Nanoparticles sign a scientist's amazing thing. It prevents the death of diseased cells in the body and continues to develop water-based coatings. Now, in Canada, a group of researchers at Brock University have produced a nanobot that can diagnose the disease faster and faster than itself. Models published in ACS Nano magazine recently published scientists. Feng Li, professor of chemistry at Brock University, says "Nanobot design is complex but very simple" in the press release. The diameter of the nanotubes made of aluminum is only 20 nanometers. It is found in the DNA sequence. Long lines are prepared to target specific diseases, and a long sequence shows a shortened time, a blinking compound. When separated from a sample containing cells containing robotic tuberculosis DNA, the long series will detect the disease and break the short sequence and the broken DNA sequence will give the blood sample. To test the nanobots, the researchers removed blood samples from healthy humans and test tubes containing a single tuberculosis DNA sequence. The specimens were observed and illuminated and after 20 minutes they reached the brightest spots.
This rate is very important because most tuberculosis testing results last at least a day and should be analyzed by doctors or specialist laboratory technicians. Although effective against bacterial infections such as tuberculosis, the method can be used to detect viral diseases such as Ebola, which are very rapidly transmitted. Even if the particles can not fight the disease, the diagnosis is made much faster. It allows doctors to treat diseases more effectively.
