Latest Updates
-
Horoscope for Today June 08, 2026 - Small Choices Bring Calm Progress -
Authentic Indian Style Arrabiata Pasta Recipe -
Saree, But Make It Denim: Madhuri Dixit’s Denim Saree Look Breaks The Internet -
Think Twice Before Eating Street Food Wrapped In Newspaper, FSSAI Issues Warning -
Pride Month 2026: Inspiring LGBTQIA+ Firsts In India That Built Visibility, Representation And Change -
World Food Safety Day 2026: Can Carrot Extract Help Fake Ghee Evade Detection? An IIT-BHU Study Reveals How -
Easy Aloo Posto Recipe: A Bengali Lunch Delight -
Who Was Salim Kumar? The National Award Winner Behind Countless Laughs Passes Away At 56 -
Adhik Bhanu Saptami 2026: Significance, Puja Vidhi, Surya Mantras And The Role Of Ravi Yoga And Adhik Maas -
Gujarati Style Aamras Recipe: A Taste of Summer Breakfast
Latest MRI Machines, Less Claustrophobic

The simple change involves the MRI machines to be able to provide better coverage at higher powers while also leaving more room for the patient. The traditional MRI scans involve the patients to be placed closer to the radio frequency coils that send out magnetic waves in the scanning tube that may result in claustrophobic affect on the patient.
The latest technique involves an antenna instead of the coil that was placed 9.8 feet away from the body of the patient. This new study was carried out by David Brunner, a physicist at the University of Zurich. The new antenna transmits and receives radio waves, that are focused by a special conductive lining inside the MRI scanning tube.
The extra room "will usually be on the order of 15-20 centimetres [6-8 inches] in diameter, which really is a lot in terms of patient comfort," National Geographic quoted study co-author Klaas Pruessmann, as saying.
The travelling waves from the antenna would ensure uniform coverage of large body parts and also offer deeper insights. Pruessmann said that the technology "is currently being explored in centres around the world, including many in the U.S., and early pre-clinical applications look very promising."
Peter Bornert, principal scientist at Philips Research Europe in Hamburg, Germany, called the new approach "very promising from a scientific point of view." AGENCIES



Click it and Unblock the Notifications