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Welcome to the homepage of the Hopkins Medical Device Network.
Hopkins Medical Device Network (HMDN) is a student-run organization at the Johns Hopkins University that provides medical device development opportunities outside of the Design Team course, which is run by the Whitaker Biomedical Engineering Department. HMDN focuses on the educational aspect of medical device research and development, as well as team work and management. HMDN also encourages generating creative and innovative solutions to current medical problems. In addition, the organization facilitates networking with engineers, doctors, IP lawyers, entrepreneurs and venture capitalists. Such opportunities are not currently widespread at Johns Hopkins University, and there is a growing demand for an organization to provide them.
Our mission is to promote the development of medical device technologies at JHU by:
- Facilitating networking opportunities with students and professionals with similar interests
- Advising and supporting students engaged in research and the development of medical devices
- Connecting students with researchers, industry representatives and potential clients
- Educating and preparing students for the process of medical device development
by
Bryce Chiang on
October 19th, 2008
St. Jude Medical announces the approval of their newest product in American and European markets. The new Angio-Seal Evolution, like the original Angio-Seal, makes it easier for physicians to seal punctures made in the femoral artery used for catheters. The Evolution, unlike its predecessor, can be used single-handedly to create a bioresorbable suture reducing complications and speeding patient recovery.
Caltech scientists have developed a new logic gate for use in vivo. They are able to make a NAND gate, the basis of computing, by having a ribozyme attached to an RNA segment which codes for a fluourescent green protein. In the presence of both inputs the green fluourescence is no longer produced.
Rheo Systems is beginning clinical trials for a small implantable device which promises to lower blood pressure without ill effects. The device is implanted in the upper chest cavity with electrical leads on the carotid arteries will influence the body’s response to changes in blood pressure.
The X Prize foundation, best known for awarding Virgin Galactic $10M for building a Space Ship One, has announced plans to work together with the WellPoint foundation to create a similar prize for substantial changes in health care financing. Although the specific goal of the prize is set to be announced at the beginnning of 2009, it is expected that this will generate breakthroughs in the health economics field.
Proteins, essential parts of all life, are long chains of amino acids which fold only one way, creating compact molecules that catalyze reactions, sense light, and form the structure of most life. Scientists, with the aid of the most powerful computers in the world, are just now beginning to understand how they fold, and everyone’s invited to help. Fold it is a game which shows the player simplified protein structures and asks him to fold them to minimize interactions. By letting scientists observe how humans solve such puzzles, scientists can understand human pattern recognition and apply it to protein folding.
If you enjoy this issue and would like to receive more, please contact HMDN@jhu.edu to sign up for future issues.
Category:
Digest |
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by
Bryce Chiang on
October 17th, 2008
November 6, 2008 : 5:30 PM to 6:30 PM
Date: Thursday, November 6, 2008
Time: 5:30 - 6:30PM (reception to follow)
Location: CSEB Auditorium B17
St. Jude Medical was twice named as a “Top 50″ performing large company by BusinessWeek during Mark Kroll’s tenure as CTO (Chief Technology Officer) and Sr. VP. Now, he serves as corporate director of Haemonetics (NYSE:HAE), Taser International (NASD:TASR), NewCardio (BB:NWCI) and numerous private companies.
Serving on numerous faculty positions, Mark Kroll is also listed in the Who’s Who In Science And Engineering since 1992. He was awarded “Fellow” recognition by the American College of Cardiology and the Heart Rhythm Society. Co-editor of 3 books, and author of over 200 papers, invited presentations, book chapters, and abstracts.
Mark Kroll earned his B.S. Mathematics (University of Minnesota), M.S. and Ph.D. in Electrical Engineering (University of Minnesota), and M.B.A. (University of St. Thomas). His research specialty is the effects of electricity on the human body. Holding over 275 issued U.S. patents, Mark Kroll is honored by the U.S. Patent and Trademark Office as most prolific inventor of electrical medical devices in the world. Indeed, over 1 million human beings have his patents in their bodies.
Tags: mark kroll | Category:
Events, Seminars |
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by
Bryce Chiang on
October 17th, 2008
The Hopkins Medical Device Network is proud to announce the inaugural issue of the Digest. In addition to our other endeavors, we will bring you updates on the world of medical technologies, pharmaceutical advancements, and medical research. By compiling a few short articles a week, we hope to keep you up-to-date on topics important to us and the Hopkins community at large. Feel free to share these digests with your friends and associates, including those outside Hopkins. Thank you, we hope you enjoy.
Reserachers have discovered two genes responsible for baldness in caucasian males which affects one in seven males. Their research has been validated in over a thousand men, showing that two unknown genetic variants on chromosome 20 are resposnsible for male pattern baldness.
Cyberdyne, a Japanese company with an apparantly cruel sense of humor, has released the hybrid assistive limb (HAL) robotic suit. HAL is an electric exoskeleton which helps the elderly and disabled perform daily functions and offers heavy labor support in factories and disaster sites.
Neuronetics has developed the first FDA approved transcranial magnetic stimulation (TMS) system for treating depression. TMS is a noninvasive method using magnetic fields to induce currents and excite sections of the brain. TMS is believed to be a possible treatment for depression, migraines, even parkinsons disease.
Alright, the video games are not treating cancer themselves, rather they are being used in Kingston University to train radiological students in targeting cancer. A relative bargain at $500,000, the ‘overhead projector’ will minimize extra time the patients will spend in the operating room and trains students on using much more expensive radiological equipment.
Tags: e-digest | Category:
Digest |
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by
Kevin Yeh on
August 29th, 2008
September 10, 2008
target date for hmdn.org
Tags: Website | Category:
Announcements, Events |
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by
Admin on
July 7th, 2008
Time: 6:30 pm
Location: Johns Hopkins School of Medicine, Pre-Clinical Teaching Building (PCTB), West Lecture Hall.
Dr. David Hungerford invented the Duracon Total Knee Replacement technology, which has been implanted in approximately 3 million patients. He is currently a Professor in the Department of Orthopaedic Surgery at the Johns Hopkins University. In his talk, entitled “Medical Device Innovation: Total Knee Replacement as a Case Study,” Dr. Hungerford spoke about the commercialization path that he pursued and also provided some pearls of wisdom regarding creativity and device innovation
Tags: Commercialization, Medical Device | Category:
Seminars |
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