Obstetrics<unk>  US is useful among other things for facilitating the characterization of some congenital defects, such as skeletal anomalies and heart issues. With real-time<unk>  US, the fetal heart-rate can be examined in real-time Cardiology The application of three-dimensional ultrasound in cardiac treatments has done outstanding progress in scanning and treating the heart issues. When the<unk>  technology is used to visualize the cardiac state of an individual, it is called as<unk>  Echocardiography. With the integration of other technologies with the Ultrasound, it is now possible to track the quantitative measures like the chamber volume that occurs during the cardiac cycle. Also, it provides other useful information like tracking the blood flow, speed of contractions and expansions. With the<unk>  Echocardiography method doctors now can easily detect the artery diseases and can finely examine the various defects. The echo applications helps to give a real-time image of the cardiac structures. Surgical guidance Traditionally, with the<unk> , the specific position of organs and tissues useful in surgeries could not be located especially in the oblique plane. However, with the advent of<unk> , the imaging technique has evolved manifolds enabling the surgeons to get a real-time picture of the tissues and organs and visualize the complete scan more efficiently. In addition to this,<unk>  provides surgical guidance in terms of treating transplant and cancer with its technique of rotational visualizing while scanning. This technology has evolved various methods like rotational scanning, slice projection, use of integrated array transducer that helps the surgeons to handle the traumatic cancer patients. Further, with<unk>  doctors can now treat various kind of tumors as every tissue can be easily diagnosed and introspected to study the defects and cause. Thus, we see that the ultimate scanning and visualization done by<unk>  has developed better ways of treating the patients with problems like cancer, tumors and transplants. Vascular imaging Blood vessels and arteries movements are not easy to track because of their distribution due to which capturing a real-time picture becomes difficult. Diagnosis is widely used in every kind of treatment and with the<unk>  US, it is now possible to track dynamic movement of blood cells, veins and arteries. In addition to this, various types of diagnosis like measuring the diameter, diagnosing the wall between the arteries can be detected with a magnetic tracker integrated with<unk>  US that helps in accurate positioning. So the technology gives imaging assistance and also has a sensor that helps in tracking the position of vessels in operations. Regional anesthesia Real-time three-dimensional ultrasound is used during peripheral nerve blockade procedures to identify relevant anatomy and monitor the spread of local anesthetic around the nerve. Peripheral nerve blockades prevent the transmission of pain signals from the site of injury to the brain without deep sedation, which makes them particularly useful for outpatient orthopedic procedures. Real-time<unk>  allows muscles, nerves and vessels to be clearly identified while a needle or catheter is advanced under the skin.<unk>  is able to view the needle regardless of the plane of the image, which is a substantial improvement over<unk> . Additionally, the image can be rotated or cropped in real time to reveal anatomical structures within a volume of tissue. Physicians at the Mayo Clinic in Jacksonville have been developing techniques using real time<unk>  to guide peripheral nerve blocks for shoulder, knee, and ankle surgery.
3D ultrasound
Synthetic MRI
4DCT
EConsult
Tomographic reconstruction
Nuchal scan
MRI Robot
Ultrasound transmission tomography