Can You Make A New You?

Many psychiatrists, therapists, and motivational speakers say, that with the right attitude, you can make a new you. For them, it is a matter of perspective and mentality. Sounds nice. It does work for those who sincerely apply themselves, but it is mainly like putting new paint on your prison walls. It is a change, but is it fundamental?
Recently, in an article published on the website “Science Alert,” some scientists concluded that wild whales live longer than 75-80 years. They now say, a whale’s life span is at least 150 years, with many saying that is being conservative, that whales probably live much longer. This is significant in one sense because humans are generally considered to live longer than any other mammals on the planet. There is also another side to this story, and that is scientists have not been truthful as to the life span of many mammals and other species on the planet.
In fact, they have not been truthful about death. It is neither natural nor inevitable. Is death avoidable? Can humans live longer than insurance lifespan actuaries averages of 75-90 years? Are there humans living on the planet that are 200-500 years of age? What does it really mean to be melanin dominant as opposed to being melanin recessive? Is it just a skin color thing, or something much more spectacular and incredible? Does melanin dominant mean greater regenerative capabilities? Do humans have a latent ability to regenerate body parts?
We have all heard of salamanders and other amphibians regrowing limbs, but can humans do the same? Your first instinct might be to say that this is impossible, but there is some anecdotal evidence that children can regrow a finger after an accident – although it’s an area where there is surprisingly little public research.
Multiplex Editor-in-Chief Brian Roemmele recently posted on the social media site X about fingers regrowing in young children who lost them in accidents and did not receive surgical treatment for them. According to his research, when the wound is kept wet using a salted cover and the stump is not closed, the finger eventually returns, along with its skin, bone, hair, and nails, without any scar tissue. The salt connection is interesting. We know how regenerative it is to be in a salty environment. Just ask any baby in a mother’s womb. Salt and electricity are interactive. Some scientists say salt provides a very low current of electricity, which can activate a cell’s memory in its so-called “junk DNA,” spurring new cells to grow like they would if you were still inside the womb.
Roemmele notes: “This electrical potential is the most misunderstood and understudied part of medical research as there is no massive pharmaceutical company “investment” at universities.” He is currently looking into how Artificial Intelligence (AI) can help break this bioelectrical code and other aspects of the human body we don’t yet understand. As the great Mystic Sun Ra says, “You are on the right road, you are just going in the wrong direction.” AI is not the right direction. Giving more credit to the beauty and scientific complexity of the Sacred Feminine womb and creation is the right direction.
Scientists have long understood that fingertips can grow back in children, especially if the slice happens before the edge of the nail. In these cases, the fingerprint might not come back, and the tip could look slightly misshapen, but the bone, flesh, and nail will likely all come back. University of Washington Medicine Hand Center Orthopedic Surgeon Dr. Christopher Allan spoke about this phenomenon while being interviewed on National Public Radio( NPR): “Kids will actually regrow a pretty good fingertip, after amputation, if you just leave it alone.” He recounted the story of an eight-year-old girl he treated who sliced off her middle finger close to the cuticle in an accident with her brother’s bicycle. The hand reconstruction specialist struggled to find the small artery that was needed to reconnect the cut-off part of her finger, so he instead tried a different approach: using a biological dressing to stick the tip back on and hope for a good outcome. And, that’s exactly what happened. He said, “The girl came back in a few weeks with the old fingertip in a bag and a new one in her hand. It was far better than anything that I could have given her with a graft or surgery.”
Nail stem cells may help with regeneration. A study published in the journal Nature points to something about the nail cuticle that could be responsible for this. Scientists note that this can also happen with the paws of mice, and it doesn’t matter how old they are as long as the amputation leaves a small amount of their claws behind. They found that there are what they term “nail stem cells” sitting near the cuticle that start regrowing the claw when it is amputated, and they also generate a signal that brings nerves and bones to the wounds. The nerve is what’s essential for creating the bone in this case, much like how the nerve triggers the regeneration process seen in amphibians. Nerves are human’s biological network for electrical transmission.
There is also a correlation between sound and cellular regeneration. The heart is an organ. Lungs are organs. The skin is an organ, etc. An organ is a musical instrument. Back in the day before the world became a gigantic prison, daily sounds were played across the land to facilitate organ healing and regeneration. Vibrational frequencies are musical notes that oscillate throughout the universe. Creating resonances that form a blueprint for creation.
The universe is a grand symphony, and love is the best instrument to play its tune. A new you is awaiting you. Requiring a new musician. A Nubian