The new and fast DNA analysis is the ultimate tool for tracking people and their genetic disorders from the air. Quantum computing makes it possible to create the DNA analysis in seconds. And that tool is necessary for next-generation medical research. The ultra-fast DNA analysis gives a new tool for biological recognition. If the system can analyze the entire DNA it's impossible to mislead.
The complete knowledge of the DNA code makes the system able to see, what the person should look like by decoding the DNA. The DNA involves our entire genetic code. If the system can read that code, it makes it possible for AI and quantum computers to generate human fingerprints and outlooks by analyzing the DNA.
The next-generation medical research base is in genetical engineering. Artificial DNA and mRNA molecules make it possible to program immune cells to make antibodies against all infections. When DNA controls the cells, it divides itself into two pieces.
The mRNA is the tool, that can order things like cancer cells and bacteria to die. The mRNA can program the immune system to generate artificial viruses that can destroy things like brain-eating amoebas. Austrian researchers found this type of virus in nature. And that gives hope to people who are infected by that deadly amoeba.
Those molecules can involve chemical code, that orders the cell to begin the programmed cell death. The synthetic mRNA molecules can also transform the cancer cell into a healthy cell. The problem with this type of genetic engineering is that the researchers must know precisely what each base pair and base pair combination makes. Or that causes destructive effects in the targeted cells.
The biogenetic manipulation makes it possible to create artificial species. It can make photosynthetic skin, or artificial mitochondria, that the genetically engineered macrophages can inject into neurons. Those artificial macrophages can help the neuron's energy production. And those genetically engineered cells also can inject nutrients into those neurons that mitochondria cannot operate as they should. Those cells that can feed the neurons can help in these cases. Where the cell's ion pumps do not operate as they should.
Genetic engineering makes it possible to create vegetables that create neurotransmitters. That thing makes it possible to transport information into cloned neurons.
The ability to know the system makes it possible to manipulate it. When researchers know the effect of the base pairs and base-pair combination. They can store data in those base pairs. And the artificial DNA and mRNA molecules can operate as computer programs in cell-size robots. The cell that creates electric impulses can used to transport information from the DNA into the computer. The DNA-controlled electric impulses can transport data to the computer.
Genetic engineering makes it possible to create biological batteries. Those cells create electricity for the microchips. This kind of system is highly advanced. And they can give power supply for small-size robot submarines. The cloned neurons can control those submarines and give them good data handling and independent operating capacity.
https://scitechdaily.com/biologists-construct-groundbreaking-tree-of-life-using-1-8-billion-letters-of-genetic-code/
https://scitechdaily.com/brain-eating-amoeba-meets-its-match-unusual-giant-virus-discovered-in-austria/
https://scitechdaily.com/dna-from-air-could-revolutionize-our-ability-to-monitor-animal-biodiversity/
https://scitechdaily.com/high-capacity-dna-data-storage-could-all-your-digital-photos-be-stored-as-dna/
https://scitechdaily.com/how-mrna-is-rewriting-the-rules-of-cancer-treatment/
https://scitechdaily.com/quantum-computing-meets-genomics-the-dawn-of-hyper-fast-dna-analysis/
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