Overview of Veterinary CT: Veterinary CT is a medical electronic computed tomography technology that relies on precise and standard straight X-ray beams, gamma rays, ultrasound and other radiation to examine the parts of the body that need to be examined. This examination method has high sensitivity, fast scanning and imaging time, and high image clarity during imaging. Medical personnel use professional detectors to detect the human body. The absorption capacity of different tissues in the human body for X-rays varies, and various indicators of transmittance will also be different. At this time, instruments will be used to integrate various data, and after data sorting, it will be entered into a computer. Animal CT will use X-rays to take photos of the human body. This inspection method takes multiple photos and passes through the human body layer by layer to conduct the inspection. With minimal interference from external objects, the inspection effect is better. After data integration by the computer, the specific tissue structure can be understood from multiple planes, and the three-dimensional shape of the human skeleton will be intuitively displayed.

Veterinary CT can be referred to as an enhanced version of X-ray, which has the characteristic of detailed examination. Although it can provide a detailed understanding of the health status of bones, the radiation dose is too high. Nowadays, low spiral veterinary CT and other examination methods have become more advantageous in the examination. The significance of veterinary CT in screening early lung cancer is significant. This scanning method is too fast, and various organs and structures can be displayed clearly. It is widely used in clinical practice and can also be applied in abdominal examinations, especially in chest veterinary CT examination, which will have better results. The examination of chest lesions will produce excellent sensitivity, which will have a good screening effect on early lung cancer, and the radiation dose generated will also be too high. With the rapid development of society and the continuous advancement of science and technology, various examination methods are abundant, each with its own advantages and disadvantages. People should grasp the specific physical characteristics of patients, adopt reasonable examination methods, and promote better examination results.

Imported Veterinary Ultrasound

Overview of veterinary B-ultrasound machine: The main examination method of ultrasound is veterinary B-ultrasound machine, and many types of ultrasound already include the characteristics of veterinary B-ultrasound machine. It is widely used to examine the condition of pregnant women and fetuses. People can intuitively understand the condition of the fetus and also clearly understand some small lesions on the body, promoting a better examination process. It will have a wide application trend in clinical practice. And it will also have a good effect on lung diseases. It can perform good examinations for lung nodules and other conditions. animal B-ultrasound machines use ultrasound to penetrate the human body. When the sound waves encounter human tissue, they will produce reflected waves, and the reflected echoes will become images. This type of examination method has low intensity and high frequency, and will not cause harm to the human body, nor will the patient experience pain. The examination methods also have diverse characteristics, which will have a good effect in the detection of human soft tissues or the observation of blood flow in blood vessels. They can not only be used for pregnant women's examinations, but also applied to bone examinations. However, their penetration ability is too weak to detect smaller lesions, and tumors of about 1 centimeter cannot be detected. It will have corresponding examination limitations. It is a method of using ultrasound to examine echoes, which will generate corresponding reflected waves when encountering the human body, clearly displaying the tissue structure of the human body. In clinical practice, it will also produce good examination results, and the examination is non-invasive.

It has the characteristics of non radiation, real-time imaging, and is also inexpensive, suitable for diagnosis of liver and other diseases. However, ultrasound sound waves are easily affected by gas interference, and the accuracy will be reduced. It is not suitable for the examination of intestinal and other gases, and its clinical application should be promoted to be more extensive. The ultrasound examination in the animal B-ultrasound machine is a transducer, and the probe frequency will have significant differences depending on the organ being examined. The emitted ultrasound will have reflective characteristics in the human body, showing absorption and attenuation characteristics. Each organization will exhibit differential reflectivity, and the reflected sound waves of different tissues will also have differences. The sound waves of normal tissues and diseased tissues will have significant differences. Referring to the differences in imaging methods, they can be divided into two components: static and dynamic. Static use of hands or machinery to drive the probe, dynamic use of fast machinery to drive the probe, will result in differentiated electronic scanning results. Veterinary ultrasound will be widely used in fetal examination, and the specific examination effect will be more significant,