My name is Danielle Thatcher and here is my story of the rabbit hole I fell into with MJ when we met Dr. Kruse on his vacation: When I first sat down to write about my experience with meeting Dr. K, I had the highest of hopes of writing something that would and could inspire [...]
Today, we are going to dive into the gut flora story a bit deeper than we did in our first gut flora post to help you understand how a a change in gut flora might lead to changes in your health by altering your hormone panel. Obesity is an inflammatory brain condition. Where does the infection come from? The gut flora actually is what causes humans to become fat. It has to due with shear numbers and the species of bacteria in our gut. There is a particular flora that produces adiposity and obesity in humans. These bacteria make something called FIAF (Fasting induced adipose factor) that control this process. This factor blocks lipoprotein lipase (LPL) in fat cells. LPL allows us to convert dietary Free Fatty Acids carried in lipoproteins into neutral fats that are stored in adipocytes. Non Geeks: Our gut bacteria makes humans fat. Geek Alert: The FIAF is made by our liver, muscles, and our small bowel wall when food sources are in short supply. This is the signal to stop storing fat in our fat cells when food is scarce. What is not well appreciated by many is that the FIAF in our intestinal wall is controlled 100{a7b724a0454d92c70890dedf5ec22a026af4df067c7b55aa6009b4d34d5da3c6} by our gut flora. When we have a simplified gut flora it favors fat cell creation. When our gut flora is complex and healthy, it has 100 trillion cells with 250 species. We tend not to make fat in this instance either! Moreover, when the bacteria are active metabolically due to the presence of simple sugars, production of FIAF ceases, and fat creation is signaled. This implies that our gut flora is directly tied to fat creation in humans. The gut flora’s action is directly signaled to the brain via the afferent nerve fibers in the vagus nerve. In those newly created fat cells, a protein called leptin is also produced, and acts as a score keeper for the brain of how much fat is stored in the body. This messenger is sent to the brain around midnight when we are sleeping allowing the brain to assess total energy balance in the body.
READERS SUMMARY: 1. What is a day in the life of a vacationing doctor like? 2. Accept that your epigenome is a loaded gun, and your lifestyle is the trigger. Your lifestyle can't change you. It reveals who you really are. 3. Is there an important difference between giving up on somethings and letting go to [...]
This blog post was created for my members who just heard my webinar on bioidentical and synthetic hormone replacement. It is specifically designed to further our discussions in that talk. DHEA has been an enigma to the public and to most physicians. I never once heard about this hormone in four years of medical school, seven years of residency or in any endocrinology lecture from my training. The general public did not learn about DHEA until 1996, when its benefits were mentioned in the media and several popular books that showed up on daytime TV shows. Most in mainstream medicine continued to ignore the science these books contained because they were not found in the usual ways via journals and continuing education classes. You actually had to be on the lookout for this information. With a busy medical practice, this is no easy task. DHEA became credible to the medical establishment when the New York Academy of Sciences published a book called DHEA and Aging. That book provided scientific validation for the many life-extending effects of DHEA.
The readers of my forum asked for a FAQ's on CT and I decided it would be a good idea to make a short blog about this. They picked their top 25 questions and I decided to answer them for this blog. If you have any others, just ask in the comments section. I answer them all when I have time.
READERS SUMMARY: 1. How does the fossil record prove that epigenetics is the most dominant factor in biology today? 2. How does this lack of insight create a huge mismatch for patients trying to get to Optimal? 3. Does epigenetics change they way we think? 4. Does the way we think alter our biology [...]
Today, I want to introduce you to someone who is a true 'Paleo leader' by stepping up to the the challenge I put to our community at PaleoFx conference recently held in Austin, Tx. Kevin Cottrell is one of the co founders of Paleo Fx. The leaders of Paleo fx have to be commended because the conference they were able to put on in 150 days of prep time was nothing short of remarkable. The conference exceeded all my expectations and the reviews of many attendees have been stellar. The future of this community is tied to clinical application of what the science continues to show in the literature. For assimilation of the Ancestral Lifestyle to become mainstream we need to have more clinical conferences like Paleo fx, and we need to take them globally. Today, I am breaking new ground and presenting to you my first guest blog written by Mr. Kevin Cottrell, who has agreed to share his personal story and personal medical history with all of you so that he may help you in some way. I think what he has agreed to do here is the most noble and worthy things to do to help our community and mankind. I am indebted to him for this chance to publish his story for you to consider. The following post is written by Kevin, in his words, to share with you and yours, to help open your eyes and challenge your "own dogma and current intuition' to help you reach for optimal health.
Radical Theory #1: If our brains can rewire, then Einstein’s theories predict our biochemistry should be able to as well. My Leptin Rx and the modern cochlea implant definitively prove this in modern humans. Radical Theory #2: Considering that 90{a7b724a0454d92c70890dedf5ec22a026af4df067c7b55aa6009b4d34d5da3c6} of the earth’s current biome lives in extreme conditions on our own planet today still, we might need to consider that what we think is “our normal environment” is not so normal for most of life on our planet or our evolutionary history. Life on Earth evolved in an environment much like we see on Titan today; in a deep ocean frozen solid at its surface with the capability of life buried deep with in it. The only escape was due to ejectants of water vapor from super heated water from underwater volcanoes. All these things are present today on Earth’s crust too. There is one major difference now between the two. We are a lot warmer today than when life began. There are others, but when one looks at Titan we see a frozen giant moon with a monstrous ocean beneath it. All life on our planet came from the oceans first. We know this to be true as well. And because of this, studying extremophile forms of life here on earth today might explain the complexities of how biochemistry allows for life to exist at all in a thermoplastic environment. What the bio-astrophysics found on Titan with the Cassini Solstice mission, may be a huge clue that life first adapted to extreme environments and then was naturally selected and adapted to a cyclic warming trend on our planet's crust over time.
Radical Theory #1: If our brains can rewire, then Einstein’s theories predict our biochemistry should be able to as well. My Leptin Rx and the modern cochlea implant definitively prove this in modern humans. Radical Theory #2: Considering that 90{a7b724a0454d92c70890dedf5ec22a026af4df067c7b55aa6009b4d34d5da3c6} of the earth’s current biome lives in extreme conditions on our own planet today still, we might need to consider that what we think is “our normal environment” is not so normal for most of life on our planet or our evolutionary history. Life on Earth evolved in an environment much like we see on Titan today; in a deep ocean frozen solid at its surface with the capability of life buried deep with in it. The only escape was due to ejectants of water vapor from super heated water from underwater volcanoes. All these things are present today on Earth’s crust too. There is one major difference now between the two. We are a lot warmer today than when life began. There are others, but when one looks at Titan we see a frozen giant moon with a monstrous ocean beneath it. All life on our planet came from the oceans first. We know this to be true as well. And because of this, studying extremophile forms of life here on earth today might explain the complexities of how biochemistry allows for life to exist at all in a thermoplastic environment. What the bio-astrophysics found on Titan with the Cassini Solstice mission, may be a huge clue that life first adapted to extreme environments and then was naturally selected and adapted to a cyclic warming trend on our planet's crust over time.
CT-7 is about how we are shaped by our environment by the evolutionary erosion of time that our ancestors faced. All life on this planet is shaped by two major variables in our environment: the sun and the seasonal changes. No matter the place present on earth, there are always alterations in these two factors that are cyclic, and always accounted for by all living organisms at some fashion. In some mammals, like man, it is accounted for centrally in the brain and peripherally in our organ ultradian clocks. This is why we have different patterns of aging in certain organs. From an evolutionary perspective, this makes a tremendous amount of sense because life is using the “knowns” of its environment to construct a reality that will ensure its survival. This is the basis of epigenetic signaling that we now know to be the major genetic modifier of the genome of all animals. The major signal transducer in Epigenetics is found in the cellular signaling in our cell membranes that interact with the environment and our inner hormones that signal our epigenetic switches sitting on our genes inside the nucleus. Since it is clear that our cold adapted pathways use sensory afferents to signal to open the Ancient Pathway, I think it is time we just have a blog in the CT series that discusses what a normal 24 hour day is like in a human circadian biology.