's talk about what these wavelengths actually do, 3:04 what these wavelengths actually do, 3:04 what these wavelengths actually do, because this is where the biology 3:05 because this is where the biology 3:05 because this is where the biology matters. Each wavelength interacts with 3:08 matters. Each wavelength interacts with 3:08 matters. Each wavelength interacts with the body differently. This is not one 3:11 the body differently. This is not one 3:11 the body differently. This is not one light doing everything. Red light, 3:13 light doing everything. Red light, 3:13 light doing everything. Red light, around 625 to 650 nanometers, supports 3:17 around 625 to 650 nanometers, supports 3:17 around 625 to 650 nanometers, supports DNA signaling and activates antioxidant 3:20 DNA signaling and activates antioxidant 3:20 DNA signaling and activates antioxidant enzymes like superoxide dismutase and 3:22 enzymes like superoxide dismutase and 3:22 enzymes like superoxide dismutase and catalase. It improves mitochondrial 3:24 catalase. It improves mitochondrial 3:24 catalase. It improves mitochondrial energy production, enhances blood flow, 3:27 energy production, enhances blood flow, 3:27 energy production, enhances blood flow, reduces inflammation, and activates 3:29 reduces inflammation, and activates 3:29 reduces inflammation, and activates immune cells such as T cells and 3:31 immune cells such as T cells and 3:31 immune cells such as T cells and macrophages. It also helps reduce 3:34 macrophages. It also helps reduce 3:34 macrophages. It also helps reduce excessive platelet aggregation. Infrared 3:37 excessive platelet aggregation. Infrared 3:37 excessive platelet aggregation. Infrared light, around 810 nanometers, acts 3:39 light, around 810 nanometers, acts 3:39 light, around 810 nanometers, acts deeply at the mitochondrial level. It 3:42 deeply at the mitochondrial level. It 3:42 deeply at the mitochondrial level. It stimulates nitric oxide release from 3:44 stimulates nitric oxide release from 3:44 stimulates nitric oxide release from cytochrome C oxidase, leading to 3:46 cytochrome C oxidase, leading to 3:46 cytochrome C oxidase, leading to vasodilation, better oxygen delivery, 3:49 vasodilation, better oxygen delivery, 3:49 vasodilation, better oxygen delivery, and increased ATP production. This is 3:51 and increased ATP production. This is 3:51 and increased ATP production. This is especially helpful when fatigue and low 3:53 especially helpful when fatigue and low 3:53 especially helpful when fatigue and low energy dominate. Green light, around 525 3:57 energy dominate. Green light, around 525 3:57 energy dominate. Green light, around 525 nanometers, has strong anti-inflammatory 3:59 nanometers, has strong anti-inflammatory 3:59 nanometers, has strong anti-inflammatory effects. It improves circulation by 4:02 effects. It improves circulation by 4:02 effects. It improves circulation by increasing blood cell flexibility, 4:04 increasing blood cell flexibility, 4:04 increasing blood cell flexibility, reducing viscosity and clumping, and 4:06 reducing viscosity and clumping, and 4:06 reducing viscosity and clumping, and improving oxygen uptake. It also 4:09 improving oxygen uptake. It also 4:09 improving oxygen uptake. It also supports ATP production. Violet light, 4:11 supports ATP production. Violet light, 4:11 supports ATP production. Violet light, around 430 nanometers, is strongly 4:14 around 430 nanometers, is strongly 4:14 around 430 nanometers, is strongly absorbed by hemoglobin. It helps dilate 4:17 absorbed by hemoglobin. It helps dilate 4:17 absorbed by hemoglobin. It helps dilate blood vessels, reduce inflammation, and 4:19 blood vessels, reduce inflammation, and 4:19 blood vessels, reduce inflammation, and improve oxygen and nutrient delivery to 4:22 improve oxygen and nutrient delivery to 4:22 improve oxygen and nutrient delivery to tissues. Ultraviolet A, typically 340 to 4:25 tissues. Ultraviolet A, typically 340 to 4:25 tissues. Ultraviolet A, typically 340 to 365 nanometers, supports oxygen 4:28 365 nanometers, supports oxygen 4:28 365 nanometers, supports oxygen absorption into tissues, improves 4:30 absorption into tissues, improves 4:30 absorption into tissues, improves circulation, reduces platelet 4:32 circulation, reduces platelet 4:33 circulation, reduces platelet aggregation, supports detoxification 4:35 aggregation, supports detoxification 4:35 aggregation, supports detoxification pathways, and stimulates NADH and NAD+ 4:39 pathways, and stimulates NADH and NAD+ 4:39 pathways, and stimulates NADH and NAD+ production. These molecules are 4:41 production. These molecules are 4:41 production. These molecules are fundamental to energy metabolism and 4:43 fundamental to energy metabolism and 4:43 fundamental to energy metabolism and immune function. Ultraviolet C, at 253.7 4:47 immune function. Ultraviolet C, at 253.7 4:47 immune function. Ultraviolet C, at 253.7 nanometers, is broadly germicidal. It 4:50 nanometers, is broadly germicidal. It 4:50 nanometers, is broadly germicidal. It inactivates bacteria, viruses, and fungi 4:53 inactivates bacteria, viruses, and fungi 4:53 inactivates bacteria, viruses, and fungi by disrupting their DNA and RNA. When 4:56 by disrupting their DNA and RNA. When 4:56 by disrupting their DNA and RNA. When used extracorporeally in controlled 4:58 used extracorporeally in controlled 4:58 used extracorporeally in controlled systems, this can occur without damaging 5:01 systems, this can occur without damaging 5:01 systems, this can occur without damaging host blood cells. UVC also stimulates 5:04 host blood cells. UVC also stimulates 5:04 host blood cells. UVC also stimulates NAD+ production, supporting immune
Conditions Hemalumen May Support 5:07 NAD+ production, supporting immune 5:07 NAD+ production, supporting immune resilience and energy. IV ozone therapy 5:10 resilience and energy. IV ozone therapy 5:10 resilience and energy. IV ozone therapy already improves oxygen utilization, 5:13 already improves oxygen utilization, 5:13 already improves oxygen utilization, immune signaling, and detoxification. 5:15 immune signaling, and detoxification. 5:16 immune signaling, and detoxification. Hemalumen adds additional layers. It 5:19 Hemalumen adds additional layers. It 5:19 Hemalumen adds additional layers. It enhances antimicrobial and antiviral 5:21 enhances antimicrobial and antiviral 5:21 enhances antimicrobial and antiviral effects. It improves oxygen delivery by 5:25 effects. It improves oxygen delivery by 5:25 effects. It improves oxygen delivery by activating the 2,3-DPG enzyme system, 5:28 activating the 2,3-DPG enzyme system, 5:28 activating the 2,3-DPG enzyme system, helping oxygen release from hemoglobin. 5:30 helping oxygen release from hemoglobin. 5:30 helping oxygen release from hemoglobin. It boosts energy by supporting NAD+ and 5:34 It boosts energy by supporting NAD+ and 5:34 It boosts energy by supporting NAD+ and mitochondrial function. It stimulates 5:36 mitochondrial function. It stimulates 5:36 mitochondrial function. It stimulates lymphatic flow and detoxification by 5:39 lymphatic flow and detoxification by 5:39 lymphatic flow and detoxification by restoring healthy blood particle 5:41 restoring healthy blood particle 5:41 restoring healthy blood particle movement. It strengthens immune balance 5:43 movement. It strengthens immune balance 5:43 movement. It strengthens immune balance by activating natural killer cells, 5:46 by activating natural killer cells, 5:46 by activating natural killer cells, neutrophils, and macrophages while 5:48 neutrophils, and macrophages while 5:48 neutrophils, and macrophages while helping regulate cytokine production. 5:51 helping regulate cytokine production. 5:51 helping regulate cytokine production. There is also interest in its ability to 5:53 There is also interest in its ability to 5:53 There is also interest in its ability to dismantle nagalase, a protein produced 5:55 dismantle nagalase, a protein produced 5:55 dismantle nagalase, a protein produced by cancer cells, viruses, and some 5:58 by cancer cells, viruses, and some 5:58 by cancer cells, viruses, and some bacteria that interferes with immune 6:01 bacteria that interferes with immune 6:01 bacteria that interferes with immune activation. 6:02 activation. 6:02 activation. Because of these combined mechanisms, 6:04 Because of these combined mechanisms, 6:04 Because of these combined mechanisms, Hemalumen is being explored for a wide 6:07 Hemalumen is being explored for a wide 6:07 Hemalumen is being explored for a wide range of conditions. Bacterial 6:09 range of conditions. Bacterial 6:09 range of conditions. Bacterial infections such as Lyme disease, MRSA, 6:11 infections such as Lyme disease, MRSA, 6:11 infections such as Lyme disease, MRSA, pneumonia, tuberculosis, and chronic 6:14 pneumonia, tuberculosis, and chronic 6:14 pneumonia, tuberculosis, and chronic sinusitis. Viral infections including 6:16 sinusitis. Viral infections including 6:16 sinusitis. Viral infections including COVID-19, Epstein-Barr virus, herpes 6:19 COVID-19, Epstein-Barr virus, herpes 6:19 COVID-19, Epstein-Barr virus, herpes viruses, shingles, hepatitis, and 6:22 viruses, shingles, hepatitis, and 6:22 viruses, shingles, hepatitis, and chronic viral fatigue. Fungal and 6:24 chronic viral fatigue. Fungal and 6:24 chronic viral fatigue. Fungal and mold-related illness. Parasitic 6:26 mold-related illness. Parasitic 6:26 mold-related illness. Parasitic infections. Autoimmune and inflammatory 6:29 infections. Autoimmune and inflammatory 6:29 infections. Autoimmune and inflammatory conditions like rheumatoid arthritis, 6:31 conditions like rheumatoid arthritis, 6:31 conditions like rheumatoid arthritis, multiple sclerosis, lupus, psoriasis, 6:34 multiple sclerosis, lupus, psoriasis, 6:34 multiple sclerosis, lupus, psoriasis, and inflammatory bowel disease. 6:37 and inflammatory bowel disease. 6:37 and inflammatory bowel disease. Neurological and cognitive conditions 6:39 Neurological and cognitive conditions 6:39 Neurological and cognitive conditions including migraines, neuropathy, and 6:41 including migraines, neuropathy, and 6:41 including migraines, neuropathy, and cognitive decline. Cardiovascular and 6:43 cognitive decline. Cardiovascular and 6:43 cognitive decline. Cardiovascular and metabolic disorders. Chronic fatigue 6:46 metabolic disorders. Chronic fatigue 6:46 metabolic disorders. Chronic fatigue syndrome and mitochondrial dysfunction. 6:48 syndrome and mitochondrial dysfunction. 6:48 syndrome and mitochondrial dysfunction. And as supportive care in oncology, 6:51 And as supportive care in oncology, 6:51 And as supportive care in oncology, especially alongside photodynamic 6:53 especially alongside photodynamic 6:53 especially alongside photodynamic therapy and post-chemotherapy recovery. 6:56 therapy and post-chemotherapy recovery. 6:56 therapy and post-chemotherapy recovery. This is not a standalone cure. It's a 6:59 This is not a standalone cure. It's a 6:59 This is not a standalone cure. It's a systems-level support tool for complex 7:01 systems-level support tool for complex 7:02 systems-level support tool for complex illness. Finally, the pulsed frequency 7:05 illness. Finally, the pulsed frequency 7:05 illness. Finally, the pulsed frequency component. Hemalumen allows the
Pulsed Frequencies and Closing Questions 7:07 component. Hemalumen allows the 7:07 component. Hemalumen allows the practitioner to select specific pulse 7:09 practitioner to select specific pulse 7:09 practitioner to select specific pulse frequencies conceptually similar to 7:12 frequencies conceptually similar to 7:12 frequencies conceptually similar to rife-based systems. These frequencies 7:15 rife-based systems. These frequencies 7:15 rife-based systems. These frequencies are used to support immune activation, 7:17 are used to support immune activation, 7:17 are used to support immune activation, detoxification, circulation, and healing 7:20 detoxification, circulation, and healing 7:20 detoxification, circulation, and healing speed. They are supportive and 7:22 speed. They are supportive and 7:22 speed. They are supportive and modulatory, not magical. Before we wrap 7:25 modulatory, not magical. Before we wrap 7:25 modulatory, not magical. Before we wrap up, I'd really like to hear from you. 7:27 up, I'd really like to hear from you. 7:27 up, I'd really like to hear from you. Had you heard of Hemalumen or 7:29 Had you heard of Hemalumen or 7:29 Had you heard of Hemalumen or polychromatic blood light therapy before 7:31 polychromatic blood light therapy before 7:31 polychromatic blood light therapy before today? If you're dealing with chronic 7:33 today? If you're dealing with chronic 7:33 today? If you're dealing with chronic illness, does a systems-level approach 7:35 illness, does a systems-level approach 7:35 illness, does a systems-level approach like this make sense to you? Which part 7:37 like this make sense to you? Which part 7:37 like this make sense to you? Which part would you like me to explain next? The 7:39 would you like me to explain next? The 7:39 would you like me to explain next? The ozone component, the light biology, or 7:42 ozone component, the light biology, or 7:42 ozone component, the light biology, or how this compares to EBOO? And finally, 7:45 how this compares to EBOO? And finally, 7:45 how this compares to EBOO? And finally, what condition are you most curious 7:47 what condition are you most curious 7:47 what condition are you most curious about when it comes to therapies like 7:49 about when it comes to therapies like 7:50 about when it comes to therapies like this? Leave your questions in the 7:51 this? Leave your questions in the 7:51 this? Leave your questions in the comments. I read them all. If this video 7:53 comments. I read them all. If this video 7:53 comments. I read them all. If this video helped clarify things, please like it, 7:56 helped clarify things, please like it, 7:56 helped clarify things, please like it, subscribe to the channel, and share it 7:58 subscribe to the channel, and share it 7:58 subscribe to the channel, and share it with someone who's still searching for 8:00 with someone who's still searching for 8:00 with someone who's still searching for answers. I'll see you in the next one.
Comments