Ultimate Resource For Cloning humans. Biological, Ethical, And Social Considerations

There are, in mankind, two kinds of heredity: biological and cultural. Ultimate Resource For Cloning humans. Biological, Ethical, And Social Considerations

Cultural inheritance makes possible for humans what no other organism can accomplish: the cumulative transmission of experience from generation to generation.

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In turn, cultural inheritance leads to cultural evolution, the prevailing mode of human adaptation. For the last few millennia, humans have been adapting the environments to their genes more often than their genes to the environments.

Nevertheless, natural selection persists in modern humans, both as differential mortality and as differential fertility, although its intensity may decrease in the future.

More than 2,000 human diseases and abnormalities have a genetic causation. Health care and the increasing feasibility of genetic therapy will, although slowly, augment the future incidence of hereditary ailments.

Germ-line gene therapy could halt this increase. The efforts to enhance the human genetic endowment by genetic cloning of eminent individuals is indeed attractive to both the scientific community and investors.

Genomes can be cloned presently. In the future, therapeutic cloning will bring enhanced possibilities for organ transplantation, nerve cells and tissue healing, and other health benefits.

Updated: 8-29-2022

Scientists Move Closer To Unlocking The Secrets Of The Immortal Jellyfish, And Possibly Human Aging

Authors of a new study hope the genome mapping of Turritopsis dohrnii, known for its ability to rebirth itself, might lead to discoveries relevant to improving human healthspan.

A team of scientists in Spain has succeeded in mapping the genome of a jellyfish known for its ability to cheat death by rebirthing itself.

Dubbed the immortal jellyfish, the tiny sea creature can turn its biological clock backward and revert to a clump of juvenile cells—even after reproducing sexually.

Once back in its juvenile state, the jellyfish can also reproduce asexually by cloning polyps of itself—giving it two ways to propagate its genetic material.

In a study published Monday in the Proceedings of the National Academy of Sciences, the authors said they hoped their genome mapping might lead to discoveries relevant to human aging and efforts to improve the human healthspan.

Marine biologist Maria Pascual Torner, one of the lead authors and a postdoctoral researcher at the University of Oviedo in Spain, where the research was done, said the focus was to better understand the mechanisms of rejuvenation.

“It’s a mistake to think we will have immortality like this jellyfish, because we are not jellyfish,” she said. But it’s possible something in the immortal jellyfish’s evolutionary trick can be used to better understand the pathologies of aging, she said.

Many types of cnidarian, or jellyfish, have some age reversal capacity, but most lose that ability with sexual maturity, the study said.

Three types can rejuvenate after adulthood and of those three, only one, the Turritopsis dohrnii, keeps its capacity at 100%, according to the study.

One of the team’s biggest challenges was finding some of the needle-sized jellyfish in the ocean, which they finally did off the Italian coast, said Dr. Pascual Torner.

The scientists compared their genome mapping of T. dohrnii to that of a closely related species that isn’t known to have post-reproductive rejuvenation.

The results revealed key molecular mechanisms behind the rejuvenation of the immortal jellyfish, the study said. The research suggests T. dohrnii is potentially better at repairing and replicating its DNA and maintaining its stem cells.

Dr. Jan Karlseder, a molecular biologist and director of the Glenn Center for Biology of Aging Research at the Salk Institute, said the study contained an important message about extending the healthspan, or healthy years, of an organism.

“The most interesting thing is that it’s not a single molecular pathway…It is a combination of many of them,” he said. “If we want to look for an extension of healthspan, we cannot just focus on one pathway. That will not be sufficient. We need to look at many of them and how they synergize.”

Biological immortality doesn’t shield the jellyfish from predators such as sea snails, crustaceans and sea worms.

“The fate of everything in the ocean generally is to be eaten at some point,” said Monty Graham, a professor of integrative biology and director of the Florida Institute of Oceanography.

T. dohrnii usually hits its reset button when it’s looking to avoid death caused by environmental factors, he said.

When adult jellyfish, known as medusae, feel threatened by changing conditions, they roll back their genetic clock to become larvae again.

Reduced to a thin layer of cells and tissue, they drift through the ocean looking for something to attach to, such as a rock or blade of sea grass.

In the study, the scientists evaluated whether rejuvenated cells could differentiate into any cell type of that jellyfish, such as nerves and muscles.

The ability of an immature cell type to be pluripotent, meaning able to develop into any cell type the jellyfish needs, is at the core of rejuvenation, Dr. Graham said.

In humans, stem cells are considered pluripotent, however, much work still has to be done before any connection could possibly be made between the immortal jellyfish’s rejuvenation process and relevance to human aging, he said.

Once a larva finds a place, it metamorphoses into a polyp that clones itself, creating a colony of polyps. When conditions are right, the colony blooms, and generates new jellyfish that are genetic replicas of their parent.

When those jellyfish become medusae, they only get one sexual reproductive event, said Dr. Pascual Torner, who co-wrote the study with Dr. Dido Carrero, who holds a Ph.D in molecular oncology and biomedicine.

What isn’t known is the maximum number of times, if there is a maximum, that a medusa can regenerate, Dr. Pascual Torner said.

“But whenever a medusa rejuvenates, it creates a polyp,” she said. Researchers have been unable to re-create the rebirthing process in a lab, but in the wild a polyp normally generates new jellyfish once a year, she said.

Although adult jellyfish only get one sexual reproductive event in a lifetime, it’s critical to the survival of the species, said Dr. Graham.

The nature of evolution means that time catches up with all things eventually, Dr. Graham said, even the immortal jellyfish.

“At some point…the organism is going to have to give up to a future generation in order for the species to be able to deal with long term variations in the environment,” he said. “That’s the way it has to work or everything goes extinct.”

The Raelian Movement

Thousands of years ago, human scientists from another planet came to Earth and used DNA and genetic engineering to create all forms of life, including human beings, whom they created in their own image.

References to these scientists and their work can be found in the ancient texts of many cultures. Our primitive ancestors mistook them for gods because of their highly advanced technology, yet they often referred to them as “Elohim,” which in ancient Hebrew meant, “those who came from the sky.”

This word can also be found in the original Hebrew Bible. (Genesis: 1:1)

Accountability

All human beings are masters of their own destiny, their successes as well as their failures. And all human beings are always responsible for their actions, even if they are merely obeying an order. Consequently, a person must refuse to execute any order that would be contrary to his or her conscience.

“Do not obey any order whatsoever, regardless of the person who issued the order, if the order is contrary to your conscience.” – Maitreya Rael

The Anunnaki Manipulation of Man

When the Anunnaki and their God, visit our planet they interfere with its natural rhythms and nature.

Since they are of a different origin, which is more advanced and they live for thousands of our years; they have manipulated us by genetic experiments and consider us like guinea pigs, or as slaves for their gold mines.

It is said thousands of our years past, they took the gentle and docile Hominid species we know as Homo Erectus and bred a human hybrid from their own DNA. This explains the famous “missing link.”

Humanity was formed from Anunnaki DNA and Homo Erectus DNA with many horrific mistakes in between which are well documented in Sitchin’s books.

(It has been reported that there are still today, underground bases, one of which was at Y. (a city in USA — see “The Aftermath Of The Armageddon Battles“), where the ghastly experiments in cloning and DNA are held in underground cities.)

This hybrid human did not have the capacity to breed, being a slave needed only for mining. Later one of the Anunnaki, Enki, loved man and gave man the ability to reproduce. This was the fall from the Garden of Edin apparently.

We lost the protection of the Anunnaki once we were able to reproduce our own kind, and man as a species has been evolving himself since with periodic visits by the Anunnaki who have given ample evidence of a love/hate relationship to man.

For example, in a fit of anger, Anu created the great flood to destroy man completely on the earth, but Noah again with Enki’s help, survived in the ark along with the animals.

The Anu gods also created a nuclear war in Ur because of their volatile anger and violence. Such has been our history with this temperamental, angry, mean and jealous progenitor, seeming a lot like the Greek Zeus.

How Do The Anunnaki Influence Our Culture And Our Earth History So Much?

I believe that in the ancient past when man was “homo erectus” he was able to see through the third eye, the pineal gland much as we see today with our eyes. (read Rudolph Steiner on this topic — Egyptian Myths and Mysteries)

With that innate ability it was no problem seeing the 4th dimensional frequency… the Astral realm where the Anunnaki exist. However, the Anunnaki have considered man their experiment and toy, so there has been much manipulation of our DNA and in many reports, it becomes clear that we were endowed with 12 strand DNA instead of the two we now have.

Our brain is merely functioning at 10% if that of its true capacity. In reducing our capacities for accessing the upper dimensions, in shutting down the third eye, they tried to ensure their secrecy and hidden control and that human beings would remain their slaves/robots, acting out the Anunnaki scenarios of power, war, control, domination, rape and eco-destruction of the Earth.

Updated: 9-5-2024

Stop Giving Your DNA Data Away For Free To 23andMe, Says Genomes.io CEO

Genomes.io CEO Aldo de Pape tells The Agenda podcast that customers should be wary about giving away their DNA data for free, as its true value is astronomical.

What is the value of DNA data? According to genetic testing companies like 23andMe and Ancestry.com, it’s worth much more than might be expected.

The global market size of the DNA sequencing industry was estimated to be over $10 billion in 2023, while leading consumer provider 23andMe took in nearly $300 million in revenue.

However, what most people don’t realize is that the real core business model of companies like 23andMe is not the sale of personal DNA testing kits — it’s the sale of their customers’ genetic data itself.

These companies keep and sell their users’ genomic profiles to pharmaceutical companies and other researchers, while the users themselves get none of that revenue, nor any say in whether they want their data sold in the first place.

According to Aldo de Pape, co-founder and CEO of Genomes.io — a privacy-focused alternative to 23andMe — there is a better way to operate that both respects users’ privacy and rewards them when their data is used for research.

On Episode 44 of The Agenda podcast, hosts Jonathan DeYoung and Ray Salmond chat with de Pape to learn more about the true value of genetic data, why many genomics companies are not as innocent as they seem, and how Web3 and blockchains may offer an alternative approach.

The Value of DNA Data And The Looming Hacking Threats

According to de Pape, one core issue is that the average person simply doesn’t understand how valuable their genomic data is and, therefore, is willing to give it away to companies for next to nothing.

That average user might just want to know their ancestral background or “whether [they’re] making the right dietary decisions.”

However, these companies make a killing by then turning around and selling their users’ data to researchers, often pharmaceutical companies.

“They take your data to a lab, and in exchange for your $150 or $200, you get the report. But at the same time, you’ve paid more than that $200. You’ve also paid with your data because they now have the commercial rights over your data and can sell it to the highest bidder.”

But companies selling your data isn’t the only concern — there is also the threat of hacks and data leaks, like what happened to 23andMe in 2023 and MyHeritage in 2018. The United States government has cracked down on similar companies that allegedly failed to adequately protect customer data.

De Pape also pointed out that with the proliferation and increasing power of artificial intelligence, it will soon be theoretically possible for a bad actor to steal a treasure trove of DNA data and design a powerful bioweapon.

“Cybersecurity doesn’t only mean like, ‘Listen, are you going to knock on my personal door?’ It also means we need to stand up for the information of all of us.”

Encrypted DNA Vaults And Genetics-To-Earn

Genomes.io attempts to solve this issue through what it calls “vaults,” which contain users’ genetic sequencing results and are end-to-end (E2E) encrypted so that only the vault’s private key holder has access.

This means that if the company is ever hacked or sold to someone with less privacy-centric values, whoever gains access to the vaults will only see a garbled mess of encrypted text.

Because the vaults are E2E encrypted, Genomes.io cannot sell a user’s data without their consent. And when researchers do come to the company with requests to conduct a study, those users who consent to their DNA being used receive a cut of the revenue in the form of GENOME, the project’s native token.

As de Pape Explained:

“If your data is queried, then the $50 per exome that went now into the pockets of 23andMe never went back to the individuals who paid to have their data sequenced. […] We want to make sure that [our users] receive loads of information on a health level as to who they are, but also the proper financial compensation they deserve for the sales of their data.”

To hear more from de Pape’s conversation with The Agenda, listen to the full episode on Cointelegraph’s Podcasts page, Apple Podcasts or Spotify. And don’t forget to check out Cointelegraph’s full lineup of other shows!

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