Latest technology in diagnostic imaging

November 2, 2021

In order to find medical findings that allow the early identification of anomalies in the human body, the latest technologies have emerged in diagnostic imaging.

The incorporation of new procedures and approach techniques in the imaging area allow the timely detection of alterations at the osteoarticular level and / or some signs of cancer or other anomalies.

At unilabs, you will be able to find high-quality professionals who, in the European market, are at the forefront of innovative comprehensive care systems that range from clinical analysis to any type of digital pathology.

The so-called diagnostic imaging also allows the identification of signs of a medical condition, which will be addressed through devices and techniques that will recreate the structures of the body within the body.

Welcome to learn more about the latest technologies in diagnostic imaging .

What is understood by technology in diagnostic imaging?

It refers to the set of studies by areas of the human body, which allow to deepen the study of tissues, organs and the skeletal and venous system . It is processed through high-resolution exploratory devices inside the body, helping to diagnose a variety of problems.

The exhaustive diagnostic imaging study allows doctors to offer an accurate diagnosis, in order to proceed with specific treatments, direct to correct the alterations presented

Professional profile of those who work in the area of ​​diagnostic imaging

The radiologist is the professional in charge of medical care in the area of ​​image diagnosis.

His professional training includes the study and diagnosis of possible injuries, using specific techniques such as X-rays, computed tomography, nuclear magnetic resonance, tomography, among others.

It also has the power to report the results produced by the machines, that is, reports that will serve as support and endorsement for any subsequent treatment with the treating physician.

Some technology studies in diagnostic imaging

  • X-rays

It refers to a non-invasive study that consists of taking X-ray images by section of the body. It emits ionizing radiation to produce images of the inside of the body. Its study allows the detection of fractures, some tumors, masses or protrusions, pneumonia, injuries, calcifications, foreign objects , dental problems among others.

  • Computed tomography (CT)

It consists of obtaining sectioned images (polytomography), through the tomograph combining several radiographs that are taken from different angles.

  • Scintigraphy

It consists of supplying small doses of radioisotope (tracer), which in turn, is captured by all organs to be detected by gamma rays released by the tracer. Represents a diagnostic test of Nuclear Medicine that show results of diseases and / or organ disorders.

  • Ultrasound

It is a test that uses sound waves (ultrasound) to create images of organs, tissues, and other structures inside the body. Such waves create echoes that form images on the computer screen.

  • Nuclear Magnetic Resonance (NMR)

It consists of the study that uses a wide magnetic field , radio waves and a computer to project an image of internal structures. It is not an invasive method.

Some means of technology in diagnostic imaging

Much is the cutting edge technology that is used every day for the detailed analysis of imaging studies .

Diagnostic imaging equipment acts systemically in digital formats and some conventional ones, its main objective is the characterization of the physiology or anatomy of the various organs of the human body.

Each of these technological equipment will allow radiodiagnosis of some pathologies present in the body.

Here are five of them. To detail:

  1. Digital camera

It refers to the mechanism for capturing images in digital or electronic media. They are versatile and have the ability to remove it and take the impressions again. This type of camera uses a card compatible with electronic computer equipment.

The programs that are compatible with reading it are Windows or Macintosh.

In  digital radiology,  the  image  is captured and then scanned and processed so that the professional can make possible convenient adjustments.


  1. digital mammography

Highly flexible and versatile equipment to process personalized mammography studies Helps detect invasive cancer in various stages or stages. The precision of this device compared to the previous version is exact.

Among the benefits offered by this modern system are:

  • Less painful study
  • Releases crisp images of the breast
  • Breast tissue enlargement
  • Provides accurate and reliable diagnosis
  • Features HTC Grid Technology
  • Combines with biopsy equipment
  1. Analog camera

These types of cameras are used to project images on the television. The video or moving image is received and then transferred to a hard disk through the capture card . For this procedure you must have enough space on the pc (hard disk).

Among the models and brands that are available in the medical area are:

  • Digital Videocassette
  • MPEG
  • Digital Handycam de Sony
  • Canon, Hitachi and Sony
  1. Intraoral camera

Specifically used in the area of ​​maxillofacial and dentistry. Its quality is quite high, both intra- or externally to the oral cavity. This type of camera shows the dental anatomy by means of macrophotographs, they are reflected in the pc in an amplified way.

These cameras incorporate a light with several lenses, which when introduced into the patient’s mouth, will be seen in real time inside the enlarged oral cavity and with all its details or pathologies.

  1. Scanner

The scanner allows the digitization of the image, that is, by means of physical material such as paper, transparencies, slides or X-rays. There are CT scanners that are ideal for pathology in areas such as: pelvis, brain, abdomen and pelvis.

The scanner performs a special type of radiography called CT, having to expose the body to multiple radiation at various angles, until the entire area to be studied is achieved.


Modern lifestyles, subject to accelerated life dynamics, make possible not only the intake of more processed foods, but also stressful life rhythms.

This situation has triggered medical disorders such as bumps, accesses, bulges and other abnormal physical aspects, which have become inexplicable pathologies.

Thanks to the development of technologies in the diagnosis of images , the timely detection and identification of physical disorders is possible; so that timely diagnosis and intervention have contributed to slowing down such pathological processes.

Dr. Loony Davis5
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Born and raised in Brussels in an English family, I have always lived in a multicultural environment. After several work experiences in marketing and communication, I came to Smart Water Magazine, which I describe as the most exciting challenge of my career.
I am a person with great restlessness and curiosity to learn, discover what I do not know, as well as reinvent myself daily, someone who is curious about life and wants to know. I enjoy sharing knowledge.
This is my personal project but I also collaborate in other blogs, it is the case, the most important web on water currently exists in the US, if you are interested you can read my articles here.

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