The breakthrough in biotechnology: researchers grow human kidneys in the laboratory.

ScitechDaily.com reported that the breakthrough in biotechnology is done. The first time the human kidney is grown in the laboratory. And that thing brings new visions to the minds of the medical industry. The new kidney might not seem very fascinating. But the ability to make new organs for people is a big thing.

Artificial organs can use to save people who are been in accidents. Or has some kind of disease, But artificial organs can use for many other purposes. Things like artificial eyes can use in the laboratory and replacing some animal tests.

Artificial organs like bone marrow are suitable for creating counter-toxins or antidotes against things like snake poison. There is the possibility to use biotechnology to create antidotes. In that process, the snake poison will inject into large animals which immune system starts to create antidotes. Then those immune cells or their stem cells where that immune reaction is stored will take from that animal.

"Human kidney ureteric bud organoids derived from stem cells and stained for different proteins. Credit: Bonventre Lab/Brigham and Women’s Hospital"(ScitchDaily.com/Growing Human Kidneys in a Lab – Scientists Have Made a Significant Breakthrough)

And after that those cells will be put into cell cultures that are creating antidotes. The artificial bone marrow makes it possible to create an antidote easier than injecting those chemicals into the animals. The artificial bone marrow will not escape. And it's easier to handle than some animals.

Artificial organs are the thing that can save multiple lives. If there is a possibility to create artificial organs by using cloning. That thing could revolutionize medicines.

When we are thinking about stem cell therapy there is the possibility to create artificial stem cells by using the genome transplant. In that process, all cells like bacteria can turn into stem cells simply by changing their DNA. The process can begin just after fertilization when the researchers map the fetus's DNA. During that process, the DNA can take to storage in molecular or digital form.

Then that DNA will multiply by using the PCR method. Or nanomachines can create artificial DNA. Then operators will that DNA in the bacteria. And then system removes the bacteria's DNA. That thing turns the bacteria into the stem cell. There is the possibility that in the future the DNA sample of all people is stored in some warehouse where medical staff can take the needed DNA when they need it.

Image and sources:

https://scitechdaily.com/growing-human-kidneys-in-a-lab-scientists-have-made-a-significant-breakthrough/

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