Bacteria. It can be a tool for beating cancer.

"Engineered Synthetic Bacteria Medical Biotechnology. Scientists have discovered that a naturally occurring bacterium isolated from amphibian intestines may possess extraordinary anticancer properties. Credit: Shutterstock" (ScitechDaily, Naturally Occurring Bacteria Completely Eradicate Tumors in Mice With a Single Dose)

The new bacteria-based treatments for cancer can give hope to people. The bacteria used can be genetically engineered or otherwise trained to search and destroy cancer cells. The training can happen. By growing bacteria on the nutrient layer, which is made of cancer cells. Another version. It is to connect the genome to bacteria. Which makes it “think” cancer cells as food. The genome can be taken. From the immune cells that try to fight against cancer. In an ideal case, the bacteria. This is used for this kind of therapy. It can be taken straight from nature. 

Genetically engineered bacteria can also boost the immune system. The key element in cancer therapy is to find. And destroy so-called zombie cells. Zombie cell. Means cell whose mission is over. But the apoptosis is not done. That can cause damage to telomeres. It can cause a situation. That cell will not die when it should. This means the cell continues its existence, and it tries to drive. Its program. Another time. When a cell performs its duties. Its metabolism causes damage to its DNA. Sooner or later, those damages are so large that the cell can accomplish any missions. And it loses its ability to control the cleavage. 

This forms the cell into a cancer cell. The process that turns a cell into cancer begins. From a zombie cell stage. When a zombie cell divides, it can form only another zombie cell. And that causes problems. In the case of cancer. Something disturbs the immune cell’s ability to detect those zombie cells. Normally, a cell gives chemical marks. 

The cancer cell’s ability to steal nutrients can turn against it. This means that the nutrient carrier cells can be turned to carry cytostatic in the nutrient molecules to cancer cells. The idea is that the action of the nutrient carrier always selects the cancer cell. It can make those nutrient carriers. To carry cancer medicine to cancer cells. 

That its mission is almost over. That means the cell calls. The immune system. To pick it up. But those immune cells’ mission is just. To collect garbage. The necrosis itself comes from the cell’s DNA. The main problem. With cancer therapy. It is the immune system that treats cancer cells. As stem cells. Cleaning zombie cells from the body can extend people’s life span. The new immune therapy can be based on the idea. That cancer medicines bring chemical marks to cancer cells, which makes the immune cells treat them as enemies. The therapy. It can benefit. The cancer cell’s ability to call lots of nutrient-carrying cells. 

When a nutrient carrier. should select the cell. There, it delivers nutrients. It always selects cancer cells. This also happens in cases. The macrophage calls a nutrient. So, macrophages are weak. When they try to destroy cancer cells. The bacteria that attack cancer cells. Can use those cancer cells as nutrients. This removes one problem with cancer therapy. 

The cancer cell calls those nutrient carriers. And if the nutrient involves an antigen that calls macrophages, those macrophages know that they should attack. 

If those chemical marks are in nutrients, the cancer cell pulls more of them inside. Than the cells around those cancer cells. So, the cancer cell’s ability to steal food turns against it. This ability means that the cancer cells pack. Lots of those antigens. Into it. Another version. It is to create nutrient carrier cells. That carries nutrients only to cancer cells. Then, inside those nutrient bites can be  cytostates, or DNA that orders those cells to die. This is one of the things that nanotechnology allows researchers to create. 

https://scitechdaily.com/naturally-occurring-bacteria-completely-eradicate-tumors-in-mice-with-a-single-dose/

Nanobubbles can give a cure for cancer. But they can also cause a heart attack and cerebral infarction.

"Ultra-processed foods are linked to hidden inflammation that can lead to heart disease, cancer, and premature death. Credit: Stock" (ScitechDaily, Eating Ultra-Processed Foods Could Be As Harmful as Smoking) There is a possibility that a protein. Or the enzyme works the wrong way. It is stuck between neurons. And that can also cause a malfunction. In the nervous system. All around the body. This is very dangerous, especially. If that happens in the heart or brain. 

Ultra-processed food can be as harmful as smoking. 

There is one explanation that can cause this thing. One of the explanations is that smokers use more ultra-processed foods than people who don’t smoke.  There is also a possibility that. Things like enzymes. And proteins are turning around the fibers of the ultra-processed food. Or their raw materials of ultra-processed food can get stuck in the ion pumps. Those foods involve a lot of salt. And that salt can be connected to the protein fibers that can disturb the sodium pumps. 

And that can disturb the cell’s internal operations. When the sodium pump is not working. As it should. That can cause problems with the cell’s metabolism. If the environment is too acidic. Or alkaline. That can disturb protein and enzyme synthesis. And those things can cause bad problems in the cell. Too acidic or alkaline a level in an environment. It can simply damage the DNA or RNA molecules. 

Things like smoke involve fullerene. That carbon ball can disturb the carbon-based molecular synthesis. If the cell organelle tries to put those nano-balls into the place of the carbon atoms. The carbon bites can also block the tubes in cell organelles. Another thing is that the fullerene balls can also slip into the cells. There, those molecules form microbubbles in those cells. And then the acoustic wave. That impact can multiply the nano bubbles. And those bubbles can form the foam. That can even fill the entire cells. The intelligent bubbles. Those that are planned to use against cancer can be based on technology. There, the system transports the fullerene or oil droplet into the cell. And the acoustic system. Puts those bubbles into oscillation. 

"Overactivation may be the hidden driver of Parkinson’s. Researchers showed that when dopamine neurons work overtime, they burn out, break down, and die — echoing the same pattern seen in patients. Credit: Shutterstock" (ScitechDaily, Overworked Brain Cells May Hold the Key to Parkinson’s)

That oscillation creates. The low pressure at the edge of that droplet. And makes more bubbles in the cell. Then that thing can form so many bubbles. That they fill the entire cell. If those bubbles form in blood vessels, they can immediately block them. That thing can help to create things that destroy cancer, but those bubbles can also cause a heart attack, or they can close small blood vessels in the brain. That causes cerebral infarction and smaller problems with blood flow. And this thing causes memory problems. One of the reasons. 

Why a person gets Parkinson’s is the tired neurons. And the reason why neurons turn tired is. That they don’t get enough oxygen and nutrients. This makes those brain cells overwork sooner than they should. So, if there are blocks in the brain’s small blood vessels that can deny nutrients and oxygen to neurons, then those blood vessels should be fed.

Ball-and-stick model of the C20 fullerene.It’s possible that a similar structure can form between fullerene molecules. The nanotubes can connect carbon balls together. (Wikipedia)

 

Another explanation can be found in the fats. Or oils and butter. These kinds of food can involve. The oil and other things. Like butter and fat can form small bubbles in the human body. There is a possibility that those oil bubbles travel in the cells. There, those oil bubbles can form the surface that starts to oscillate. That oscillation forms pressure impulses in the cells. And when that surface moves back and forth, that forms low-pressure behind that wall. This causes a situation. A fat bubble can start to form foam. In the cell. The oscillation and its pressure waves can also cause damage. In DNA. 

Those pressure waves can push the mRNA molecules. To move into the wrong routes. Inside the cell, mRNA molecules can adjust cell organelles. And their actions. The mRNA is a chemical code. That orders the cell organelles on how they should operate. The RNA molecule is the thing that transfers data from the cell’s nucleus to the cell organelles. Another thing that can cause trouble. Is the pressure waves' effect. On proteins and enzymes. The effect of the pressure waves. Can shake those proteins and enzymes. Those things are very complicated molecules. And if they go. into the wrong receptor or the wrong way into the receiving receptor. If that happens. A protein or enzyme. It can work in the wrong way. 

https://gladstone.org/news/overworked-brain-cells-may-burn-out-parkinsons-disease

https://scitechdaily.com/eating-ultra-processed-foods-could-be-as-harmful-as-smoking/

https://scitechdaily.com/overworked-brain-cells-may-hold-the-key-to-parkinsons/

https://en.wikipedia.org/wiki/Fullerene

The new intelligent medicines can give new tools for cancer treatment.

The key problem in cancer treatment is. How to detect those cells. And how to make those medicines. To select only cancer cells. 

The Parkinson protein makes holes in neurons. And that is one of the things that can help to make a cure for cancer. The Parkinson protein can be the tool that opens a new route to cancer therapy. However, the researchers must alter the protein into a form that allows it to target cancer cells instead of neurons. If the protein chooses cancer cells or bacteria, it can be a breakthrough in antibiotics and cytostatic medicines. The same process. That makes. The Parkinson protein chooses neurons. Can change to a process that drives those proteins into cancer cells. 

The thing that calls those proteins to cancer cells. Can be their ability. To call the blood vessels to them. When a cancer cell calls blood vessels. It sends chemical signals that it doesn’t get enough nutrients. Cancer cells send those signals stronger than normal cells, and that gives the possibility to create the protein that travels into the cancer cell and makes holes in its shell. In some models, the medicine protein connects to the surface protein and just turns it around. 

The intelligent medicines and nanomachines can be the new tools for cancer treatment. The artificial neurons. Those that are made of protein can be used to search and destroy cancer cells. One way to make that thing. It is to drive those intelligent proteins into the blood vessels. That transports blood to the cancer cells. The protein can close the blood vessel or slip into a cell and start to destroy its mitochondria. It’s also possible to use the small hard nanomachines controlled by miniature microchips. Those nanomachines can slip into the cell and cut its internal structures, or they can cut the cell from the outside. 

The new microchips can also control nano-tools that can cut holes in the cancer cells. Or they can push cancer cell surface proteins. That can cause damage that destroys the cell. 

The mRNA molecules that can order the cell to destroy itself can be created simply by cutting a desired sequence. From the DNA. The self-destruction sequence is at the end of the chromosome DNA. Called: telomer, or just before it. It’s not difficult to make the mRNA that can order the cell to shut down. That thing requires highly advanced technology. That can drive those mRNA bites into the right cells. 

mRNA can also be connected to nutrients that the mitochondria use for energy production. The mRNA can order the mitochondria to shut themselves down. Or it can carry the protein that destroys the mitochondria. The medicine can find cancer cells. Benefit a cancer cell's food requests. When a cancer cell asks for nutrients. Those proteins or mRNA bits can be connected to the nutrients that those cancer cells require. If there are some nutrients that are reserved only for cancer cells. There is a possibility. To use those nutrients as carriers that carry those medicines into those cells. 

As you see, there are many molecules and other things. That can destroy cancer cells or zombie cells. That can turn into cancer cells. The major problem is how to make medicines. That can destroy the right cells. The ricin molecule can destroy any cancer cell, but the big problem is. How to put those molecules into the right cell. The cancer vaccines are one of the possibilities to fight against cancer. 

The cancer vaccine can affect many points. The vaccine can involve the genetic code in the cells. That makes them call immune cells to them stronger. In this case. There is a DNA bite in all cells before the end of the DNA.  That calls immune cells to destroy the cell. Or that sequency can be after the self-destruction code. And in that model, the DNA that calls the immune cells. Make sure. The cell is dead after it did its job. The thing that prevents the cell from transforming into a zombie cell makes it possible to remove cancer. 

If those zombie cells can form when the DNA sequence that orders the cell to commit suicide  is removed. Or the DNA makes a loop. The best way is to recognize the anomaly in the DNA. Or an anomaly in the cell’s form or metabolism. The best way to make that is to read the DNA in the cells. New technology. That allows the system to analyze DNA from living cells inside the body. Can open new ways to detect cancer. The problem is always how to detect and destroy cells before they transform into cancer. 

https://scitechdaily.com/cornells-tiny-microwave-brain-chip-could-transform-computing-and-ai/

https://scitechdaily.com/scientists-create-artificial-neuron-that-speaks-the-language-of-the-brain/

https://scitechdaily.com/scientists-catch-parkinsons-protein-drilling-holes-in-brain-cells/

https://scitechdaily.com/stanford-medicine-reveals-tiny-dna-circles-defying-genetic-laws-drive-cancer-formation/

https://scitechdaily.com/scientists-improve-on-mother-nature-to-create-powerful-cancer-killing-molecule/

Cyber bacteria and the risks of those organisms (Cyber bacteria part II)

https://crisisofdemocracticstates.blogspot.com/

Kimmo Huosionmaa

Cyber bacteria and CCD-chips can create the layer of the observation equipment. Cybernetic bacteria can be covered by the layer of silicone, and the microchip inside it can control the movements of that organism and the nucleus of those bacteria can be removed and replaced by using microchips, what has the ability to stimulate the cells by giving electricity to the cell layer.  Those very small sized microchips can get their electricity from the radio-signals, what induces the electric power to the system by the similar way, what normal radio does. Cyber bacteria can be covered by using silicone.

And the microchips can have multiple layers, that they look like little stamps. Those microchips can be connected to the CCD-chips and the controlling units can conduct those cells to one layer when they slip in some building, and then they are connecting together, and start to deliver information, what is going on in that house. But those cells can be used as the perfect weapon, what can close the blood vessels in the brains and the slip out of the body of the targeted person.

That kind of modular layer of the cells can operate autonomic way if there is enough calculation power, and it can track the targets by using chemical sensors, what is normally used for chemical analyses. If some of those very tiny microchips operate with biochips. Those systems can locate the target from the distance, and then those cells would come to the target. If there are some mushroom cells, what is only packed in the silicon bag, and then the silicon would be removed, when the target goes to foam bath. The person would face the absolute horror.

Slime would cell can be connected with the cancer genomes, and that makes them make the layer in very fast. The microchips allow transferring the mushroom cells to the area by using some kind of basils or paramecium as the carrier, and inside that organism would be the weaponized cell. And when the carrier is in the right position, would it release the biological weapon, what would exterminate the target.