The AI cracks nature's secret codes.

    The AI cracks nature's secret codes. 

"Gladstone Institutes researchers found that the Christchurch mutation in the APOE gene protects against the effects of APOE4, the primary risk factor for Alzheimer’s. This discovery, showing reduced neurodegeneration in Alzheimer’s models, opens up new possibilities for treatment and was published in Nature Neuroscience". (ScitechDaily.com/“Christchurch Mutation” – How Good Can Overpower Evil in Alzheimer’s Disease Genetics)

The AI cracks genetic codes from Alzheimer's to cancer and species interaction. That thing makes it possible to uncover secrets from nature. And that thing opens the road to the research that can revolutionize the evolution theories. The AI can see how symbiosis and interactions are forming inside and between species. It can open secret communication between vegetables and animals. 

"Japanese researchers at Nagoya University have uncovered new aspects of the interaction between mast seeding plants like sasa bamboo and field mice. Their study reveals that mice behavior, influenced by species, environment, and season, plays a crucial role in seed dispersal and forest ecosystem health, challenging existing theories about seed storage and consumption. Credit: Reiko Matsushita" (ScitechDaily.com/Scientists Uncover Fascinating Relationship Between Mice and a Plant That Flowers Once a Century)

The AI cracks the cancer code. 

For a quite long time, researchers saw that all cancer cells look like little bit the same. That causes a conclusion that there is some common error in the DNA molecule that turns cancer cells the same looking. And finding that thing researchers can find the weak point in the cancer cells. The ability to locate that typical or common error in cancer cell's DNA and shell proteins helps to find those cells. 

And maybe the next-generation tools like microchip-controlled cyborg macrophages can find those cells and destroy them. The ability to find those cells makes it possible to find and destroy cancer cells when they as individuals, make breakthroughs for cures for cancer. The individual cells are easier to destroy before they create tumors. But the problem is how to find those cells. Also, things like vaccines against cancer can be true. 

"A team at UCLA has created an AI model that uses epigenetic factors to accurately predict patient outcomes in different cancer types. This innovative approach offers improved predictions over traditional methods and highlights the importance of epigenetics in cancer treatment and progression." (ScitechDaily.com/AI Cracks the Cancer Code: A New Era of Epigenetic Insights)

The AI found the cancer code. 

The breakthrough in the fight against cancer has reached. The AI broke the genetic code that controls cancer. And that thing is one of the biggest breakthroughs in history. The AI has shown its abilities in all kinds of research work. And that thing is a breakthrough in cancer research. This new step in AI and medical research mean that genetic error in cancer cells can be searched and found in younger people. 

Then the researchers can start to find methods to destroy cancer cells before they cause symptoms. The system can use genetically engineered bacteria or some other advanced things to find those cancer cells. Then those cancer cells can removed before they create tumors. The system that those developers used can called a cancer cell's digital twins. The AI found many common details in genomes that were taken from different cancer types. And when you know your enemy, you can create counter-actions against that threat. 

"Scientists at UF Scripps Institute discovered two unique enzymes that could revolutionize the production of natural chemicals for medical purposes, including the development of new cancer treatments. This discovery also contributes to understanding the mechanisms behind potent compounds like tiancimycin A". (ScitechDaily.com/Unlocking Nature’s Secret: Scientists Discover Key to Potent Natural Cancer Treatment)

The AI opens a new way to see the secret code in nature. And that opens a new door to the secret world of other species. Sooner or later. That code allows us to communicate with other species. 

The AI can be used to break nature's secret code. The interaction between species can help to find new ways to protect planted vegetables against non-wanted insects and other animals. In some dreams, the system creates pheromones that tell the insects. That they should not eat nutritious vegetables. 

But the same insects can eat the weeds. That is one way to use information that opens the door to the secret world of the animals. Maybe in the future, we can read other animal's memories and that will open a new way to see nature and its complicated interactions. 

"A neuroscience study reveals a connection between early life memory retention and autism-related brain development. By investigating maternal immune activation’s effect on memory, they found that early childhood memories are not lost but are difficult to retrieve. This insight could transform our understanding of memory processes and autism". (ScitechDaily.com/Unlocking Childhood Memories: The Role of Autism Brain States)

The AI can help to confirm childhood memories

The AI can help to confirm childhood memories. And that thing can find answers to questions of why some people get Alzheimer's or plague between neurons. And why some autistic people are so deeply autistic that they need full-time help, and some other autistic people go to everyday jobs? Does some experience boost that thing? 

When we see autistic people, we ask why they are so different. Why do those otherways nice and intelligent people have communication problems with other people? The answer is that the brain areas that produce speech are networked wrong. That means those neurons are reserved for some other purposes than they should be. Sometimes is introduced that some genetic disorder causes the autism syndrome. 

But what causes the difference in those symptoms? Why do some other people, who have that thing have strong symptoms, but others are "only quiet"? Does some kind of experience in younghood make the person quiet? The problem is always how to confirm those memories. The AI can detect if a person avoids something that happened in the past. In those cases person will not lie. The person just removes some embarrassing or disgusting parts from the story that can involve physical or psychological violence. 

The AI can help to find keys to make autistic people interact with other people. We know that autistic people's brains are networked differently than normal people's brains. And that thing causes questions, what causes that anomaly? Why autistic people are so good in some very thin sectors, but they have problems communicating with other people? Is that thing genetically heritable? 

Or is there some kind of experience behind that isolation? Some autistic symptoms result from nobody speaking with the child. That thing causes anomalous networking in neural structures. If the child cannot speak in a way that causes positive reactions the brain areas that control speaking will be networked again. The reason for that is simple. If the brain area that controls speech cannot make its actions that it should it releases those neurons for some other purposes. And that can cause the communication problems of autistic persons. 

https://scitechdaily.com/ai-cracks-the-cancer-code-a-new-era-of-epigenetic-insights/

https://scitechdaily.com/christchurch-mutation-how-good-can-overpower-evil-in-alzheimers-disease-genetics/

https://scitechdaily.com/unlocking-childhood-memories-the-role-of-autism-brain-states/

https://scitechdaily.com/scientists-uncover-fascinating-relationship-between-mice-and-a-plant-that-flowers-once-a-century/

https://scitechdaily.com/unlocking-natures-secret-scientists-discover-key-to-potent-natural-cancer-treatment/