Home
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
November 24th, 2008
In news that is sure to ruin Bond villain’s plans for deadly lasers, researchers at Tel Aviv University are demonstrating the ability for lasers to speed healing of wounds. Rather than using traditional or bioresorbable sutures, Katzir, a physicist, has shown the efficacy of using lasers to melt and bond skin together which speeds healing and minimizes scarring by carefully controlling the temperature of the skin under the laser beam.
CollaRx, a surgical implant developed in Ireland, is on the fast track for FDA approval, skipping directly to large phase III clinical trials. Designed to prevent postoperative infections, the small biodegradable sponge is composed of collagen filled with antibiotics. Previous testing has shown that the high localized antibiotic concentration can eliminate even antibiotic resistant bugs, such as MRSA (Methicillin-resistant Staphlococcus aureus).
The Yeescope is a disposable single use laryngoscope, used for intubation of patients. In addition to the safety benefits it brings patients by preventing cross-contamination, the Yeescope minimizes dental damage thanks to a specially curved handle. Standard laryngoscopes are notorious for their propensity to chip and fracture the front teeth.
Category:
Digest |
No Comments
by
Bryce Chiang on
November 24th, 2008
Sorry for the technical difficult, but the HMDN website (www.hmdn.org) is back online.
Category:
Uncategorized |
No Comments
by
Bryce Chiang on
November 24th, 2008
The presentation files have been posted on the Invention2Venture Workshop page.
Category:
I2V Workshop |
No Comments
by
Bryce Chiang on
November 4th, 2008
November 7, 2008
 |
 |
SAVE THE DATE and REGISTER!
Invention to Venture Workshop: Medical Device Startup Process
Johns Hopkins University 2008
| Date: |
Friday, November 7, 2008 |
| Time: |
8:30AM to 4:30PM (reception to follow) |
| Location: |
Room G01, Broadway Research Building, Johns Hopkins University School of Medicine |
| Cost: |
Students - $20, Faculty & Staff - $50, Business Community - $75 |
For more info or to register go to www.invention2venture.org/jhu08. Register early as space is limited!
Johns Hopkins University is proud to host a one-day Invention to Venture Workshop on the basics of medical device entrepreneurship. I2V Johns Hopkins University 2008 is a fast-paced day of practical information and networking opportunities that can help take your ideas to commercialization. The workshop will consist of seven critical-to-success sessions led by real-world entrepreneurial speakers, practitioners, and panelists.
Invention to Venture workshops are held in cooperation with the
National Collegiate Inventors & Innovators Alliance (NCIIA).
Who should attend?
Aspiring technological entrepreneurs, including students, faculty, researchers, and community members; and business and investor community people seeking connections to new technology opportunities.
What will you learn?
How to take ideas to commercialization and how to make valuable networking connections. Your future business partner or investor may be sitting beside to you!
Agenda
| 8:00am |
Continental Breakfast, Registration, Networking |
|
| 8:30am |
Welcome Remarks |
| |
Aris Melissaratos - Senior Adviser to President, Johns Hopkins
|
| |
Elliot McVeigh - Chair, Dept of Biomedical Engineering, Johns Hopkins
|
|
| 8:45am |
Keynote Address: What is Med-Tech Entrepreneurship? |
| |
Eugene de Juan - Founder & Vice-Chairman, ForSight Labs
|
|
| 9:30am |
Idea Validation and Opportunity Assessment |
| |
Mark Kroll - Mark Kroll & Associates
|
| |
Joseph Smith - VP of Emerging Technologies, Johnson & Johnson
|
|
| 10:15am |
Prototype & Product Development Process |
| |
Ralph Cope - President, Accudyne Systems
|
| |
Brian Lipford - VP of Strategic Development, Key Technologies
|
| |
Neil Rothman - VP of R&D, Infinite Biomedical Technologies
|
|
| 11:00am |
Coffee Break & Networking |
|
| 11:15am |
FDA and Medical Device Regulations |
| |
Owen Faris - Scientific Reviewer, FDA
|
| |
Tina Kiang - Acting Branch Chief, FDA
|
|
| 12:00pm |
Johns Hopkins Technology Transfer |
| |
Wes Blakeslee - Executive Director, Johns Hopkins Technology Transfer
|
|
| 12:15pm |
Intellectual Property Management & Licensing |
| |
Ray Akhavan - Associate, Wilson Sonsini Goodrich & Rosati
|
| |
Thomas Jackson - Partner, Smith, Gambrell & Russell
|
| |
Vern Norviel - Partner, Wilson Sonsini Goodrich & Rosati
|
|
| 1:00pm |
Lunch & Networking |
|
| 2:00pm |
Building the Startup Team |
| |
Jennifer Elisseeff - Chief Scientist & Founder, Cartilix
|
| |
Santosh Venkatesha - CEO, Infinite Biomedical Technologies
|
|
| 2:45pm |
The Perfect Business Plan, Slide Show & Elevator Pitch |
| |
Larry Aronhime - Senior Lecturer, Johns Hopkins University
|
|
| 3:15pm |
Coffee Break & Networking |
|
| 3:30pm |
Finding the Money: Angels, VC’s, State Funding Sources |
| |
Kevin Forrest - Prinicpal, 5AM Ventures
|
| |
James Poulos - VP of Tech Transfer TEDCO
|
| |
Bruce Robertson - Managing Director, H.I.G. Ventures
|
| |
Amita Shukla - Prinicpal, New Enterprise Associates
|
|
| 4:30pm |
Closing Remarks & Reception |
|
For more info or to register go to www.invention2venture.org/jhu08 |
Gold Sponsor
Silver Sponsor
Bronze Sponsor
|
Organizers
|
|
 |
 |
Tags: invention2venture | Category:
Announcements, Events, I2V Workshop |
No Comments
by
Bryce Chiang on
November 3rd, 2008
Inventor and entrepreneur Mark Kroll will be speaking at the HMDN Seminar Series on this Thursday at 5:30pm in CSEB B17. Read more by clicking the link above. Refreshments and snacks will be offered.
A team of researchers at the Zanvyl Krieger School of Arts and Sciences, here at Johns Hopkins, have designed organic, self-assembling wire. The wire, small enough to interact with individual cells, may be used to stimulate individual cells–much like a highly sensitive pacemaker.
Doctors in Teikyo University Chiba Medical Center have taken to using OsiriX, an open source medical-imaging application, to construct three dimensional views guiding their surgeries more precisely. Unlike previous methods which relied on specialists’ subjective analyses of image stacks, this nearly automated method is allowing surgeons to render accurate models from images within minutes.
Doctors at Johns Hopkins who have worked on one of the first psilocybin studies in years are now speaking about their experiences. Psilocybin, the hallucinogenic compound in ‘magic mushrooms,’ was studied for the first time in thirty years here at Hopkins and the findings have been surprising; the long-term effects have been shown to have personal and spiritual significance over a year after its use. Their findings are published in psychopharmacology in 2006 and 2008.
Researchers at Argonne National Laboratory have developed a biocompatible ice slurry which is able to cool down the body from inside. This minimizes damage to organs after heart failure. Unlike external cooling, this will allow large organs to cool more quickly without damaging the cells while they are without oxygen.
If you enjoy this issue and would like to receive more, please contact HMDN@jhu.edu to sign up for future issues.
Category:
Digest |
No Comments