Digital Science in Medical and Scientific Research

November 22, 2016
Digital Science

The impact of digital images in today's technology-reliant world has had a tremendously positive effect on medical and scientific research. Digital imaging is now a vital component in science and medical research. The rapid development of digital imaging and the associated developments in analysis methods and computer-aided diagnosis has made digital imaging an essential tool used in many medical and scientific fields. Below are a few examples of how digital imaging helps medical and scientific research.

Tissue Biopsy: Digital imaging has been vital in analyzing tissue from biopsies. It has led to faster and more accurate analysis of tissue samples.

Laboratory Small Animal Imaging: Digital imaging is now used in biotechnology research to assess the properties of new medical treatments and pharmaceutical drugs. Researchers will often use small laboratory animals for imaging of internal structures, including in-vivo imaging.

Molecular Imaging: After having been injected with a radioisotope, digital scanning of vital organs displays a 3D picture of the movement of molecules to areas where tumors have constricted blood flow. As well, the technology helps researchers determine the effectiveness of cancer-fighting drugs and in determining their side effects.

MRI: An MRI provides views of the internal structures and functions of the body. It is particularly helpful in brain imaging as it can help provide a more accurate brain tumor diagnosis. It is also quite useful in detecting other types of cancer in the body.

Electron Microscopy: This technology is used to identify organelles and other tiny structures within the cells. The electron microscope can magnify very small details and is useful in diagnosing such diseases as kidney disease.

Fluoroscopy: This device creates real-time images of internal structures in the body with the instrument known as the fluoroscope. Medical procedures that make use of this technology include urological surgery and orthopedic surgery.

CT: This important medical technology used in medical imaging is used to help diagnose a wide variety of disease, and they are now being used in preventive medicine.

Ultrasounds: Ultrasounds are used for acquiring images of the heart, organs in the abdominal region, and the body's veins. It can display moving images in real-time, and it is also very safe to use. The ultrasound is most widely used to provide a visual of the fetus in a pregnant woman.

Nuclear Medicine: This technology employs the use of gamma cameras. These cameras are used to detect areas of biological processes that are usually associated with diseases.

Technological innovations have had a profound impact on how we live, work, and play. Today, digital imaging can do impressive things and is being used to help diagnose numerous medical conditions, provide information during surgery, and it is now used in medical and scientific research. Because of the technological advancements in digital imaging, science and medical professionals can now see parts of the human body in greater detail, and this technology will continue to evolve and progress.

Importance of Digital Microscopes


Digital microscopes are a marvel of modern day sciences. A digital microscope consists of a conventional microscope with digital camera incorporated into it. The pictures A digital microscope was very perfect for training since it gives many people a chance to see the example without a moment's delay. The information saving abilities of a digital microscope make it amazing devices for research.

A digital microscope is a microscope that contains a secondary digital camera and associated with a PC. Most digital microscopes interface with PCs through a USB port. Once the lens is associated with the PC, the pictures seen through the microscope's eyepiece can appear on the PC's screen and the hard drive for future use. Images can print if the PC is equipped with a digital printer.

Digital microscopes are useful for instructive purposes. Many students can see the example on the double when the camera snared to a PC. This saves time and guarantees that the ability of the students will get the chance to see the same example. People can keep pictures saw through advanced digital microscopes to PCs, allowing them to access the picture later. This is perfect for a school setting as it gives students a chance to review the film if they have to describe it later or write about its details.

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