A group of scientists working on the human genome project will soon announce an amazing scientific discovery. They believe that the so-called uncoded part (97%) of human DNA is nothing but the genetic code of an unknown form of extraterrestrial life. Uncoded sequences are common in all living organisms on Earth, from fungi to fish to humans. They represent a larger part of the genome in human DNA, says Professor Sam Chang, head of the research team.

Uncoded sequences also known as waste DNA were discovered years ago and their role remains a mystery. Normal genes carry information that is used by the intercellular mechanism to synthesize proteins, enzymes, and other chemicals that our body needs. Unencoded sequences are not used for any purpose. Nothing is ever expressed, the information in them is not read, no substance is synthesized by them and they have no function. We only exist because of 3% of our DNA. "Waste" genes enjoy riding alongside hard-working active genes and are passed down from generation to generation. What exactly are they? Why are these inactive genes in our genome?

These questions have not yet been answered by scientists. Until the groundbreaking discovery of Professor Sam Chang and his group. Professor Chang understood that he must first clarify the term "waste." Is "waste" DNA really waste (insignificant, unnecessary) or does it contain information that is not in the rest of the DNA for some reason? He addressed this question to his acquaintance, Dr. Lipshutz, originally a young theoretical physicist who works on Wall Street as a securities specialist. "It's easy," Lipshutz said. "We'll insert the sequence into the software we use to analyze the market data to see if the sequence is just waste," white noise, "or contains a message."

This new kind of analyst, proficient in math, physics, and statistics, is in high demand today on Wall Street. In market statistics, they look for correlations between different market indices and individual stocks.

Lipshutz worked in the evenings and on weekends and managed to prove that the unencoded sequences are not all empty, but carry information. He used a huge database of the Human Genome Project with thousands of data files created by geneticists around the world. He calculated the Kolmogorov entropy of uncoded sequences and compared it with the entropy of active genes. Kolmogorov's entropy, named after the famous Russian mathematician, is successfully used to determine randomness in various sequences, from time intervals in the sound of radio lamps to the occurrence of letters in 19th-century Russian poetry.

In short, the technique allows scientists to quantitatively compare different sequences and determine which one contains more information. "To my surprise, the entropy of encoded and uncoded DNA sequences was not that different," Lipshutz continues. "There was a signal in both, they weren't empty at all. If the market data were so organized, I could retire now. "

After a year of working with Lipshutz, Chung was convinced that information was hidden in the waste DNA. But how can we understand information that has never been used? For active sequences, the cell and proteins for which the information is used are monitored. This does not apply to inactive genes. They made an attempt: since there are letters, the sequences should be tested in ancient languages ​​such as Sumerian, ancient Egyptian and Hebrew, and others. Sam Chang asked for help from three specialists in the field, but none of them found a solution. There were no clues regarding any of the cultures or references to other languages. This area was distant from the linguist. "I asked myself who could decipher the hidden message. Cryptographers, of course! ”Chang said.

"I contacted scientists from the National Security Agency. It took me several days for someone to answer my phone. Maybe they needed to check on me first. Or they were too busy lobbying in the Senate to control the export of encryption technology. Finally, a young agent was assigned to answer my questions. He heard me, asked me to send questions in writing, and after a few months he rejected me. He wrote politely, but it meant: - Go to hell with your crazy ideas. We are a serious agency. It's National Security, we have too much work. - I therefore decided to contact the private sector - data protection experts.

They were really interested and a few of them started working on my project, but after about a month their enthusiasm faded. I called them until one of them told me on the phone: - I would like to work on your project if I had more time. Big banks and about 500 companies are asking me to address the shortcomings in their systems and pay me $ 500 an hour. Can I give you a research discount, can you afford $ 350? "Getting $ 15 / hour for graduate study is a huge success, $ 350 sounded unearthly unreal to me."

Professor Chang has teamed up with Dr. Adnan Mussaelian, a talented cryptographer from Armenia. He lived from a salary of $ 15 a month and tutoring children of the Armenian rich. The $ 10000 grant fell more than good. He immediately confirmed Lipshutz's findings: the sequences contained a lot of information that should not be a problem decoding.

Mussaelian used differential cryptanalysis and similar standard cryptographic techniques. After two months of research, he found that all the uncoded sequences were preceded by one short sequence, followed by a very similar sequence. These portions, known as alu sequences, occur throughout the human genome. They are one of the most common genes.

With the experience of cryptographer and programmer, Mussaelian approached genetic code as computer program code. It was difficult to deal with the genetic code using the four digits 0,1,2,3 instead of the binary code with 0 and 1. But he's been involved in computer decryption all his life, so it was nothing new to him.

What is the most common symbol in a non-actionable code that has an inactive code behind it? Mussaelian took the source code of one of his programs and inserted it into a program that calculates the statistics of symbols and short sequences. It is often used to decode messages. He found that the most common symbol is /, the comment symbol. He took the code from Pascal. It was {a}. Of course, the code between the two polynomials in C never takes place. It's not a code, it's a comment on the code!

Mussaelian began to compare the statistical distributions of comments in the computer and in the genetic code. There must be a significant difference. It should be reflected in the statistics. Nevertheless, the waste DNA was not so different from the active sequences. To be sure, he inserted the program into the analyzer. The code and comment statistics were almost the same. He looked at the source code and found out why. There were very few comments among the broken ones. Most often, it was C code that decided to rule out what programmers used to do.

As a religious scientist, he thought of God's intervention, but after analyzing the spaghetti code within the sequences, he was convinced that this little code was certainly not a creation of God. The one who wrote the active minor part of the human genetic code was not very organized, he was rather a careless programmer. It looked like a Microsoft programmer, but at the time the human genetic code was written, there was no Microsoft on Earth. On the ground? It came like a bolt from the blue…

Did the alien programmer create the genetic code of all life on Earth and place it here to manifest?

The thought sounded crazy, and Mussaelian resisted it for a long time. Then he decided to continue. If the unencoded sequences are parts of a program that the author has rejected, there should be a way for them to work. The only thing that needs to be done is to remove the comment symbols, and if there is full-meaning content between the symbols / * …… * /, it needs to be implemented. Mussaelian selected only those uncoded sequences that had exactly the same frequency of frequency distribution as the active genes. Using this procedure, he ruled out comments in Martian or Q, whatever it might be. He sorted the 200 uncoded sequences that most closely resembled the actual genes, discarded / *, // and similar parts, and sent an e-mail to his American boss to insert them into e-coli or another host and leave it to work.

Chang didn't answer. "With each day of silence, I realized what a crazy idea it was. Chang finally wrote and, to my surprise, didn't fire me. He didn't agree with my alien theory, but he agreed to try to let my sequences work. "

For years, biologists have tried to make something out of waste sequences, but without success. Thanks to a detailed statistical analysis, 4 of the 200 sequences selected by Mussaelin began to work and produce small amounts of chemical compounds.

"I was anxiously awaiting an answer from Chang. Will it be normal protein or something unusual? The answer was shocking. It was a substance that is excreted in several types of leukemia in humans and animals. Surprisingly, three other sequences also produced carcinogenic-like chemicals. It couldn't be a coincidence anymore. When someone revives a sleeping gene, it then produces cancer-like proteins. The researchers began researching the Human Genome Project database, searching for 4 genes that they had isolated from waste DNA. They found three of them among active genes. It was no big surprise, as the cancerous tissues produce this protein, there must be a corresponding gene somewhere.

This gene (scientists called it jhlg1 - junk human leukemia gene) lacked the alu sequence at the end and the / * symbol was missing. The final symbol * / was there. This explained why jhlg 1 did not appear in the waste DNA, but as an active part of the genome.

The one who compiled the basic human genetic code set aside parts of the entire code and marked them / *… * /, but omitted some symbols / *. His compiler was probably also useless. A good compiler - although even one from Microsoft would probably refuse to compile such a program at all. Professor Chang and his students began looking for genes associated with various cancers, and in almost all cases found that these genes were followed by an alu sequence (ie, the symbol closing the comment * /), but not followed by an introduction to the comment / *. This explains why diseases destroy cells and lead to their extinction, while cancer leads to their reproduction and growth. Because only a few parts of the entire code are expressed, they never lead to continuous growth.

Cancer is actually the expression of several human genes in symbiosis with parasitic bacteria, the association of which leads to the formation of illogical clusters of living cells. These clusters have their own arteries, veins and their own immune system, which resists all our drugs.

"Our hypothesis is that we were created by a higher form of extraterrestrial life and the Earth is only one of the planets to which life thus reached. Maybe they made us the same way we grow bacteria in petri dishes. We do not know their motive - either it was a scientific experiment or a way to colonize new planets, or it is a long-term project to expand life in space. From our human point of view, extraterrestrial programmers probably worked on one big code in several projects and they were supposed to bring different forms of life to different planets. They tried different solutions, changed functions or added new ones, improved and tried again. Of course, sooner or later they were pushed by deadlines and their management demanded the immediate completion of the project. The programmers were forced to distort their idealistic plans and concentrate on one of the projects (Earth) to adhere to the deadline. They probably shortened the large code in speed and delivered a basic program for Earth. At that time, they were probably not quite sure which functions would be needed later and which would not, so they left them all there. Instead of cleaning up the base program by deleting unnecessary parts, they turned them into comments. They quickly left out a few symbols / * in the comments. Therefore, there is a chaotic spread of cells, which we call cancer.

There are 3 possible solutions to the problem. Either all symbols / * and comments are deleted to clear the base code, or missing * / is added to prevent illogical mixing of the base code with the large code. Optionally, remove all / and run the base code with the large code as a complete program. Unfortunately, none of these options are in our power. If we were able to efficiently insert genes into human chromosomes, our discovery would be to cure cancer, at least in terms of genetics. Theoretically, we can do this in the laboratory, but we do not have the practical means to implant repaired DNA into living beings.

The mystery of waste DNA and cancer seems to be solved. The best we can do is gradually tweak the basic genetic code. This will take a very long time. Longer than two generations. But from the point of view of programmers, there is also a positive conclusion - there are two versions of the program in our DNA - a large code and a basic code.

The second fact is that genes alone are not enough to explain evolution. There must be something more.

The third fact is that no creator, be it a composer, architect or programmer from Mars or Microsoft, will ever leave his work unattended. The ingeniousity in this case is that the upgrade is already in the attachment - the waste DNA is nothing more than a hidden upgrade of our basic code.

We know that a certain type of cosmic radiation is capable of modifying DNA. Thus, a single beam of this energy is enough for an alien programmer to change the base code, remove the / *… * / symbols, combine it with a large code - waste DNA, and start the entire DNA.

It would change us forever, some of us over the months, some over the decades. It would not be a physical change (apart from the disappearance of cancer, disease and prolongation of life), but it would catapult us intellectually. The old generation would replace the new one. The complete program is elegant, intelligent software for a highly developed biological computer with a connection to infinite energy and wisdom of the universe. From a software point of view, we have the potential for a short life with disease or a long and healthy life for a super-intelligent super-being.

Finally, the question: Did the truncation of the code caused negligent programmers (as we think) or was its modification targeted and can it be recalled to its original state at any time remotely? Sooner or later, we will have to accept the fact that life on Earth carries a genetic code derived from an extraterrestrial civilization and that evolution is not what we think it is. This discovery could shake the pillars of humanity - its concepts of faith in God and in the power of one's own destiny. With the right paradigm, we can find that the whole universe is one great intellectual exercise expressed mathematically by its creator.

 Uploading ...