What makes the DNA database effective? And what must be done for making that thing true?

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What makes the DNA database effective? And what must be done for making that thing true?

Use the genetic transplant and the specially modified bacteria can be created the customized medicals for people. The genetic transfer allows making the bacteria, which cheats other bacteria to change genomes with it, and then the other bacteria can get a virus, which terminates other bacteria around it. The next vision can be true someday. 

In that case, the bacteria would have the ability to make viruses, which causes death to other bacteria. One version is to use the programmed cell-death in that operation. The programmed microbes can also produce blood in cell cultures. The use of nanotechnology is limitless. 

The genetically modified bacteria can transmit the DNA bite that causes the cell-death to the targeted cells. And maybe in someday nanomachines, what have the implanted cell organelle in their core can create those "death bites" of the DNA can hover over the cancer area or bacteria, and then inject that DNA to another bacteria, what will be terminated. But many things are requiring the visions of tomorrow. 

The KISS (Keep It So-Simple as possible) is the thing, that affects all databases including the DNA databases. Databases should only collect the confirmed and sorted data.

And that makes DNA databases problematic because making the database, by using only valuable data is impossible. Selection of only important base-pairs to the database requires the perfect knowledge of the DNA, and that makes that the mapping of the DNA is extremely important that the DNA database is easy to use. Otherwise, the database is filled with "white data", which cannot be connected with any ability or feature of the creatures. 

The DNA databases are problematic because most of the data of the DNA is collected from Eurasians and people who are living in western nations. So that means the data doesn't match with the genetic structure of the human race. The DNA can tell things, like if the person has the genetic ability to make a certain type of crime.

The mapping of those genomes would happen simply by comparing the genomes of the people, who are convicted of a certain type of crime, and then researchers are searching similarities from the DNA of those people. If there is a similar similarity in the certain point of the DNA that tells that this genetic anomaly has something to do with the certain type of crimes. Or if there is no similarity that thing tells that the environment and model learning are playing a certain role in that kind of activity. 

The DNA databases are "too white", which means they are containing too much data, which is collected from white people. But they are also full of so-called "white" or non-sorted data. The genomes contain very much information that is not connected to any ability of the living organisms, and those two things are making them unable to work as they should work. 

The problem is that for making the "smart medicals", which are produced specially for certain people the researchers need a little bit more than the knowledge of the construction of the DNA. They need the precise function of the certain base-pairs, and also the data on what happens if the base-pair is not in the absolute right place.

So the project, where we want to make the customized medicals for certain individuals needs much more data, that the vision would turn to real life. We can make many things with genomes. But without knowledge, what every each base-pair does and the location of those base-pairs making effective specially tailored medicals for people is impossible.