Medical Discovery NewsBridging the World of Medical Discovery and You

Recent Episodes

I Spy for Heart Disease

MP3 WAV

  • Hey Dave, remember the movie, Fantastic Voyage that came out in 1966? Yeah, it was pretty cool. A sub and crew were miniaturized and injected into a guy's blood vessel so they could clear a clot and save his life. While we can't shrink people, we can shrink technology and its capabilities are making sci-fi a reality.

    Today's miniature medical devices are lifesavers. You're right. There's the implantable telescope to improve vision; a vitamin-sized pacemaker; and now a miniature catheter to give surgeons a real-time look from inside the heart and blood vessels. This could potentially allow them to clear clots without major surgery. The device is smaller than the head of a pin with an ultrasound probe and a single chip processor. It can receive and transmit 3-D images on thirteen tiny cables down a flexible tube to a computer.

    The prototype took sixty images every second using very little power which generates little heat. The images are unbeatable. It allows cardiologists a real time, high resolution image of the blood vessels forward, backwards, and of the sides so that they see exactly what the blockage looks like.

    Now they rely on images taken from outside the body such as an MRI and CT scan. They give doctors cross sectional images which are just slices of the body and not a continuous three D image the new device offers.

    The next step is to test the prototype on animals. The developers are also working to shrink the device even further to point four millimeters in order to see even smaller blood vessels. This new technology could be a great preventative intervention and reduce the one out of four Americans who die from heart disease.

 Medicine...

Medicine is constantly advancing – that is a great thing about life in the 21st century. But it doesn’t just happen. Dedicated biomedical scientists are making discoveries that translate into those new medical advances.

Biomedical science is broad, encompassing everything from social science to microbiology, biochemistry, epidemiology, to structural biology and bioinformatics to name just a few areas. And, it can involve basic fundamental biology, the use of AI and chemistry to clinical studies that evaluate new medicines in patients.

No matter the research focus, the goal is always the same, to advance human health. It may take a few months, a few years or for fundamental science, a few decades. Few people make the connection that biomedical science is medicine and that biomedical scientists are working today on the medicine of tomorrow. Our weekly 500-word newspaper columns and 2-minute radio shows and podcasts provide insights into a broad range of biomedical science topics.

Medical Discovery News is dedicated to explaining discoveries in biomedical research and their promise for the future of medicine.

Podcasts

Alternatively, you can copy and paste the following web address (URL) into iTunes as a new subscription:
https://www.medicaldiscoverynews.com/shows/audio/mdnews.rss

You can also search and subscribe to "Medical Discovery News" in the podcast section of iTunes.

See all podcasts and radio stations

The www.medicaldiscoverynews.com web site and Medical Discovery News radio program (Program) are made possible by The University of Texas Medical Branch at Galveston (UTMB)as a community service and are intended to advance UTMB's mission of providing scholarly teaching, innovative scientific investigation, and state-of-the-art patient care in a learning environment to better the health of society and its commitment to the discovery of new innovative biomedical and health services knowledge leading to increasingly effective and accessible health care for the citizens of Texas.

All information provided on the web site and in the Program is for informational purposes only and is not intended for use as diagnosis or treatment of a health problem or as a substitute for consulting a licensed medical professional. Any information obtained by participating as a web site visitor or program listener is not intended to and should not be considered to constitute medical advice.

Thoughts and opinions expressed on the Program or on the website are those of the authors or guests and do not necessarily reflect the opinions of UTMB. The provision of links to other websites is not to be construed as written or implied sponsorship or endorsement of such websites by UTMB.

Please contact Dr. David Niesel or Dr. Norbert Herzog via email with any concerns, suggestions or comments.

All rights are reserved to information provided on the website or other information sources. No part of these programs can be reproduced stored in a retrieval system or transcribed in any form or by any means for personal or financial gained without the express written permission of Drs. Niesel and Dr. Herzog.