Longevity Principles

The Redox Rx: How to Improve Your Redox Potential

Redox potential is the gain of electrons in our cells to help energy transmission flow efficiently. Detoxification is directly linked to the redox potential of any cell. In my Redox Rx, I'll give you a summary of the redox potential to help you understand the concept and steps you can take to improve your redox potential.

Energy and Epigenetics 10: The Quantum Puzzle

Most of the science that gets done today gets done within a rigid set of rules applied, where you know exactly who your peers are, and things get evaluated according to a very strict set of standards. That works, when you're not trying to change the structure. But when you try to change the structure or paradigm of science, that system doesn't work very well. In fact, you usually make some enemies. Gilbert Ling is an example of somebody who didn't follow the rules and pissed a lot of people off. He pissed off so many people that they alienated his work, made sure he had no funding to continue on, and then allowed somebody to steal his work and gave that person the Nobel Prize in 2003. Today, we are going to unfold that story, because fundamentally this is why millions are dying from neolithic diseases today.

Energy and Epigenetics 6: Quantum Cell Theory, Life as a Collective Phenomena

This will probably be the most important blog in the entire Quilt. It is how I see the three fundamental laws of nature integrating and coordinating the physiologic function of animating life. It is how all life works as a collective phenomena.

Energy and Epigenetics 2: The Real DHA Story

We are all products of our environment. Our genes are the first draft of what we are created to be, but the experience those genes face (epigenetics) is how the novel of our life is really written. This blog is about how this experience begins to unfold in our species.

Quantum Biology 12: Do We Need DNA To Tell Time?

How important is time really to life? Imagine there is a bank account that credits your account each morning with $86,400. It carries over no balance from day to day. Every evening the bank deletes whatever part of the balance you failed to use during the day. What would you do? Draw out every cent, of course? Each of us has such a bank. It's name is time. Every morning, it credits you with 86,400 seconds. Every night it writes off as lost, whatever of this you have failed to invest to a good purpose. It carries over no balance. It allows no over draft. Each day it opens a new account for you. Each night it burns the remains of the day. If you fail to use the day's deposits, the loss is yours. There is no drawing against "tomorrow." You must live in the present on today's deposits. Invest it so as to get from it the utmost in health, happiness and success! The clock is running! Make the most of today. To realize the value of one year, ask a student who failed a grade. To realize the value of one month, ask a mother who has given birth to a premature baby. To realize the value of one week, ask the editor of a weekly newspaper. To realize the value of one hour, ask the lovers who are waiting to meet. To realize the value of one minute, ask a person who just missed a train. To realize the value of one second, ask someone who just avoided an accident. To realize the value of one millisecond, ask the person who won a silver medal at the Olympics.

CPC #7: Obesity Qualia

Qualia is defined by some as "an unfamiliar term for something that could not be more familiar to each of us: the ways things seem to us." Erwin Schrödinger was a famous quantum physicist, and had this counter-materialist take on what qualia really is: "The sensation of color cannot be accounted for by the physicist's objective picture of light-waves. Could the physiologist account for it, if he had fuller knowledge than he has of the processes in the retina and the nervous processes set up by them in the optical nerve bundles and in the brain? I do not think so." Schrodinger's statement is hinting at precisely what is ailing the modern sciences in a big way. Observations and the manner in which we study things are being divorced from one another. It is as if all scientist have been trained to think only with their left brain and just ignore the creative observations of their right brain. The problem with this situation is that is has put 50 years of mankind at serious risk in medicine.

Quantum Biology 10: Hormones 102

Two years ago I gave you the Hormone 101: Clinical thoughts revealed blog post. That was a small dose of reality at the beginning of this journey. There was some foundational hormone biochemistry there given to you in simple terms. Most people jumped all over the free T3 link to pregnenolone in the post. They thought that "their cure" for hypothyroidism and/or chronic pregnenolone steal syndrome was increasing free T3 or just lowering reverse T3 to raise pregnenolone. So what was not observed? A trip down memory lane for the hormone cascade Leptin resistance occurs first in the brain. Then insulin resistance happens soon their after in the liver, gut, and peripheral tissues. This eventually leads to adrenal resistance. This resistance occurs at the PVN in the brain. (Brain Gut 16: Adrenal Fatigue Rx) It does not happen in the adrenal gland. What happens is that the outflow from our sympathetic system in the brainstem overwhelms the parasympathetic nervous system. This increase in overall cortisol initially, is the stress hormone that allows for fight or flight syndrome (life or death). As this condition persists chronically over time, cortisol levels decrease and flatline on adrenal stress index testing.

CPC #6: Pseudotumor Cerebri

It has been close toa year that we last did a CPC blog post. (CPC #5 The Leaky Gut/Adrenal Fatigue Case) CPC stands for a clinico-pathologic conference that we often see in medical schools that our used for teaching students and doctors. Today we are going to talk about a disease that has perplexed medicine for hundreds of years. Pseudotumor cerebri is also known as idiopathic intracranial hypertension (IIH) today. It goes by many names in the literature. I have decided to discuss this disease because it highlights many of the cornerstone principles of how quantum electrodynamic theory affect water chemistry. This change in water chemistry can lead to biologic effects. The biologic effects of water can be seen in modern humans when we look for them and correctly observe what is really going on. So today we see how the macrocosm affects the microcosm of a modern disease.

Quantum Biology 9: Photosynthesis

Life is energy. All life is tied to our sun. The sun powers everything with the photoelectric effect. Today, you are going to see how this quantum effect makes life dance. To synthesize simple carbohydrates from sunlight requires 30 proteins to work together in a cell membrane. Research into the mechanism of photosynthesis centers on the understanding the structure of the photosynthetic components and the molecular processes that use radiant EMF energy to drive carbohydrate synthesis. The research involves several disciplines, including physics, biophysics, chemistry, structural biology, biochemistry, molecular biology and physiology, and serves as an outstanding example of the success of multidisciplinary research. This process should give us a clue that systems thinking about problems could solve many modern mysteries. In our universe, and in all life forms, energy's primordial state is not rest. Energy does not like to sit around like a couch potato. If you do sit around often like this, this is a quantum sign that you are losing energy in the forms of electrons, photons, phonons, and protons to you own environment. Today's blog is on the quantum biology of energy dynamics. In the universe, as there is in things living energy is always present. The key factor, however, for life is the amount of energy in its therapeutic dose. A body without energy is called a cadaver. A body with a lot of energy is like a trendy party animal. Energy propels our planes, trains and automobiles to move, and it keeps us warm, grows our food, and helps us see the world we live in.

Quantum Biology 7: Sulfated Vitamin D3

There is so much buzz now in modern healthcare and on the internet about Vitamin D but does anyone really know how it is integrated into our physiology? Most people understand that Vitamin D is tied into our bone's metabolism and our immune system's function but there is a lot more to this story. Vitamin D and its receptor, along with Vitamin A and its RXR receptor are among the oldest chemicals life has used to exist in evolutionary biology. This alone tells you how important Vitamin D is for function. Vitamin D is directly modulated by photoelectric effect, which is a foundational law of nature and quantum mechanics. The skin and brain are both derived from neuroectoderm in all animals. In EMF 2, we saw how obesity might be related to an inflammatory condition found in the brain due to a lack of electrons and photons. Today, we are going to examine how Vitamin D works in a quantized fashion. Many physicians have confided in me that just do not believe that Vitamin D levels are that big of a deal for most patients. When they say that to me, I return a smile. It is not that big a deal for the doctor, but it is a huge clue about what is going on with the patient. For me, it is one of the most critical lab 'thermostat values' that tell me about the "preload of their semiconductors" in their skin and body. Yes, it is a quantum signal, to me as a physician. If you remember from the video's made at Paleo Fx 2011 and our Optimal reset challenge, that I said we can do a quick "biohack" using three labs and tell a lot about the person's current conditions of existence and where they need to go. Those three labs were the HS-CRP, DHEA, and Vitamin D. So far we covered DHEA in detail in the CPC blog of 6/30/2012 and in the back half of EMF 7. We have covered HS CRP in multiple places. Inflammation is the major signal that all biologic processes and respond to. It is what the hormone panel responds to and it dictates the thermostat for mitochondrial efficiency, signaling, and control of the cell cycle. The inflammatory signal also sets the tone for "tight" circadian control via the adenosine signal.

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