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Yesterday, two of the latest optical fiber technologies from China's Optics Valley and Australia competed on the same stage at the Wuhan Optoelectronic Industrial Technology Research Institute, and are expected to join forces to capture human cancer cells
.
These two medical fiber optic technologies, one equipped with high-precision "clairvoyance", can amplify human cells by 1,000 times; One is a highly sensitive "detective hand", through the antibodies on the probe, it "alarms"
when it encounters cancer cells in the body.
It is reported that this "clairvoyance" that makes cancer cells nowhere to hide is a confocal endoscope
.
On top of the optical fiber with a diameter of about 1 mm, a total of nine lenses are installed, and through these lenses and the optical path within the host device, the cells where the lens reaches can be magnified 1,000 times
.
"You see, these cells are undergoing lesions", he pointed to the real-life medical image on the computer screen, he said, optical fiber can extend the lens to the stomach, intestine, esophagus and other human organs, many cells are "exposed" before cancer, and the thousand-fold magnification accuracy has reached diagnostic level
.
The optical fiber "detective" brought by experts from the University of Adelaide in Australia relies on touch to "grasp" cancer cells
.
Dr.
Ruan Yinlan, a researcher at the university's Nanobiophotonics Center, said that each disease has different antibodies and antigens, and the disease
can be diagnosed through the biological reaction between the two.
At the top of a fiber with a diameter of 125 microns, she installed a small ball about 1/10th the thickness of a human hair, which is a light-emitting laser
.
Before entering the human body, the beads will be coated with corresponding antibodies, and as long as they touch the corresponding antigens, the luminous color of the globules will change
slightly.
Extremely sensitive globules can also determine the stage of the disease by the concentration of antigens, such as cancer stage I or II
.
There is no need to take a separate sample for biopsy testing, and there is no traumatic injury
.
Dr.
Ruan said that the two major optical fiber technologies can capture cancer cells, and it is hoped that with the promotion of Wuhan Optoelectronics National Laboratory, "clairvoyance" and "detective" can marry across borders, and make cancer cells visible and tangible through a single optical fiber
.
Yesterday, two of the latest optical fiber technologies from China's Optics Valley and Australia competed on the same stage at the Wuhan Optoelectronic Industrial Technology Research Institute, and are expected to join forces to capture human cancer cells
.
These two medical fiber optic technologies, one equipped with high-precision "clairvoyance", can amplify human cells by 1,000 times; One is a highly sensitive "detective hand", through the antibodies on the probe, it "alarms"
when it encounters cancer cells in the body.
It is reported that this "clairvoyance" that makes cancer cells nowhere to hide is a confocal endoscope
.
On top of the optical fiber with a diameter of about 1 mm, a total of nine lenses are installed, and through these lenses and the optical path within the host device, the cells where the lens reaches can be magnified 1,000 times
.
"You see, these cells are undergoing lesions", he pointed to the real-life medical image on the computer screen, he said, optical fiber can extend the lens to the stomach, intestine, esophagus and other human organs, many cells are "exposed" before cancer, and the thousand-fold magnification accuracy has reached diagnostic level
.
The optical fiber "detective" brought by experts from the University of Adelaide in Australia relies on touch to "grasp" cancer cells
.
Dr.
Ruan Yinlan, a researcher at the university's Nanobiophotonics Center, said that each disease has different antibodies and antigens, and the disease
can be diagnosed through the biological reaction between the two.
At the top of a fiber with a diameter of 125 microns, she installed a small ball about 1/10th the thickness of a human hair, which is a light-emitting laser
.
Before entering the human body, the beads will be coated with corresponding antibodies, and as long as they touch the corresponding antigens, the luminous color of the globules will change
slightly.
Extremely sensitive globules can also determine the stage of the disease by the concentration of antigens, such as cancer stage I or II
.
There is no need to take a separate sample for biopsy testing, and there is no traumatic injury
.
Dr.
Ruan said that the two major optical fiber technologies can capture cancer cells, and it is hoped that with the promotion of Wuhan Optoelectronics National Laboratory, "clairvoyance" and "detective" can marry across borders, and make cancer cells visible and tangible through a single optical fiber
.
