Diagnosis with bacteria in medicine engineering

When we speak of bacteria in medicine engineering, the images of carriers of diseases loom large in our minds. However, one blessing of modern technologies in medicine engineering is that, it has taught us to use all types of elements for the betterment of people at large, and for the well being of the human society.
Thus medicine engineering experts have now invented the new method of using bacteria as ferry or carrier of nano-particles into human or living cells for early diagnosis and treatment of diseases, especially those that are deadly and fatal.

Valuable research in this aspect of medicine engineering has been conducted of late by the Purdue University, and this has brought to light the fact that bacteria can carry a cargo of smart nano-particles into living cells.

These bacteria enable medicine engineering experts, as well as traditional physicians, to exactly identify the reasons for ailments. In turn, the medicine engineering experts are also able to precisely position sensors, drugs, or DNA for early diagnosis of diseases.
A further benefit that has accrued to medicine engineering field is that, it is now possible to have early treatment of many dangerous diseases due to such early diagnosis.

A basic component of this method, which is a new invention in the field of medicine engineering, is to find out a way to overcome hurdles in delivering cargo to the interiors of cells.
In this manner medicine engineering has also found out an effective alternative technology for gene therapy.

The method that has been devised in the field of medicine engineering is to attach the nano particles to the outside of the bacteria. The next step in this method of medicine engineering is to link DNA to these nano-particles. They are transported into the nuclei of the cells. Medicine engineering has immensely benefited with this experience.
Now the medicine engineering experts are able to transport drugs, genes or other cargo to the cells using the same method.

What is the use of this transported cargo in medicine engineering? The released cargo is transported to various parts of the cells and help medicine engineering experts to identify the diseases and help them and physicians to take up simultaneous treatment.

Since there are numerous choices available to the medicine engineering experts in selection of bacteria, a delivery system can be tailored to match the requirements of the receiving cells.
A wide range of needs and requirements of medicine engineering is thus fulfilled through this methodology.
Medicine engineering experts have found, through research and analysis that, harmless bacteria can be deployed as carriers of such medical components since they have a natural ability to penetrate cells and their nuclei.
This has also helped the medicine engineering experts to set aside a big obstacle which they had in their objective of transporting therapeutic DNA molecules through the nuclear membrane and into the nucleus.

The DNA, as the medicine engineering studies have revealed, can produce the required protein only when they are in the nuclei of the cells. The method can also be used to take images of diseased tissues by inserting a cargo of fluorescent molecules into tumors.

Tumors are ordinarily too small and can only be tackled following this newest principle of medicine engineering for the purpose of effective treatment.

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