Iranian Firm Develops AI-Based Medical Image Analysis Platform
This intelligent platform is capable of accurately analyzing mammography images by utilizing advanced artificial intelligence algorithms, specially in the field of machine learning and deep learning. By identifying hidden lesions or complications in breast tissue, this platform helps radiologists to diagnose breast diseases early and more accurately.
In addition to analyzing images received from medical imaging devices with the help of advanced models, this product also regularly reports the system's findings in a structured environment called the ‘Reporting Module’ so that radiologists can provide more accurate analysis. Also, increasing the accuracy of diagnosis and reducing the error rate, improving the speed of image analysis, reducing the workload of radiologists, etc. are among the key benefits of this software.
This platform is not only used in hospitals within the country, but has also been actively implemented in Uzbekistan and Afghanistan.
In a relevant development in December, another Iranian knowledge-based company stationed at Pardis Science and Technology Park has managed to produce an atomic force microscope which is used to image and characterize samples at the nanoscale.
“One of our knowledge-based products is the atomic force microscope, which is used to image and characterize samples at the nanoscale. This device uses a sharp-pointed probe to scan the sample surface. During the scanning operation, laser light is emitted to the back of the cantilever and its reflection on a photodiode will result in the formation of an image of the sample surface,” said Seyed Abbas Shahmoradi, the managing director of the knowledge-based company.
He mentioned the Bio-AFM as another achievement of his company, and said, "This microscope is one of the most important tools for studying samples in biology, because Bio-AFM provides a suitable platform for integrating atomic force microscopy and optical microscopy in biological research projects."
Noting that the Bio-AFM microscope can capture images in different environments with diverse working modes, Shahmoradi said, “This capability allows scientists to study the structure and properties of living cells and other biological samples like DNA and RNA, proteins, viruses, bacteria, and tissues."
“Also, the Transmission Electron Microscopy (TEM) produced by our company, with an accuracy of 0.6 nanometers, is capable of providing images with extremely high resolution. For comparison, the size of the coronavirus is 120 nanometers, while the accuracy of our device is one two-hundredth of this value,” he added.
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