DO Zoom - November 2022 - BioModulator® For Brain Therapy
7:59PM Nov 7, 2022
Speakers:
Deborah Smith
Chase Faldmo, DC.
Tamara Bagwell
Keywords:
cerebellum
brain
transducer
frontal lobe
frequencies
test
question
gear
people
electrode
mode
talking
tennant
parietal lobe
wake
vertigo
voltage
lobes
concussion
therapy
Hello if anyone hasn't met me before. Hi, I'm Deborah Lee Smith. I'm the marketing director for Senergy. So you probably have gotten messages from me before. But I'm really excited to be leading this conversation today, or Tamara will be taking it over once I do this little intro, and we've got a wonderful conversation with Dr. Chase, that we're gonna have today. So thank you so much, everyone.
Okay, let's go ahead and get started. So welcome, everyone. Thanks for joining us. Again, my name is Deborah Lee Smith. I'm the marketing director for Senergy. And I'm really excited to be here with Tamara, who's one of our amazing Senergy educators, and Dr. Chase Faldmo from the Tennant Institute.
So we are excited to be here tonight, we get a lot of questions about working on the brain. And so we definitely wanted to have Dr. Chase Faldmo with us tonight. So he could give us some of his great work that he does in the clinic, he has been working with the brain in lots of different ways, and activating different areas of the brain for better brain function. Just a few things I wanted to clarify. As we're discussing different types of things, it's important to realize that we are not going to be claiming that we're curing diseases. Whenever we're working with Dr. Tennant's devices, we're working with restoring the body's function, and helping the body to work as it was meant to and support making new healthy cells. So I know a lot of people want to ask questions about specific diseases, we're getting questions, you know, coming through about Alzheimer's and you know, all of these different types of things, we can't say we're, you know, able to cure diseases, we have to be just focused on supporting the body's ability to heal and overcome the different health challenges through voltage. So we're going to be talking about working on the brain, and working at supporting those different areas of the brain. And certainly, working with making new healthy cells helping the body to detox properly is all part of that process. So before we get into too many questions about disease processes, I just wanted to clarify all of that. And as we're talking about different things like injuries, anytime there's a head injury, we always want people to be checked out by their physician before just assuming all is fine. And so when we talk about a concussion or traumatic brain injury, that would be after you've been checked out by a doctor to make sure you don't have a serious situation going on that needs to have immediate medical attention. So just wanted to clarify all of that. So as we talk further about head trauma, or anything like that, that comes up. And it's always to be stated, after you've had good medical attention, and you've verified, you don't have any really serious situation that needs immediate medical intervention, then you go home, and then you can start doing different therapies to support the brain in different ways. Okay, so I just wanted to get that out in the beginning, just so we're all clear that we're not ever saying not to go to your doctor and get checked out. That is definitely the number one thing if you've had a head injury, go to your doctor get checked out, make sure you know what you have going on. Okay, so Dr. Chase, that question that we get all the time is people want to support their brain, they want to improve their memory, they want to just be able to understand how they can utilize the brain waves that that are in their BioModulator® Pro with your Transducer. So that's why we want to do to give us some of your expert advice and share with us how you do the different things that you do in the clinic.
Awesome. So I want to give you a background first of the physiology and anatomy of how the brain works. So obviously, we got our skull line above our skull we got our brainstem then above the brainstem, we got the cortex of the brain. And the cortex of our brain is that our basically our conscious part of our brain, that helps us be able to think, if I want to go move something, I go move it, it's the active part of our brain that we're always using. Now, this part, this is our brain has two different sides. There's our left brain. And there's our right brain. Our left brain is our more logical side. It's our analytical side, or math side, back, thinking, you name it, graphs, anything that's very scientific minded. And then we got our right side of our brain that is our creative side of our brain. That's like the artistic side, the imagination side, that side has rhythm, intuition, you name it. So we get our two sides of our brain. And it's going to be important when we're learning how we can best use the technology and equipment to enhance it. But also, we have different lobes of the brain. So this is a little bit of a dangerous analogy for me, since I never drove stick shift, even though I was a valet driver. But think about your brain being like a stick shift car. Just like your car has different gears known as your brain. So each lobe is a different gear, and this occipital lobe here, that's like your first gear of your brain. So here is your first gear, right here on the temporal lobe, that's your second gear, your third gear is your parietal lobe on top of your head. And that fourth gear is the frontal lobe that's right here. And that's going to be an important analogy to understand for those of you who didn't drive stick shift, like me, obviously, when you're first going, and when you're first card first going, you're in first gear. And then as you go a little bit faster, you go to second gear, and then you go a little bit faster third gear, and when you're full speed ahead, the fourth care came, that's going to be an important analogy to remember, when we're talking about different specifics of how can I help my brain have memory, which we'll talk about in a second. So keep that in the in your mind. But also, there, each lobe of the brain has a different learning part. So through your frontal lobe, that's going to be short term memory, that's going to be learning something new planning, motivation and speech. And when you think about voltage, and when you try to conceptualize that, that makes sense. When you're in fourth gear, you're actively learning something new, maybe you've never learned before. Okay, so that fourth gear or frontal lobe for your parietal lobe that's involved in language processing. So when I when you're gonna, we're gonna hear a difference between language processing and comprehension. Well, language processing is like someone saying something to me, and I'm trying to understand what they're saying like pronounciation wise, okay, that's your parietal lobe, temporal lobe, that's gonna be memory, it's going to be visual memory and some auditory memory as well as language comprehension. Now, language comprehension is if you're learning a new language, and you're like, Okay, I understand what they're saying, but what is the big picture? And so a little bit different from the processing, but the language comprehension, as are you understanding what you're hearing. So that's temporal. And then occipital lobe, that's going to be our visual processing center. Okay. So keep some of these things in mind as I'm talking about what we can do for memory. Now, with each lobe of the brain, each lobe of the brain runs under a different gear, and it has the dominant frequency. Now, all the lobes of our brain will use all the frequencies but there's various brain frequencies we have. We have delta waves, we have theta waves, we have alpha wave, and we have beta waves, and we have gamma waves, okay. And I just named them in the order of their intensity. So delta waves are going to be the lower on the frequency are going to be lower and slower. And, and so that's important to remember, because they're low and slow. They're more Delta. All right, they're first gear. Theta Waves again, after your second gear, there's going to be a little bit faster than delta. That is the dominant wave for your temporal and then alpha is the dominant wave, or parietal. Beta is the dominant wave or frontal and gamma is kind of interesting. Gamma kind of helps you shift gears with all the lobes. And it's also part of it goes into cerebellum a little bit. Now cerebellum is a little interesting, you're going to use a little bit of delta and gamma. But we'll get into that soon. But that's the big picture. I want you to see the brain. Because, you know, you have this saying that when you teach people correct principles, they can govern themselves. I'm trying to keep teaching the principles that way, no matter what situation gets thrown at you X, Y, or the, you'll be able to figure out, I know the concept, how am I going to apply this to the body. Now, I want to show you all a little trick you can do as far as testing wise, and this only works for two lobes. Or I should say four lobes, but it works of or two of the major lobes we've discussed. So you one of the ways you can test someone's brain is you can test the cerebellum. So the cerebellum, that's the part of your brain back here, when they say, someone said that they miss alpha, alpha is on the parietal lobe dominantly. The saw that comment anyway, when, when someone, when we're talking about the cerebellum, the cerebellum is known as the little brain, that's the part of your brain that tells your body where it isn't safe from the side and backwards. Okay. So there's this test called the proprioception cerebellum test. If you take someone's finger, and you have them, you could be facing them and say, I'm the patient, you have them put their finger out, and you're gonna put your finger where their finger is. And then you're gonna have them touch the tip of their nose, and then have them go back and touch your finger. That's how you kind of do initially to show them, okay, we're just want to show you what we're going to do. And then you're gonna have them close their eyes. And what you'll do is you'll have them close their eyes, and you'll tell them touch your nose, touch my finger. And you notice right there, I'm off, I open my eyes, I'm off right there. Because I'm off right there, I'm gonna move my arm here. I close my eyes, again, that's your nose, those are finger, touch your nose, touch my finger, touch your nose, touch my finger. Okay, you notice that first one I was off on, but then after that, I was I hit it right in a row three times. You could technically self test if you want to do, it's gonna be easier to test with someone else. But I adapted enough, I adapted by the third try, and I was on several times in a row, my cerebellum is good or good. However, let's say I did this test. And I kept going this way. And I moved my finger. I did it again. I kept going this way again, and I move it again. And I keep going this way. That tells me that my brain and my cerebellum is not adapting. Okay. So when we're testing on the outside that same side cerebellum, it's the same side cerebellum. So this right here on the outside would be testing your right cerebellum. So if I was to do it on this side, I would be testing the left cerebellum, okay. Now, there's another lobe, you can test. And that is frontal lobe.
So for cerebellum, we have them bring the finger out like this, not to be anywhere within this range doesn't have to be perfect. But for frontal lobe, you can test that by having them cross their fingers midline, like this, on facing y'all, and instead of my fingers going out, or going like this, and again, you have them test the their nose, touch your finger and have them close your eyes, touch your nose, touch my finger, versus your nose, touch my finger, touch your nose, touch my finger. So I was on that lock. However, if the frontal lobe is off, what will happen is they'll try to touch the tip your nose, and in some cases, they might go above, but again, wherever they go, you meet them where they are. So you bring the finger up, tested again, well, they're still going up, testing again, up, they're still going up. And it doesn't have to be they're going up, not always, sometimes people go down. Sometimes people go left. Sometimes people go right different for each person. But when you see them not adapting, and B do it three times in a row consistently. You know that that part of the brain doesn't know where your body is in space. So this is one thing you'll have to remember, for the cerebellum, that's the part of your brain that tells your body where it is. And stay from the side and backwards when we're crossing midline or testing frontal lobe that tells your body where it is in space from the side, forward. So, if you're crafting, if you're testing with the right hand, it's actually going to correlate with your left frontal lobe. A little bit different from the cerebellum is when we're doing it out here for the cerebellum, it's right cerebellum, we cross midline, left frontal lobe. So now you're like, Okay, I tested all of them. I did side to side, I did the right cerebellum test, I did the left cerebellum test. And I did the frontal lobe on the left test, and then frontal lobe on the right tests, okay, you tested all of them, and you figured out okay, we'll say, right cerebellum is off, and the right frontal lobe is off. So now, whenever I see that occurring, what I do is I will take the final modulator pro here. And I will use this to run frequencies inside of the brain.
And I think they want you to demonstrate the Transducer treatment on me, which is fine. Okay.
All right. So I'm going to so someone just asked right hand test the left cerebellum. Now, right hand when you're going outward, it's going to test the right cerebellum. Left hand tests the left cerebellum, the cerebellum, you'll always be bringing your finger outward. When we're testing the frontal lobe, instead of putting our hand like this, we're crafting it like this. Okay, good question. Now, so let's say, we'll switch this, let's say Tamara's left cerebellum was off, and her left frontal lobe are off. That means she didn't know where her, my finger was in space here. And she didn't know where this finger was right here. Because it's the opposite hand. So here's what I would do. I would plug in the transducer to the BioModulator® Pro, I'm going to turn on the BioModulator® Pro, and I like to give people options. So again, our brain is a stick shift car, right? We can wake it up by getting going the gears up, or we can kind of calm it down. Now, what's interesting, you'll have to know about the stick shift car we have the brain is throughout the day, when we wake up, we're for one first gear first. And then we go in second gear, and sometimes we dropped down a couple of years. But midway through the day, we have our peak. And then as nighttime comes, it goes down, and we go back to first gear again when we sleep. So I like to ask the person, okay, do we want to wake up your brain more, you want to calm it down more. So let's say she wants to wake it up more. If she wants to wake it up more, then we're going to start with first gear. Now we're going to do fourth gear last if she wants to calm it down more, and we'll start with fourth gear, and then we'll end with first gear. Okay, that's all frequency. Now, we're gonna go on the BioModulator® Pro, faster to scroll upward. But the delta waves are actually under D mode in the professional model, okay. So, I am going to set this to D mode. And once you find the D mode, you're going to hit select and turn on our transducer here. And again, for this to work, you don't have to power it all the way up. But to find the cerebellum. We'll take our little mannequin head here. Let's say this is the ridge of your head and unlike the hairs kind of around here, the cerebellum is just right at the edge of your head. Okay. Now, what we're going to do, is we want to make up the brain more. So I'm going to put this right at the edge of our head. I'm going to point it right about right here. Now, I've gotten good enough for I feel comfortable doing this. But you can use your arm as a pendulum to test. So as I let them know I'm testing them using my arm to see when we're done. If you look in the screen, what I'm what I'm doing right now is we are going counterclockwise. And when we're going counterclockwise, it means the polarity is flipped there. If you don't feel comfortable using the arm yet, you can use the pendulum you can use a muscle test. But generally it doesn't take too long, maybe takes anywhere from 30 seconds to one minute. But little by little, what will happen is my arm start going clockwise. Now when it goes clockwise, we are good. Okay, so we got first gear going. And I'll talk to you a little bit more about you can do all the lobes to kind of wake it down and or wake it up and calm it down to but I'll show you the principal now that we got cerebellum on this side, good. We go back and the left frontal lobe is off too. So this is going to be a little bit of a different setting for cerebellum we will be in you all can remember it cerebellum or sorry, frontal lobe runs dominantly. In what frequencies beta. So this will be B mode in the BioModulator® Pro,
and we will provide the handouts for you guys to be able to print these out. Okay. Okay.
Awesome. Thank you. So when we're, again, when we're doing the left frontal lobe, it's because when we did this test, when we had our crofter fingers midline, it was off, which is coordinated with the frontal lobe. So what we'll do is you can hold the transducer either right here on that left frontal lobe, or you can get the frontal lobe from right here. Okay, just on the side there just above the eyes right at the forehead. But I'm going to test there... there you go okay. All right. On didn't take as long. So then, when you do the retest? Yeah, so B mode for the frontal lobe, yes. So when you redo that test, most of the time, when you have them close their eyes and do the finger to their nose. It's actually their three for three. And I've done this on so many people, and they're like, whoa, that's weird, but it works most of the time. So if we was the left cerebellum, and we retested and she's good, we're good, she doesn't need any more frequencies. Now, if, let's say, and if we did this for the same with the frontal lobe, and she's good, then she doesn't need any more. Now, again, they might miss the first one, when they are doing the three tests. And then after that, their brain adapts. The reason it does that is our brain. And our nerves are kind of like a muscle. When you're lifting a weight, or a first time or doing like a power clean or awkward lift you've never done before. The first repetition or so might kind of feel awkward, but then after you do it like yeah, this is this is how I do it. That's why whenever we retest, we want to see, even if they're often the first one or two, if they adapt by the third one, and they're three for three after that. Good, the brain has been reset. And that's where that's what we wanted. So if for some reason they're off still, though, I'll give you an example. If cerebellum. Let's say we did the retest, and she still was off, she improved, but was still off a little bit. She didn't wasn't three for three, then what you would do is you would do a different mode. For cerebellum. You can either do gamma, and do that arm test. And then when you retest it, it's usually good. But if for some reason gamma didn't work, then you would do delta or sorry, theta in the cerebellum. Now for frontal lobe, if you tested and they retested and they improved but they're still off a little bit, then you would run either gamma or you could also run Alpha. But usually the first time you do the frequency, it resets it. So here, the this the nice part with the transducer, the transducer looks the transducer works the best. But if you for some reason don't have a transducer. Another one you could try to use is the brush electric out here. So the reason I like the broad brush electrode is the transducer is going to be faster and better at penetrating bone. But I have seen, you can recollect the brain frequencies through this as well, it just takes a little bit longer. So the reason I liked the brush electrode is when the cameras got this nice, beautiful hair compared to my hair, right? She has thick hair, trying to get the BioModulator® or the large tissue electrode in there might be a little bit tough.
So for the activation at the base of the spell you're talking about, right? Yeah, for the cerebellum. Okay. I just wanted to clarify, make sure everybody was following.
Yep. So we would go right at the base of the skull right at the hairline. And the nice part with the frontal lobe is there's enough surface area, usually for forehead, you don't have to use the brush electrode. But I'll get into more in a second. As to when this has other application, especially temporal lobe and parietal.
So one of the things that I also wanted to just get some clarification on so with the brush electrode that's going to be working well for nerves, correct?
Yes, yeah. So the nice part of the transducer so powerful that goes through the brain, there are thumb cases where people need to actually feel the stimulation to and and that's what's great about the brush electrode and put what's called proprioception into your nerves. So it can work great. And out there in the world way in, sometimes people have to feel it. But you don't necessarily have to feel it for it to work. But for some people, that does work better.
And that's what I like to explain about when we're working at the skin level, we have the nerves at the skin level. And so doing that direct stimulation is important for the nerves, that when we're talking about really getting into the brain, that's when we're going to go deeper, that's where the transducer is going to be your best option. And so, but obviously, we need to do both, we need to have nerve stimulation, and we need to get deep into the brain. So this is why we have different tools, it's important to be able to do both things, we've got to have nerve stimulation, and we actually need to get deep into the brain as well.
Great point. So I think I saw someone asked I think I saw someone ask, "What if you have a Plus model, for the BioModulator® what frequency would you use?" Again, the Pro is going to work the fastest, and is going to be the most powerful. If you did have the Plus, I would try infinity first and then Ten-8, and you can always do this test. And the cool part about what I'm going to talk to you all soon about too, is when we're waking up or calming down the brain, you can still use the block in a certain order. And it can still help but the Pro is more powerful.
And on that point the the Plus model is you're working in a more general way you don't have the ability to have the specific brain waves. That's the main difference between the two devices, you're pro you have very specific frequency settings, you've got tons, you've got 60, preset therapy modes, and then you can even add additional therapy modes. So we have a lot of options where we can get very specific. So that's when he's talking about using specific brain waves for different areas of the brain. With the Plus model, we've got the general therapy with infinity or Ten-8, those are our two therapy options. So our only option there is to alternate between the two. We don't have the ability to do those specific brain waves because it doesn't have those settings in there.
Yeah, I'm just yeah, and it's a speed thing too. And so another thing you could try if if you have the Plus model while you are running the frequencies on someone, have them put a two tip in their front four teeth and have them come in to help generate nitric oxide that might make the process a little bit faster. But it's always faster with the Pro Bio and Pro Transducer. So let's see. I saw another question about how long does it hold. This is going to be a case by case for each person. Someone who's voltages good and someone who gets outside a lot. They're they're going to hold a lot longer. All my hours a football guy, all my athletes who have repeated have traumas, and they're getting head traumas all the time, soccer players, football players, they're going to need to test more frequently. But it is going to help their performance because they think about it conceptually. If their brain doesn't know where their body isn't safe, are they going to be able to catch the ball or kick the ball properly, they actually won't, because their brain won't know where their body is based 100%. So this is a great test for athletes to keep them up to par. Okay, so now. Now another question is, again, waking up or calming down the brain. So like I talked to you about before we wake up in the day, we're startup first gear, we get to second gear, third gear, fourth gear, and sometimes they go down to second, third, fourth. But eventually, we should wind down and get down to first, again when we sleep. So the concept of that, for someone who is just waking up is you wake up in the morning, and you're like, I'm still tired, my brain doesn't want to work, I just kind of want to sleep. That's someone who's stuck in what gear first gear. So when you wake up, and you still feel like your brain doesn't wake up quickly, you're stuck in first gear. So here's how you could use these concepts without having to do the testing of the finger to nose thing. But what you could do is you could take the transducer here, and we want to wake the brain up. So what we would do is, we're gonna power it to what mode for this first gear, trying to quiz y'all, we're going to be in Delta mode. So we're at Delta. And I like to start with the right side. But what I'll do is I'll get the right cerebellum, and I can do the pendulum test, I can do a muscle test. Or I can just wait until maybe she's like, I don't I don't need, that's all I need. But I start with the right side. And then when it checks out on the testing good, we go to the left side, and we're still in D mode here. Okay, and then when that test good with the test, then what I do is we'll go to T mode, T mode is theta waves, and that's your second gear. So I go down to T mode, I select it, and our temporal lobe dominantly runs beta. We're gonna go just above the ears there. And we'll do our test there. And it should check out soon tamaraws got good voltage chair. And then we go to the right side. And the reason I like to go right to left, left to right, is when you do that, you also help the left and right brain communicate. So I go and I do this until it lit. Okay, we're good. Now second gear is good. Now that second gear is going, we're going to go to third gear, which is parietal lobe, which is what mode, a mode alpha. So we're gonna go the right side, or on this one, if you're wanting to save time, save time, you can do the top of the head, since both the trial lobes tabs right there, they're so close. So I saw a question just now through the cerebellum Are you directed at the goal or the neck, were directed at where the neck meets the skull, right there. That's where cerebellum is where the soul meets the neck both. So anyway, we're in alpha mode now or a mode. And we go, and it should be pretty fast. They're good. Left side. Left sides already good actually. Now, last one we finished with is B mode, or beta. And again, that dominates in the frontal lobe here. So we can go right here, or you can go right here. You just want to stay in the front of the brain there. And we're good there. And then we go there. We're already good there. Okay. So that's how you should wake up the brain. Now will conceptualize this to someone who, it's nighttime, and their brains always racing and they can't calm it down. This is how you do the next one. And you would do start up the fourth gear because that's what they're in. We'll start on the right side. We do the right side beta first, left side beta. And then we go to, you guessed it, we're y'all drove stick shift, I love it alpha on the left, alpha on the right. And then we go temporal or theta t mode on the right. T mode on the left. And then we end it with Delta on the left and delta on the right, that would be to calm down the brain for someone who may be overactive, overstimulated, or someone who's like at nighttime, who's mind tends to race, you need to calm it down. So that like we talked about before, though, the transducer makes it a lot faster. But you can use this brush electrode as well. And so, for the brush electrode, obviously, you don't have to use it in the frontal lobe, you might have to use it in the cerebellum. But you can see how the brush electrode works great for temporal, and parietal. Just because there's so much hair, you can't get a good contact, sometimes you need to get in there. And when you turn it up, you want to turn it up to where they just barely feel it. Now when you've turned it up, it might take a while. The reason it might take a while to feel it is that these brain frequencies tend to be lower compared to some of the other frequencies on the BioModulator. So turn it up, so they barely feel it. And that's the optimal level. And again, it'll take a little bit longer, but you can still fix it. Now, more cool things you can do with this conceptually. And if I'm overwhelming, anyone, please let me know a lot of information, you have questions reach out. But let's think about how the brain works, what we talked about earlier, and how you can use this technology to your advantage. So let's say you're learning a new skill in work or school, and this is new information you never heard before. And you're like, "Oh, my goodness, what am I learning this is this is a lot." Someone said What intensity from one to 250 with the Transducer? When you power it to 250, it makes it go by faster, but you don't have to each time sometimes. Sometimes, I mean, you can even fix it at one. The nice part about this is when you're using the transducer, when you're using the transducer, and you just need it for a short time, it won't drain the battery so much at a higher level. So anyway, back to what I was talking about before, you're learning new information. And you've never learned this information before. You can also use the knowledge of these frequencies to help you learn and process that information better. So we talked about earlier, short term memory or when you're learning new, when you're learning new information, you can hold the bio modulator on here and data or you can use the transducer on the transducer stand and hold it to your brain while you're learning something new. It's going to help you retain that information better.
If you see the question about do you always have to do all four areas of the brain? Can you just work the frontal lobe? Okay. Okay,
Great question. You do not have to work all four areas of the brain, you could just work frontal lobe if you want. I was just trying to give you all concepts that you could use and things you can try. Because some people are like, "Oh, I just need a big picture thing to do." That's why I showed you the wake up and the calm down. And this
is for anytime you want to where this is the question I get all the time people are like, "Well, why would I want to work on my brain?" I'm like, well, if you're having any trouble with any part of your brain, if you're having brain fog, if you're forgetting things, if you can't remember your PIN number, your passwords. These are reasons to work on your brain. So you don't have to have anything wrong with your brain. That's where we want to be proactive. We want to provide our body with what it needs and not wait for something to go wrong. So don't feel like you have to have a problem. You anybody can provide this for their brain, it's not going to change your brain in a substantial way. You're not going to have a you know, a different personality you're not going to wake up you know with some weird ideas or thoughts. It's just going to help your brain be better it's going to have the more energy that it needs. So it's all of the frequencies in your in your BioModulator® are for you to use it anytime you want. You don't have to have a problem going on. So we're trying to help you to have the encourage you to just use your equipment and and, you know, take advantage of the things that you have available in your devices. I know that before we run out of too much time people have questions about concussions and brain injury. And, again, this is after you've been checked out by a physician. Okay? Once you have been checked out by a doctor, and you know that you have a concussion, you can come home and use your equipment. Now. When you have the Plus BioModulator®, you can still work on your brain and you should you absolutely should. I worked on several concussions from when my boys were playing football. And that's all we had at the time. So you're going to use you should use what you have. Don't ever doubt that you shouldn't use it because it's only going to provide you benefit once the doctor has cleared you to go home. Now you can do your treatments to provide benefits. So where are you had an impact is where you need to aim your transducer. And if all you have is a Plus BioModulator®, turn it on, plug in your transducer and aim it at the area that was impacted. So whether it was a fall or a bump, or whatever it was, once the doctor has sent you home and cleared you to go home, you need to go home and use your equipment and help that area to heal. I've used it on babies. I've used it on toddlers, I've used it on athletes, I've used it for my own brain injury, I had a traumatic brain injury and I was knocked unconscious. And I was able to get much much better by using the transducer. So we want everybody to remember to do that if you've had some kind of impact injury. And the question that we'll get is going to be if they've had an impact injury, and that area of the brain is the area that primarily is for alpha or beta. Should they also use those brainwaves?
Yes, you should. You should also use that Brainwave. And a little trick for that, again, not medical device that are just telling you what I would do if this happened to me. But if I got a concussion, or I had a hip trauma, what we know about voltage is we got our muscle battery pack, right, the fascia, the energy systems, we know about that, that requires voltage, that voltage is always going. The other thing that uses voltage is nerves. So if I have a head trauma or concussion symptoms, when your nerves are over, and some of your nerves are firing too much, it'll steal voltage so that their voltage won't go to healing. So for concussions and head traumas, one of the best thing you can do is close your eyes and treat. Because when your eyes are open, you're using your nerves, and all your electricity is going to get in your eyes that function. We want the voltage to go healing here. So any concussion head trauma, keep your eyes closed and treat the area, you can still listen to audio stimulus, but for whatever reason, visual stimulus takes a lot of electricity.
Yes, that's really that's really very important.
So also, we get the question about strokes. If a person has had a stroke, we have worked on individuals the same day that they had a stroke, the doctor has cleared them and it's fine to use. So again, it's because the doctor has given that authorization and we know what we're dealing with and the doctor will generally be able to indicate where what side of the brain had the trauma from the stroke and then you can focus your transducer directly at that area. So this is a very important thing that can help tremendously so don't hesitate to use your equipment. It's so unfortunate when people forget the the great benefits that their equipment can provide. So please remember the benefit that you can get with this equipment. So a brain injury, concussion, any kind of a head trauma, you want to just focus on that area. Once the doctor has cleared you and sent you home, now is your opportunity to go ahead and work on that area. and you can work for 20 minutes, 30 minutes an hour if you want to, it's really up to you. I know when my sons were playing football, I would usually work on them until they have their symptoms completely gone. If their concussion symptoms were gone and improved, then I knew that I had, you know, made progress and that they were going to be fine. We always want to make sure that we have checked all of that out though with the doctor, because if there is any bleeding, we want to have that taken care of. Um, let's see. So we've gone Uh Oh, um, have. So here's the question. And the question is, have we ever treated dystonia? So I actually did have a patient with dystonia, and I was able to help them. Now dystonia can take different forms. This particular person that I was helping, had, basically his neck and his jaw were locked up like stone, he couldn't chew, he couldn't talk. And he had tremendous amounts of pain. And so one of the things that helped him a lot was to do therapy through his neck, he would wear a neck brace, with electrode pads, and then he would also have the transducer, so he was doing that stimulation with the nerves with the electrode path. So we talked about stimulating at the skin level, when that's needed. And then we also work with the transducer. So there are many things that we can overcome with using this equipment. And that's the nice thing about having a skin application, and the transducers it goes much deeper. Um, let's see, preventing Alzheimer's like any disease process, we want to make sure our teeth are healthy, and that our body is healthy. Because everything that affects our teeth are going to affect everything in the body, we can't have a good healthy brain if we don't have good healthy teeth. So the best way to prevent disease of all kinds, all brain diseases, all body diseases, keep your teeth healthy, make sure you don't have any hidden dental infections, and keep your body healthy, eat good food, take your supplements, do your daily therapies. If you're doing your daily protocol, regularly daily, and you're taking supplements daily, and your teeth are in very good health, you don't have any hidden dental infections, you're going to stay healthy. I mean that that's pretty much a given when we have done all of those things. The five factors that Dr. Tennant discusses in his books and in his conferences, if we are being proactive, and we are making sure that we've taken care of those five factors, we're gonna stay healthy. When we're managing our stress, we're sleeping at night, we're taking care of ourselves, we're gonna stay healthy, and we're going to avoid a lot of these different diseases. Oh, this is when I did want to ask, so I we get this question a lot, vertigo, and tinnitus. And I know that blood pressure very low blood pressure is certainly a reason for having vertigo. But can you share with the group anything that you have learned specifically about vertigo, I know that there can be some issues with ear, and there can be some different maneuvers and things that you can do as a physician in the clinic? Is there anything that our people at home can do when they have vertigo I've, I've not been able to come up with a fix, because from my experience, there can be too many reasons for the vertigo, I always tell people to start with checking your blood pressure, if your blood pressure is low, then that would be one reason why you have vertigo. Can you give us
So what I talked about earlier is remember we have our cortex of our brain. That's what these principles we talked about today. Specifically, we're talking about the cortex. But below the cortex is the brainstem. And with vertigo usually they're the cranial nerve eight issue. And so I found that most vertigo cases there's cranial nerve issues, which will be different from the cortex. But the brainstem can influence the cortex as well.
So should they do that stimulation at the base of the skull with a brush electrode?
Yes, you can still do the stimulation at the base of the skull with the brush electrode or the transducer and you know knock on wood that will help the brain know or the body bathe the cortex problem. If it's a cranial nerve eight problem, then you need to do a little bit of something else. But if it's a Cortex problem, then it probably could fix it or help it.
And possibly doing the balance of the autonomic on the sides of the neck. Sometimes that can help with some of that being off balance and things, so
So here's the question of protocol for tumors and prevention. So again, we can't get into talking about tumors, disease, we're talking about just keeping the body healthy. There's, you know, that's where we get into where we can't be making claims of curing diseases, specifically, we're working on the body to promote the health within the body when the body is healthy, we're not going to have tumors. So how do we avoid tumors is we avoid dental infections, we, we make sure that we are covering the five factors. And we've listened really carefully. When Dr. Tennant is teaching us these concepts. If we are taking care of those things, we're not going to have to worry about tumors. So there's not a tumor treatment, per se, there's not a protocol for that the protocol is to do your daily protocol, you do your daily protocol, you maintain your health throughout your body, and your body will heal and overcome the different health challenges. So that is the best prevention there. therapy to help depression, chronic illness, and things like that. So if we're doing our daily protocol, if we are balancing our autonomic nervous system, if we are sleeping at night, if we are thinking positive thoughts, and you know, working at this in a proactive manner, that's going to help with depression, it's going to help our mood improve because we're going to feel better. And we're going to give our body what it needs. We can't make the neuro chemicals that have the good serotonin and the dopamine and the things that we need. If we're not eating well, we have to eat protein to have amino acids to make neurochemical. So if we're doing all of those things, if we're taking care of ourselves, we're balancing ourselves, we're sleeping at night, we're going to start feeling better. So we're everybody has days where they're feeling a little bit blue or a little bit down, do your balance, again, balance your autonomic again, you know, go for a walk outside, all of these things are going to promote good neuro chemicals, and you're going to start to feel better, but we've got to give the body what it needs. We can't expect to feel good if we're not giving the body what it needs. So let's see if there's any other important ones, I think that we have pretty much covered the majority of these questions.
One thing I keep seeing pop up, I'll just answer really fast as vertigo. Vertigo and tinnitus are actually really similar. It can be a Cortex thing. I've treated people before with the brainwave principle and their tinnitus to go down or stop. Now in some cases that the cranial nerve aid issue as well in other cases, there's an electro sensitivity, meaning they have something called Electrosmog where there's a bunch of electromagnetic energy that's affecting things that needs to be balanced.
I think that's it. Thanks again Tamara, Dr. Chase. Sure. We'll see everyone again in a month. Okay. Thank you. Great. Thanks, everyone.