La biología de la creencia y la transformación personal
Bruce es un fuera de serie. No solo es sincero, capaz, apasionado, inteligente, elocuente, dedicado a su labor, es divertido, con un humor contagioso y un amor por la tierra y
todos sus habitantes que se escucha en sus palabras.
Dr. Bruce Lipton, autor del best-seller, ´La biología de la creencia´, ganador del 2009 Premio GOI de la Paz, y autor con Steve Bhaerman del recién publicado libro, ´la biología de la transformación´.
- nuevos descubrimientos de cómo funciona la célula.
- El impacto al crear una nueva ciencia de biología, llamada epigenética, y cómo esto consecuentemente nos ha llevado a la psicología energética y a un nuevo mundo de transformación personal.
Esta información rompe con el paradigma que el gen lo es todo y que somos víctimas de nuestra herencia genética y nos demuestra que en realidad somos los creadores de nuestra propia vida, y que tenemos una capacidad casi ilimitada para vivir una vida plena y rebosante de paz, felicidad y amor. Por la esperanza que nos da este nuevo paradigma le dieron al Dr. Lipton el Premio GOI de la Paz 2009, (un premio equivalente al Premio Nobel que se otorga en Japón.)
El Dr. Bruce Lipton, te llevará a través de un viaje desde la célula microscópica hasta el macrocosmos del universo que inspirará tu espíritu, atraerá tu mente y desafiará tu creatividad.
Ante una crisis global en la salud, el trabajo, el hogar y el corazón, los avances de la ciencia están creando una genuina revolución en el pensamiento. Una evolución que aúna la ciencia con la espiritualidad, y que con nuevas herramientas de la psicología energética nos permite de una forma radical cambiar nuestra programación, y así cambiar el mundo, nuestro futuro y el futuro del planeta.
´Somos más poderosos y maravillosos de lo que aún conocemos.´
No te pierdas la oportunidad de ver a uno de los cientificos más importantes de nuestros tiempos. El Dr. Bruce Lipton, desarrollador de la nueva ciencia de Epi-genética explicará lo que es, y como impactará tu vida y tu futuro.
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Gut Bacteria and Human Evolution
Submitted by Robert Bast on July 2, 2013 – 11:34 amNo Comment
- Punctuated equilibrium
- Epigenetics
- Cosmic Rays – they certainly cause genetic mutations in humans, and a mass influx of cosmic rays could accelerate mutations
Until now I figured that our DNA repair mechanisms were the solution. I won’t go into it deeply here, but there is evidence that our DNA not only has the ability to repair damage, it can also do so in a selective manner. Effectively it can choose to leave mutations that might be beneficial, and potentially that could lead to evolution if there was enough mutating going on.
Here’s a more elegant solution that perhaps nobody else has thought of yet.
Gut Bacteria
The human body carries about 100 trillion microorganisms in its intestines, a number ten times greater than the total number of human cells in the body. The metabolic activities performed by these bacteria resemble those of an organ, leading some to liken gut bacteria to a “forgotten” organ.
the microorganisms perform a host of useful functions, such as fermenting unused energy substrates, training the immune system, preventing growth of harmful, pathogenic bacteria, regulating the development of the gut, producing vitamins for the host (such as biotin and vitamin K), and producing hormones to direct the host to store fats.Because bacteria are less complicated organisms than humans – and rapidly multiplying – they are more likely to evolve en masse during a great influx of cosmic rays.
Scientific American had a story back in Feb regarding gut glora and evolution – which caught my eye because I also have a blog about antibacterial resistance.
A 2010 experiment led by Eugene Rosenberg of Tel Aviv University found that raising Drosophila pseudoobscura fruit flies on different diets altered their mate selection: the flies would mate only with other flies on the same diet. A dose of antibiotics abolished these preferences—the flies went back to mating without regard to diet—suggesting that it was changes in gut microbes brought about by diet, and not diet alone, that drove the change.
To determine whether gut microbes could affect an organism’s longevity and its ability to reproduce, Vanderbilt University geneticist Seth Bordenstein and his colleagues dosed the termites Zootermopsis angusticollis and Reticulitermes flavipes with the antibiotic rifampicin. The study, published in July 2011 in Applied and Environmental Microbiology, found that antibiotic-treated termites showed a reduced diversity in their gut bacteria after treatment and also produced significantly fewer eggs. Bordenstein argues that the reduction of certain beneficial microbes, some of which aid in digestion and in the absorption of nutrients, left the termites malnourished and less able to produce eggs.
These studies are part of a growing consensus among evolutionary biologists that one can no longer separate an organism’s genes from those of its symbiotic bacteria. They are all part of a single “hologenome.”So in terms of survival of the fittest evolution, gut bacteria being an important part of our hologenome, our own personal Gaia, they are an instrument of evolution.
But what if this instrument of evolution was itself subject to evolution?? Could the way bacteria regulates humans alter when the bacteria itself evolves? And perhaps a cosmic ray influx could trigger it?
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