WEBVTT

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Welcome to From the Spectrum podcast. This is

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a podcast about autism. It is my goal to explain

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what is autism. I plan to use a mixture of scientific

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literature, personal experience, and opinion.

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With opinion, I will explain why I feel the way

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I do and give examples. I will provide links

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to various references for each episode. For each

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episode, we will discuss various aspects of autism.

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For today's episode, we will cover mitochondria.

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The mitochondria, which is plural, mitochondrion,

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singular, are vast for living organisms. Often

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mitochondria are considered the powerhouse of

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the cell. We've covered light, water, and magnetism

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as the central foundation of life, including

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human life. Today we will have more understanding

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of these three critical components in our living

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organism. Today's episode is an introduction

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because mitochondria is very critical in this

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discussion and we cannot cover everything. We

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will prepare for a future episode featuring an

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expert, an MD, and a PhD in biophysics to explain

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the roles of autism and mitochondria. If you

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go to PubMed, and type in just a broad search

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of mitochondria into the PubMed's search engine.

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You will see recently, over the last one to two

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decades, the number of publishings on mitochondria

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have a vast and sharp increase. The understanding

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of mitochondria is becoming more apparent. The

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roles in human biology and health versus senescence

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and death is becoming more recognized. What we

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will talk about are not topics that help our

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life. They are topics in our biology that gives

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us life. Most cells have mitochondria. All cells

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except red blood cells and two types of cells

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from the autism and gastrointestinal episodes.

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bacteria, and archaea. Red blood cells use deuterium

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water, and you will find out mitochondria's role

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of producing water. Mitochondria needs a different

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type of water than blood or hemoglobin. Red blood

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cells use hemoglobin, which allows optimal oxygen

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transportation. You will soon find out oxygen

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and the mitochondria is delicate. Bacteria and

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archaea, their absence of mitochondria is because

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those are prokaryotic cells. Prokaryotic cells

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are less complex, and then eukaryotic cells are

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more complex. All the organelles within a cell

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nucleus, including mitochondria, it's believed

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that everything in the cell nucleus was once

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independent or separate from each other. And

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the collection of these different organelles

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coming together in the cell nucleus gives rise

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to more complex living organisms, to more complex

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life. In the prokaryotic bacteria and archaea,

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it shares a cytochrome C oxidase. with eukaryotic

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mitochondria cells. In eukaryotic cells that

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more complex cell nucleus in mitochondria, cytochrome

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C oxidase is the fourth of five cytochromes.

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We've talked about humans use photosynthesis.

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This is here. And crucial parts of hemoglobin

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and mitochondria. Hemoglobin and chlorophyll

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are nearly the same, except hemoglobin uses iron.

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Chlorophyll uses magnesium. Iron will be a critical

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part for today. Iron in both blood and the mitochondria

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have magnetic properties. This is a heme sometimes

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called hemoprotein. These are molecules containing

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iron. which binds to oxygen. Remember the magnetic

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part of the story. HEMES store and transport

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globins. Hence, hemoglobin conserves energy,

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our area for today. Photosynthesis and respiratory

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cytochromes, which will be most of our conversation,

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is also a catalyst, meaning starting or accelerating,

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and hemes since changes in redox states. So more

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involvement with oxygen. So a brief recap. The

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elements that we will discuss. It's energy, oxygen,

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water, proteins, ions, both negative ions, which

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are electrons, and positive ions, which are protons.

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and the electromagnetic fields. Light is a driving

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force. Light, or a lack of light depending on

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the cellular state and function. Meaning, if

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the cell is active and functioning and healthy,

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it's receiving optimal light, optimal electromagnetic

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fields. If the cell is lacking, lacking energy,

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or cell death even, it is neglected from these

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energy properties. The powerhouse of the cell,

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the mitochondria, and cellular respiration. There

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are three components that we will spend most

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of the time on. These are all energy producing

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paths. One is glycolysis. Two is citric acid

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cycle, or sometimes called TCA cycle, or even

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Krebs cycle. This is briefly mentioned in Cause

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of Autism episode. Hans Krebs, the Nobel winner,

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this was mentioned around minute 16 of the Cause

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of Autism episode. Also, Albert St. Georges,

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another Nobel winner, has critical roles here

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with that the protein discovering the semi -conduction.

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Essentially what we're talking about, with all

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of those ingredients mentioned earlier, those

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elements, we are creating semi -conductive properties.

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And the third component of the cellular respiration

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is oxidative phosphorylation. This will include

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the electron transport chain, also briefly mentioned

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in previous episodes. the ATPase and chemiosmosis

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or the movement of ions across membranes and

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across the gradient. First is glycolysis. This

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is glucose metabolism that creates two molecules

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of pyruvate. You probably know glucose is released

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for energy. This is where it takes action. This

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is the cell's cytoplasm. The goal is to break

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down glucose and use a transporter to enter the

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mitochondria. Glucose binds to insulin and there

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is a straw -like feature for a transporter which

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allows the glucose to enter. Pyruvate kinase

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isoform M2 or PKM2 is labeled metabolic budgeting

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system. This is a factor in autistic biology.

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Pyruvate has ATP and NADH outputs. ATP is adenosine

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triphosphate, which transfers energy. This is

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what we are trying to achieve in cellular respiration.

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The NADH carries electrons. With oxygen and pyruvate,

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acetyl coenzyme A, sometimes shown as acetyl

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COA, is created in the citric acid. The TCA cycle

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needs it. It needs it. The citric acid cycle.

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This occurs in the mitochondria matrix and is

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central. driver for cellular respiration. The

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cycle is used to release stored energy from oxidation

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of acetyl coenzyme A, which is derived from carbohydrates

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and fats or protein into carbon dioxide and chemical

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energy of ATP. It also produces NADH and FADH2.

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These are coenzymes. FADH2 is a cofactor. These

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are required for metabolism. FADH2 and NADH are

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catabolism, which breaks down complex molecules,

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which we've discussed into simpler forms. Simpler

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molecules. then mechanisms can use these simple

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forms for energy. This is life. This is upstream

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metabolism. NADH and FADH2, the electron carriers,

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are crucial. We will cover all five of the cytochromes

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in the electron transport chain and the ATPase

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momentarily. Both glycolysis and the citric acid

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cycle uses NAD +, breaking it down to NADH. Glycolysis

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and the citric acid cycle, which has many components,

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moving parts, they are like conveyor belts, feeding

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into the cytochromes in the electron transport

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chain. Now, oxidative phosphorylation. This is

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where the magic happens. But without glycolysis

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and without the citric acid, oxidative phosphorylation

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suffers. This is the final stage of cellular

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respiration. This includes the electron transport

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chain and ATP synthase and chemiosmosis, ATP

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generated in one of these two metabolic pathways,

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glycolysis and or oxidative phosphorylation.

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We've discussed, just briefly, the electron transport

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chain and the cytochromes involved. Cytochromes

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are chromophores. In other words, these are a

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unique type of protein. This translates into

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color and carriers of. Chromophores, I'll say

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again, translates into color and carriers of.

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It means they absorb specific wavelength of light.

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And you know the position on the cause of autism

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and all of the chronic diseases that are just

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downstream of essentially everything we're talking

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about today. Today's conversation will take us

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essentially as far upstream in human functioning,

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human metabolism, and biological sequencing as

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we can go. Cytochrome 1, or sometimes called

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abicuinon, the products of glycolysis are oxidized

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here. transferring two electrons from NADH to

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FMN or flavin. You might have heard of flavin

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products, such as green tea or supplemental form.

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The electrons are then used in CoQ10. You might

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have even heard about this or seen it on your

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supplement aisle in your supplement store or

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grocery store. CoQ10 is a coenzyme, and these

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are lipophilic. In its reduced form, ubiquinol,

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also in cytochrome 1, are eight iron sulfur clusters.

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So here we are with the iron. Remember the magnetic

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field and hydrogen. Hydrogen and electrons are

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produced. They are broken down from these separate

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processes and produced here. Then we move to

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cytochrome 2. This uses electrons from succunate

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in the citric acid cycle. And we are passing

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electrons down the path using iron sulfur clusters

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and CoQ10 to cytochrome 3. Succunate is a catalyst.

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of the oxidative process being fed to cytochrome

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3, which will turn these products into water.

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Essentially, we are making water and ATP. You

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might have heard of ROS, reactive oxidative stress.

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This is cytochrome 3. This process that we're

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working up to will take oxygen and create water.

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The whole purpose of breaking these molecules

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down into smaller molecules is this. Cytochrome

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3 is called cytochrome C reductase. Heme proteins

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and iron sulfur clusters are used. Heme groups

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alternate between ferrous and ferric. Proton

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gradients begin to add up. A two -step Q cycle

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is used. to move into cytochrome C oxidase. This

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is a transfer and breaking down of processes

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or elements, because cytochrome C can only accept

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a single electron at one time. So this occurs

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in two steps. The cytochrome 3 also releases

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the four protons. And just a special note about

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the hydrogen, too. Hydrogen is building up and

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is necessary. So we are processing different

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elements, different molecules I should say, into

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the matrix and the intermembrane. And this brings

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us to maybe the most underrated or not appreciated

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process in the whole mitochondria. And that's

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the creation of water. Now, I ran through the

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first processes to get to this point. fairly

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quickly, and I did not highlight the elements

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or the molecules that's being produced, the amount

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of them, and essentially I didn't mention the

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reasons. However, we are here for these reasons

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right now. One is to get to cytochrome C oxidase

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as fast as possible. And two, there are obviously

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lots of molecules and atomic processes going

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on here. I want to be mindful of the podcast.

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I want to be mindful of the information regarding

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autism. Because you might think, we haven't even

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talked about autism. However, I would hold off

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on that thought. So cytochrome C oxidase. Remember,

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this has four red light chromophores from the

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Cause of Autism episode, from 620 to 860 nanometer

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light. This process creates water. The electrons

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we've been transferring and creating, and the

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oxygen that's being created into water. Light.

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Remember the light story, the whole purpose of

00:18:44.920 --> 00:18:51.099
this topic. Light charge separates water. Water

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equals H plus the hydrogen and oxygen and two

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electrons. So how does light create more water?

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We've established light is electromagnetic. Understand

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it? We've established autism is a light story.

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Low electrons, low melanin is a modern human

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phenomena. Also, we've established isolated light,

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especially blue light, dehydrates cells. Well,

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this is it. This is where the damage is in the

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lipid rafts of the process of exchanging these

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molecules from smaller... molecules and transferring

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them down the process. And here is a big takeaway,

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because we've now explained the creation of water

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in the mitochondria. Not all water is equal.

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It changes its physics based on the environment

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it's in. Mitochondria is the reverse process

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of photosynthesis. Instead of producing oxygen

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and sugar like the photosynthesis of a plant,

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the mitochondria produces carbon dioxide and

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water. This water is an electromagnetic capacitor.

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It is a battery. An old car battery uses this

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process. A key note here is water is a dipole.

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meaning the electrons as negative charges and

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protons as positive charges. You know that we

00:20:50.089 --> 00:20:54.490
are creating electrons and protons which are

00:20:54.490 --> 00:20:59.410
crucial ingredients to this process. Now you

00:20:59.410 --> 00:21:03.349
can understand that the iron and some oxygen

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and water, the magnetic properties of these elements

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are crucial. In addition, water is paradoxity,

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meaning it is very responsible for the clock

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timing mechanisms occurring within this mitochondrial

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matrix. Our clock -timed mechanisms are crucial,

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and that begins in the SCN. We've discussed the

00:21:31.119 --> 00:21:35.859
SCN. How and when are all of these elements and

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these biological ingredients functioning? are

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pretty cool. And another note about the water

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here in the mitochondria and just water in general.

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Water is very heat tolerant and we want our mitochondria

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to be this heat and dissipative structure. We

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want massive amounts of energy and production

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here. Mother Nature chose water. It uses water

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accurately here. It's by design. Water, with

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heat tolerant, it can endure so much and be very

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reliable. And also remember melanin from the

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Cause of Autism episode, how melanin is also

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very enduring and can absorb all frequency as

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a light. The light, which is, you know, a vast

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component of this story, and also with the melanin.

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being that neuroprotective. We've discussed that

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neuroprotective role here. It keeps this process

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functioning. Different light has different effects

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on water, has different effects on our electron

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transport chain. Light has different effects

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on the glucose getting to the cytoplasm released

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from the organs. Light Remember the POMC story.

00:23:10.069 --> 00:23:13.029
Remember now that we've discussed glycolysis,

00:23:13.269 --> 00:23:15.369
and remember the previous conversations about

00:23:15.369 --> 00:23:22.670
POMC, PRO, opioid, melanocortin, and how cortisol

00:23:22.670 --> 00:23:26.630
and alpha -melanocyte stimulating hormones, the

00:23:26.630 --> 00:23:31.009
melanin, found throughout the body, on the surface

00:23:31.009 --> 00:23:34.269
and deep inside of us, in tissues and organs,

00:23:34.910 --> 00:23:40.400
are implicated from the light source. Melanin

00:23:40.400 --> 00:23:44.039
here is a different story. Melanin and light

00:23:44.039 --> 00:23:49.779
takes the water and is the semi -conductive properties.

00:23:50.359 --> 00:23:55.220
It uses this in a dissipative structure. In other

00:23:55.220 --> 00:24:00.119
words, it is a method of creating more energy.

00:24:01.220 --> 00:24:05.740
And remember the palm sea and how insulin It's

00:24:05.740 --> 00:24:12.220
generated from here, from CLIP, C -L -I -P. If

00:24:12.220 --> 00:24:16.799
glucose is affected and insulin sensitivity is

00:24:16.799 --> 00:24:21.960
infected, the process getting to the mitochondria

00:24:21.960 --> 00:24:28.019
for glycolysis are implicated. Remember the blue

00:24:28.019 --> 00:24:31.980
light, our modern light now, about 440 to 480

00:24:31.980 --> 00:24:36.980
nanometer light. That's modern LED, and tech

00:24:36.980 --> 00:24:41.420
light. Most, nearly all, of the light exposure

00:24:41.420 --> 00:24:45.940
humans get now falls within this range. And this

00:24:45.940 --> 00:24:50.119
dehydrates cells. Now maybe you can understand

00:24:50.119 --> 00:24:55.200
why. We've talked about cytochrome c -oxidase.

00:24:56.160 --> 00:24:59.980
These dehydrated cells, the implications to water

00:24:59.980 --> 00:25:05.000
production from cytochrome c -oxidase. will cause

00:25:05.000 --> 00:25:09.400
heteroplasma, which is a decrease of water. And

00:25:09.400 --> 00:25:13.079
this is where disease manifests in the body.

00:25:14.259 --> 00:25:19.599
This is lower dissipative ability, meaning as

00:25:19.599 --> 00:25:27.059
we age, water production drops. Okay, so there's

00:25:27.059 --> 00:25:31.319
an understanding that humans are roughly 70 %

00:25:31.319 --> 00:25:35.769
water or so. I don't know what the paradigm suggests,

00:25:35.829 --> 00:25:41.930
but at birth, we are about 80 % water. And that

00:25:41.930 --> 00:25:46.230
is shown to be we decrease water about 10 % every

00:25:46.230 --> 00:25:49.329
decade. Now, Doug Wallace is a good source of

00:25:49.329 --> 00:25:54.529
this, and so is Jack Cruz. As we age and reduce

00:25:54.529 --> 00:25:58.329
our water production, we need to increase the

00:25:58.329 --> 00:26:01.910
electrons getting to the mitochondria level.

00:26:02.170 --> 00:26:05.769
to produce more water. We have to supplement

00:26:05.769 --> 00:26:10.549
our aging and the decrease of electrons with

00:26:10.549 --> 00:26:15.269
proper, that's key here, proper electromagnetic

00:26:15.269 --> 00:26:20.349
fields. The melanin story, which is frequently

00:26:20.349 --> 00:26:24.250
discussed or mentioned at least throughout the

00:26:24.250 --> 00:26:27.150
several episodes of the podcast, this is underrated

00:26:27.150 --> 00:26:32.109
here too. Melanin charge separates water like

00:26:32.109 --> 00:26:35.930
No other element or molecule in the human body.

00:26:36.549 --> 00:26:39.589
And lastly, on the cytochrome c -oxidase for

00:26:39.589 --> 00:26:44.289
now. I mentioned there are four red light chromophores

00:26:44.289 --> 00:26:49.890
in this one protein. Why are there four red light

00:26:49.890 --> 00:26:55.650
chromophores in cytochrome c -oxidase? Why and

00:26:55.650 --> 00:27:02.059
how are humans using this? Especially especially

00:27:02.059 --> 00:27:07.339
with our modern light. Based on some information

00:27:07.339 --> 00:27:11.480
from a decentralized neurosurgeon, he has over

00:27:11.480 --> 00:27:16.299
10 ,000 surgeries in his career. He suggests

00:27:16.299 --> 00:27:20.200
that the red light chromophores and cytochrome

00:27:20.200 --> 00:27:25.059
C oxidase, where water is produced, links the

00:27:25.059 --> 00:27:29.490
entire mitochondrial matrix. including the protein

00:27:29.490 --> 00:27:35.650
metabolism, the TCA cycle glycolysis, and the

00:27:35.650 --> 00:27:40.190
red light chromophore. Red light is what spins

00:27:40.190 --> 00:27:45.950
the FO head and ATP synthase, which is the fifth

00:27:45.950 --> 00:27:50.710
and final cytochrome. Now you can understand,

00:27:51.089 --> 00:27:55.910
maybe you can kind of attach the rates of autism

00:27:56.220 --> 00:28:01.160
follows almost identically with the sources of

00:28:01.160 --> 00:28:04.700
light. One, the timing of artificial light that

00:28:04.700 --> 00:28:07.819
we are under, beginning back in the 1930s with

00:28:07.819 --> 00:28:11.180
the incandescent type, all the way up through

00:28:11.180 --> 00:28:15.920
the LED production and the shift to LED and now

00:28:15.920 --> 00:28:20.720
technology. Technology follows essentially every

00:28:20.720 --> 00:28:24.319
single human being, especially around the ages

00:28:24.319 --> 00:28:28.559
of six to eight. I guess maybe closer to 8 to

00:28:28.559 --> 00:28:32.920
10. People are getting cell phones now. And autism

00:28:32.920 --> 00:28:38.220
is a generational issue. With this light exposure,

00:28:39.079 --> 00:28:42.960
people's water production are decreasing. And

00:28:42.960 --> 00:28:47.880
our melanin inside of us is decreasing. This

00:28:47.880 --> 00:28:53.559
is why light and melanin are the key candidates

00:28:53.559 --> 00:29:01.059
for the cause of autism the light exposure follows

00:29:01.059 --> 00:29:07.019
identically the rates of autism and second thing

00:29:07.019 --> 00:29:11.140
we need to consider is that power source the

00:29:11.140 --> 00:29:16.680
sun spectra at 280 to 3100 nanometers our biology

00:29:16.680 --> 00:29:23.180
is missing those components okay so we make water

00:29:23.289 --> 00:29:26.670
And now let's get to the cytochrome 5, which

00:29:26.670 --> 00:29:33.750
is ATP synthase, ATPase. The hydrogen charge

00:29:33.750 --> 00:29:37.569
separated in cytochrome C oxidase to produce

00:29:37.569 --> 00:29:43.009
water. That charge separation are protons. The

00:29:43.009 --> 00:29:48.089
protons are H plus ions, positive charged ions.

00:29:48.089 --> 00:29:53.950
This is hydrogen. On the ATPase is an FO head.

00:29:55.109 --> 00:30:01.470
FO is a proton channel. In ATPase, the head spins

00:30:01.470 --> 00:30:06.690
9 ,000 to 12 ,000 times per second. And every

00:30:06.690 --> 00:30:12.309
three or four spins creates one ATP. OK, so here's

00:30:12.309 --> 00:30:15.569
some more magnetic properties here. The FO head.

00:30:15.630 --> 00:30:19.069
With that spinning, that rapid spinning creates

00:30:19.069 --> 00:30:24.250
a magnetic field. This is a quantum nano rotary

00:30:24.250 --> 00:30:30.170
engine that works on red light. Where are modern

00:30:30.170 --> 00:30:34.869
humans getting red light? Remember the rant just

00:30:34.869 --> 00:30:38.809
a couple of minutes ago? The sun is 43 to 47

00:30:38.809 --> 00:30:43.769
percent red, but it requires humans to spend

00:30:43.769 --> 00:30:48.880
time under it. And remember our photosynthesis.

00:30:50.099 --> 00:30:54.039
Okay, so why the red light? You remember from

00:30:54.039 --> 00:30:57.140
the Cause of Autism episode, and probably some

00:30:57.140 --> 00:31:00.619
other episodes, that red light penetrates the

00:31:00.619 --> 00:31:04.859
body deeper than any other specter of light,

00:31:05.880 --> 00:31:09.160
including bones. Red light penetrates bones.

00:31:09.539 --> 00:31:13.759
And we remember the antioxidant effect here with

00:31:13.759 --> 00:31:18.329
the with the cancer treatment. Red light is very

00:31:18.329 --> 00:31:23.849
powerful against carcinoma and tumors. And that

00:31:23.849 --> 00:31:29.890
is shown in many, many articles in PubMed. In

00:31:29.890 --> 00:31:32.990
addition, what people might fail to understand

00:31:32.990 --> 00:31:38.390
is, our mitochondria is where 95 % of our melatonin

00:31:38.390 --> 00:31:45.039
is generated. Melatonin is a light hormone. that

00:31:45.039 --> 00:31:50.759
works at night, the absence of light. And this

00:31:50.759 --> 00:31:54.920
is our number one antioxidant. So this is all

00:31:54.920 --> 00:31:58.960
from longer wavelength of light on one side of

00:31:58.960 --> 00:32:03.160
the sun's spectra. But also, you can kind of

00:32:03.160 --> 00:32:06.359
come together here and understand that this is

00:32:06.359 --> 00:32:10.200
more and more of the light story. Light, water,

00:32:10.799 --> 00:32:14.539
magnetism, with the light story. It doesn't just

00:32:14.539 --> 00:32:18.720
include those longer wavelengths of light. Vitamin

00:32:18.720 --> 00:32:23.500
D receptors are involved. OK, so more sun. This

00:32:23.500 --> 00:32:28.039
is UVB. Remember the biosynthesis discussed in

00:32:28.039 --> 00:32:31.900
autism and gastrointestinal problems. It goes

00:32:31.900 --> 00:32:37.059
the biosynthesis. It goes pre -vitamin D2 and

00:32:37.059 --> 00:32:44.309
D3 is 260 nanometer light. Tachysterol. The next

00:32:44.309 --> 00:32:48.990
process is 280 nanometer light. And then provitamin

00:32:48.990 --> 00:32:53.990
D3 is 293 nanometer light. And then we get to

00:32:53.990 --> 00:32:57.450
vitamin D. The full synthesis of vitamin D is

00:32:57.450 --> 00:33:02.950
312 nanometer light. The VDR blocks electron

00:33:02.950 --> 00:33:06.869
transport chain. But that's OK here. That just

00:33:06.869 --> 00:33:09.990
means we don't need to eat as much when we are

00:33:09.990 --> 00:33:13.339
outside. If you've ever noticed that maybe you

00:33:13.339 --> 00:33:15.319
don't eat as much whenever you're outside in

00:33:15.319 --> 00:33:20.940
the sun, that's because that glucose used during

00:33:20.940 --> 00:33:24.480
glycolysis is kind of supplemented here with

00:33:24.480 --> 00:33:31.019
the VDR receptors. Our photobiomodulation and

00:33:31.019 --> 00:33:34.960
the mitochondria as dissipative structures in

00:33:34.960 --> 00:33:39.359
the sense of nonlinear optics used in human biology.

00:33:40.680 --> 00:33:44.299
Healthy human biology is built -in mechanism

00:33:44.299 --> 00:33:49.299
to create energy, and we do this. We've discussed

00:33:49.299 --> 00:33:54.180
palm seed and that release of cortisol, and that

00:33:54.180 --> 00:33:58.900
coincides with glucose. This is what it's all

00:33:58.900 --> 00:34:03.599
about. We evolved under the sun in its natural

00:34:03.599 --> 00:34:10.429
electromagnetic fields. We've taken the electrons

00:34:10.429 --> 00:34:15.650
from the sun and used it for energy production

00:34:15.650 --> 00:34:20.869
inside of us, inside the so -called powerhouse

00:34:20.869 --> 00:34:25.869
of the cell. Modern humans and all of our chronic

00:34:25.869 --> 00:34:33.909
diseases are electron deficient. Most ATP from

00:34:33.909 --> 00:34:38.349
the cell happens from sun on cytochrome C oxidase.

00:34:38.619 --> 00:34:45.179
and ATPase from infrared and UV on VDR receptors.

00:34:46.699 --> 00:34:51.460
Now, you can begin to understand the obesity

00:34:51.460 --> 00:34:56.800
epidemic. Now, you can understand type 2 diabetes.

00:34:57.800 --> 00:35:01.579
Remember, we've mentioned the insulin sensitivity

00:35:01.579 --> 00:35:06.719
and the release of glucose. and metabolizing

00:35:06.719 --> 00:35:11.920
all of this energy production. Obesity is a cause

00:35:11.920 --> 00:35:17.320
of people losing energy to the environment. It's

00:35:17.320 --> 00:35:20.960
not all cases of calories in versus calories

00:35:20.960 --> 00:35:24.760
out, food intake, and the lack of movement and

00:35:24.760 --> 00:35:28.840
exercise. Now, the lack of movement and exercise

00:35:28.840 --> 00:35:32.440
could be explained here too because people don't

00:35:32.440 --> 00:35:35.699
have energy because they're not They're not producing

00:35:35.699 --> 00:35:40.480
water. For the autism story, now you can even

00:35:40.480 --> 00:35:44.119
understand the roles of autism and metabolism,

00:35:45.139 --> 00:35:52.820
and autism and inflammation. Cells and our biology

00:35:52.820 --> 00:35:57.519
are not adapted to our new environments. Are

00:35:57.519 --> 00:36:00.719
you understanding this? We are adapting, but

00:36:00.719 --> 00:36:06.090
these are not healthy adaptations. Autism is

00:36:06.090 --> 00:36:11.010
neuroplasticity to our light and energy change.

00:36:12.710 --> 00:36:16.050
Research and people's beliefs are in the wrong

00:36:16.050 --> 00:36:20.630
place. There are all of these autism and XYZ.

00:36:21.170 --> 00:36:27.349
I am tired of autism and XYZ. I am tired, quite

00:36:27.349 --> 00:36:32.309
frankly, of autism and allergies or autism and

00:36:32.309 --> 00:36:35.989
eczema. or autism and gastrointestinal problems,

00:36:36.510 --> 00:36:40.369
autism and dyspraxia. Autism has a higher rate

00:36:40.369 --> 00:36:45.389
of higher chance of Alzheimer's and Parkinson's.

00:36:45.690 --> 00:36:49.489
On that note, you ought to be able to understand

00:36:49.489 --> 00:36:53.429
a little bit better now the role of light and

00:36:53.429 --> 00:36:56.369
these rapid cognitive declines that we are now

00:36:56.369 --> 00:37:01.769
seeing. And I've said, Alzheimer's is a reverse

00:37:01.769 --> 00:37:07.239
process. of autism. Hopefully, you can kind of

00:37:07.239 --> 00:37:12.460
make sense of this. Now, as we discussed, the

00:37:12.460 --> 00:37:16.300
cell metabolism, the way that the cell is functioning,

00:37:16.920 --> 00:37:21.539
the powerhouse. With autism, you know the problems

00:37:21.539 --> 00:37:25.880
exist on the cellular level and the synaptic

00:37:25.880 --> 00:37:30.300
level. The cellular level here is explained.

00:37:30.519 --> 00:37:36.099
This is why cells aren't developing. Also to

00:37:36.099 --> 00:37:41.599
note that remember, our genes respond to the

00:37:41.599 --> 00:37:45.639
environment. In other words, our environmental

00:37:45.639 --> 00:37:51.599
signals informs the genes how to respond. The

00:37:51.599 --> 00:37:56.860
environmental signals are the cues for DNA sequencing.

00:37:57.699 --> 00:38:02.960
And guess what? In the cell nucleus, the organelle

00:38:02.960 --> 00:38:07.059
of DNA sequencing and mitochondria are closely

00:38:07.059 --> 00:38:12.780
related. Genetic studies receives much attention.

00:38:13.039 --> 00:38:17.340
There's a lot of money thrown at. GWAS studies

00:38:17.340 --> 00:38:22.780
this genome sequencing and genome -wide understanding.

00:38:23.340 --> 00:38:26.699
And with autism, there are over 100 so -called

00:38:26.699 --> 00:38:31.349
risk genes. Now, what this is saying is there

00:38:31.349 --> 00:38:34.630
are many complicated factors here. There are

00:38:34.630 --> 00:38:39.070
many genes involved that might cause autism or

00:38:39.070 --> 00:38:43.309
might not cause autism. Just because you have

00:38:43.309 --> 00:38:46.869
duplications or deletions, copy number variants

00:38:46.869 --> 00:38:50.829
and so forth of this gene, well, it might mean

00:38:50.829 --> 00:38:55.329
autism. In my opinion, autism research, because

00:38:55.329 --> 00:38:58.179
of the amount of funding and attention thrown

00:38:58.179 --> 00:39:03.440
at it but the genes has reached a dead end and

00:39:03.440 --> 00:39:06.980
at the dead end it takes bulldozers and just

00:39:06.980 --> 00:39:10.219
kind of barrels through trying to find some sort

00:39:10.219 --> 00:39:15.460
of hidden treasure and this is all wrong the

00:39:15.460 --> 00:39:21.659
genes of humans the DNA is vastly different than

00:39:21.659 --> 00:39:27.510
the mitochondria genes mitochondria has its own

00:39:27.510 --> 00:39:32.489
DNA and there are only 37 total for mitochondria

00:39:32.489 --> 00:39:36.170
now this is a huge difference and with everything

00:39:36.170 --> 00:39:39.030
we've just discussed you ought to understand

00:39:39.030 --> 00:39:43.090
that huh mitochondria is very important to the

00:39:43.090 --> 00:39:48.789
cell health to our life not only is it just 37

00:39:48.789 --> 00:39:55.119
genes but the cytochromes the powerhouses this

00:39:55.119 --> 00:39:58.619
source of energy processing these electrons and

00:39:58.619 --> 00:40:02.659
protons and creating water and creating ATP.

00:40:03.579 --> 00:40:09.760
There are only 13 DNA responsible of the mitochondria

00:40:09.760 --> 00:40:15.619
for this function. This meaning 13 genes that

00:40:15.619 --> 00:40:19.900
we can study to really find out some more information

00:40:19.900 --> 00:40:25.429
about. What is autism? If you're listening to

00:40:25.429 --> 00:40:28.750
the podcast or listening to the episode, please

00:40:28.750 --> 00:40:33.090
feel free to leave a review or rating. In podcasting,

00:40:33.309 --> 00:40:35.969
reviews, ratings, and downloads are crucial,

00:40:36.510 --> 00:40:39.750
and I very much appreciate your feedback. You

00:40:39.750 --> 00:40:47.050
can contact me on X at RPS 47586. We can have

00:40:47.050 --> 00:40:50.730
discussions about autism, and especially the

00:40:50.730 --> 00:40:54.710
cause of autism. these atomic molecular levels,

00:40:56.210 --> 00:41:01.710
you can email me info .fromthespectrumatgmail

00:41:01.710 --> 00:41:06.630
.com. And thank you for listening to From the

00:41:06.630 --> 00:41:07.809
Spectrum Podcast.
