Revolution in the hospital: radiation -free lung monitoring by ultrasound!

Revolution in the hospital: radiation -free lung monitoring by ultrasound!

On June 13, 2025, an exciting topic is hotly discussed in the medical sector: a new method for lung monitoring based on the ultrasound computed tomography (USCT). This innovative technology could revolutionize the way we recognize and treat lung diseases. The aim is to offer a radiation -free and mobile alternative to conventional computer tomography. An interdisciplinary team from the United States and Brazil has developed solutions for this, which are inspired by seismology, as engenieur.de. The focus of the development is the math professor Jennifer Mueller and the mechanical engineering student Roberto Ceccato. The latter brought valuable knowledge from his research on seismic tomography, especially the static correction. This correction is crucial because it helps to minimize distortions in ultrasound imaging.

The solution for existing problems

A great obstacle to the USCT used so far was the exact positioning of the sensors, which is prone to interference due to breathing movements. However, the team has developed an algorithm that can reconstruct sensor positions based on received signals. Simulations and tests with artificial tissue have already achieved an improvement in image quality that makes clearer structures visible. The advantages cannot be overlooked: the USCT enables continuous lung monitoring directly at the bedside, which is particularly important for acute lung diseases. The transport of seriously ill patients becomes superfluous, which reduces risks, such as pmc

The security releases are largely exceeded and animal experiments with pigs have shown that the method complies with the FDA requirements. So the USCT is about to test people, which arouses the hope of real-time reactions on developing health states.

ultrasound in emergency medicine

The meaning of lung sonography, especially in the period of Covid-19, could also not be greater. This method has proven to be superior to the diagnosis and tracking of typical pulmonary changes - both in emergency rooms and in intensive care units. The most common symptoms of Covid-19 include fever, dry cough and fatigue; This is exactly where the pulmonary ultrasound plays a key role, since it is free of radiation and thus avoids the risk of tissue damage, as pubmed

The application of lung sonography is particularly effective when assessing the severity of the disease. Clinicers can soon control precise measures for air support such as initiation, escalation, titration and stopping. Thanks to the ergonomic advantages, lung sonography is also a practical solution in fast clinical practice.

Comprehensive training and support for the doctors is essential to successfully implement this technology. The development around the USCT and the use of lung sonography are promising and testify to the incessant striving for innovation in the medical field. In times when the healthcare system is exposed to enormous pressure, this advanced technology presents itself as a ray of hope in lung monitoring.