Medicine & TechnologyA team of experts have discovered that soundwaves from low-intensity focused ultrasound aimed at the brain’s insula can help in relieving pain. Learn more about it in this article.
Existing treatments for cerebral venous sinus thrombosis (CVST) use drugs to dissolve blood clots, but the new device uses vortex ultrasound to eliminate them. Read the article to learn more about them.
A new treatment for essential tremor uses light beams and leaves no surgery incisions, introducing the focused ultrasound neurosurgery. Read on to know more about this news!
London-based researchers have developed a novel photoacoustic endoscopy probe that captures 3D images in real-time. Click here to find out more about the light and sound imaging probe that can fit on a medical needle.
A recent study that was published in the journal PNAS demonstrates that ultrasound-producing moths. Continue reading to know more about the findings of the new discovery.
Cancers have been very difficult for experts to remove completely because of their natural resistance to therapies and elusiveness from the immune system. Read on to find out how gas-filled microbubbles and ultrasound allow researchers to remove 80% of tumor cells.
Medical scientists from China developed a new reversible vasectomy operation that includes only one injection. Read more about the technique and how it works.
A new study was able to remove tumors from mice subjects with liver cancer through projected ultrasounds. Read more about this new, non-invasive tumor removal operation that uses sound waves.
Breast cancer is the most common form of cancer in women, especially in Sub- Saharan Africa. Read on to find out how one woman is giving women a fighting chance by developing a smart bra that can aid in the early detection of breast cancer.
Scientists from Cornell University developed micro-robotic swimmers that can be powered by ultrasound waves that someday could be used as a new tool for targeted drug delivery.
Researchers recently developed a new approach to measure atomic bonds and nature, revealing that a sound's speed depends on the structure it travels through.
A fetal heartbeat cannot be heard in the past until the baby inside the womb is 13 to 16 weeks, but now, with more advanced technology, it can be detected on the sixth week of pregnancy.