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17:47
SINAInnovations 2014: Breakthroughs In Material Science, Nanotechnology and Imaging (1 of 3)
SINAInnovations 2014: Breakthroughs In Material Science, Nanotechnology and Imaging (1 of 3)
SINAInnovations 2014: Breakthroughs In Material Science, Nanotechnology and Imaging (1 of 3)
Steven M. Cramer, William Weightman Walker Professor, Dept of Chemical & Biological and Biomedical Engineering, Rensselaer Polytechnic Institute, speaks on creating a new paradigm for bioprocessing, making biologic medicines available on demand for patients.
Introduction by Geoffrey Smith, Director, Mount Sinai Institute of Technology.
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25:11
SINAInnovations 2014: Breakthroughs In Material Science, Nanotechnology and Imaging (3 of 3)
SINAInnovations 2014: Breakthroughs In Material Science, Nanotechnology and Imaging (3 of 3)
SINAInnovations 2014: Breakthroughs In Material Science, Nanotechnology and Imaging (3 of 3)
Gordana Vunjak-Novakovic, Mikati Foundation Professor, Dept of Biomedical Engineering, Columbia University, speaks on tissue engineering and personalized medicine.
Introduction by Geoffrey Smith, Director, Mount Sinai Institute of Technology
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0:30
Concept for mechanical heart valve replacement - BEATS
Concept for mechanical heart valve replacement - BEATS
Concept for mechanical heart valve replacement - BEATS
This animation was part of a group assignment in Biomedical Engineering. It shows a new concept for a mechanical heart replacement valve during an open heart surgery. I made this animation entirely in Art of Illusion (some models were made in solidworks and imported).
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10:17
ISM - A. Romero
ISM - A. Romero
ISM - A. Romero
Biomedical Engineering speech #1
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5:12
Tissue engineering
Tissue engineering
Tissue engineering
Professor Robert Brown, Head of UCL's Tissue Repair and Engineering Centre, discusses how his centre's research is pioneering new ways of engineering tissue with future applications for transplants and repairing of damaged tissue. He spoke at the 2010 Times Cheltenham Science Festival on a panel discussion of biomedical engineers, who are revolutionising medical science. http://tinyurl.com/26vh8jh Video streamed by www.AllthingsScience.com
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78:53
Boston University’s 2014 University Lecture Presented by Edward Damiano
Boston University’s 2014 University Lecture Presented by Edward Damiano
Boston University’s 2014 University Lecture Presented by Edward Damiano
A Bionic Pancreas for Type 1 Diabetes: The Long-Awaited Alternative to the Ever-Elusive Cure
Presented by Edward Damiano, Associate Professor of Biomedical Engineering
Edward R. Damiano is an Associate Professor of Biomedical Engineering in the Boston University College of Engineering, where he has taught since 2004. His expertise and training are in the areas of mechanical and biomedical engineering, applied mechanics, and applied mathematics.
Professor Damiano has gained worldwide attention over the last decade for groundbreaking work in the treatment of Type 1 diabetes. Ever since his 15-year-old son, David, was diagnosed at 11 months
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0:21
How To Download Series in Medical Physics and Biomedical Engineering
How To Download Series in Medical Physics and Biomedical Engineering
How To Download Series in Medical Physics and Biomedical Engineering
Link To Download Book; Series in Medical Physics and Biomedical Engineering http://is.gd/p4dzPb
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0:57
Applying to Yale PEB Through Biomedical Engineering
Applying to Yale PEB Through Biomedical Engineering
Applying to Yale PEB Through Biomedical Engineering
How to apply to Yale's Integrated Graduate Program in Physical and Engineering Biology through the Biomedical Engineering department.
More information can be found at peb.yale.edu
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2:29
A "Toolbox" for Tissue Engineering - Biomedical Engineering at RIT
A "Toolbox" for Tissue Engineering - Biomedical Engineering at RIT
A "Toolbox" for Tissue Engineering - Biomedical Engineering at RIT
Thomas Gaborski’s research may be in ultra-thin nano-membranes, but it’s going to be titanic in advancing tissue engineering.
Gaborski, assistant professor of biomedical engineering at Rochester Institute of Technology, and his research team, are developing ways to use ultra-thin nano-membranes and adipose (fat cell) stem cells to create the vascular networks necessary for engineering tissue, skin and organs.
For these organs to be viable, there is a need for not only the organ structure but also, the inner network of micro-vessels and capillaries. Gaborski is developing those complex structures, specifically transparent and permeable membr
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0:21
USA2
USA2
USA2
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0:57
Aileen Huang-Saad Biomedical Engineering
Aileen Huang-Saad Biomedical Engineering
Aileen Huang-Saad Biomedical Engineering
University of Michigan biomedical engineering professor Aileen Huang-Saad on the connection between biomedical engineering and entrepreneurship.
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0:43
NC State Research: Cancer-Killing Nanodaisies
NC State Research: Cancer-Killing Nanodaisies
NC State Research: Cancer-Killing Nanodaisies
http://www.ncsu.edu
NC State University researchers have developed a potential new weapon in the fight against cancer: millions of tiny “nanodaisies” that sneak inside cells and destroy them from within.
The research is led by Dr. Zhen Gu, assistant professor in the Joint Department of Biomedical Engineering — a partnership between NC State and UNC Chapel Hill that seeks to tackle the urgent biomedical problems facing our world.
For more information on Dr. Gu’s nanodaisy research, visit http://news.ncsu.edu/2014/11/cancer-killing-nanodaisies/
A transcript of this video is available at http://go.ncsu.edu/nanodaisies-transcript
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0:40
BeachTV Hot Tips, Cool Jobs - Biomedical Engineering
BeachTV Hot Tips, Cool Jobs - Biomedical Engineering
BeachTV Hot Tips, Cool Jobs - Biomedical Engineering
Who designs things like needle-free diabetes care, robotic check-ups, an electronic aspirin? The answer, biomedical engineers. It is one of the most rapidly growing career fields in the United States. These people analyze and design solutions to problems in medicine and biology, improving the quality of patient care. With a degree from Cal State Long Beach you can become a part of this amazing career field.
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11:27
Real Time Control and Analysis in Biomedical Applications Using MATLAB and Simulink Simulink Webin
Real Time Control and Analysis in Biomedical Applications Using MATLAB and Simulink Simulink Webin
Real Time Control and Analysis in Biomedical Applications Using MATLAB and Simulink Simulink Webin
The MATLAB product family enables real-time data acquisition and processing, but also gives the user flexibility in implementing their own extensions and interfaces to custom hardware. In this webinar, we show how we use the MathWorks tool chain to support our research in biomedical engineering, from data acquisition to real-time closed-loop control solutions, with examples on how different real-time requirements can be addressed and how the MATLAB APIs can be used to interface with external custom devices.
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8:33
Top 10 Graduate Biomedical Engineering Schools
Top 10 Graduate Biomedical Engineering Schools
Top 10 Graduate Biomedical Engineering Schools
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3:06
Biomedical Engineering Schools In Nebraska
Biomedical Engineering Schools In Nebraska
Biomedical Engineering Schools In Nebraska
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0:21
Free Download Medical Physics and Biomedical Engineering John G Webster
Free Download Medical Physics and Biomedical Engineering John G Webster
Free Download Medical Physics and Biomedical Engineering John G Webster
Free Download MasteringBiology with Pearson eText 10th Edition PDF Here - http://is.gd/aeDUZ8
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10:04
NIH National Institute of Biomedical Imaging and Bio-engineering CIO-SP3 Case Study
NIH National Institute of Biomedical Imaging and Bio-engineering CIO-SP3 Case Study
NIH National Institute of Biomedical Imaging and Bio-engineering CIO-SP3 Case Study
This video case study describes NIBIB's recent IT services procurement strategies and the agencies use of NITAAC CIO-SP3 government-wide acquisition contract (GWAC). Todd Schwartzrock hosts this in-depth discussion with NIH program and contracting officers.
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0:21
Download Book Series in Medical Physics and Biomedical Engineering
Download Book Series in Medical Physics and Biomedical Engineering
Download Book Series in Medical Physics and Biomedical Engineering
Download Book Series in Medical Physics and Biomedical Engineering Free PDF Here http://is.gd/p4dzPb
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0:00
Oxford and the next-generation of mobile health
Oxford and the next-generation of mobile health
Oxford and the next-generation of mobile health
Dr David Clifton, Royal Academy of Engineering University Fellow, Institute of Biomedical Engineering, University of Oxford
Oxford Martin School,
University of Oxford
www.oxfordmartin.ox.ac.uk
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1:55
Pre-College Programs: Optics - University of Rochester
Pre-College Programs: Optics - University of Rochester
Pre-College Programs: Optics - University of Rochester
The University of Rochester's innovative pre-college programs have been enlightening young minds for over 20 years. High school students are able to gain new perspectives on their academic abilities and potential, get a taste of the college environment, enjoy new opportunities to investigate educational goals, and build lasting relationships with peers who share similar academic and personal interests. All courses are designed to broaden the educational experience and sharpen academic skills, helping students learn more about who - not just what - they want to be.
Learn more at: http://enrollment.rochester.edu/precollege/
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2:34
Pre-College Programs: Bio-Medical Engineering - University of Rochester
Pre-College Programs: Bio-Medical Engineering - University of Rochester
Pre-College Programs: Bio-Medical Engineering - University of Rochester
The University of Rochester's innovative pre-college programs have been enlightening young minds for over 20 years. High school students are able to gain new perspectives on their academic abilities and potential, get a taste of the college environment, enjoy new opportunities to investigate educational goals, and build lasting relationships with peers who share similar academic and personal interests. All courses are designed to broaden the educational experience and sharpen academic skills, helping students learn more about who - not just what - they want to be.
Learn more at: http://enrollment.rochester.edu/precollege/
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11:15
Embracing the engineering mindset, all stereotypes aside | Christine Schindler | TEDxDuke
Embracing the engineering mindset, all stereotypes aside | Christine Schindler | TEDxDuke
Embracing the engineering mindset, all stereotypes aside | Christine Schindler | TEDxDuke
This talk was given at a local TEDx event, produced independently of the TED Conferences. In an effort to combine these two passions, Christine founded Girls Engineering Change, a now non-profit organization, which creates a mentorship network between university students and young females in upper elementary and middle school to assemble devices, such as electrosurgery unit testers and solar-powered USB chargers, which are donated to assist in the developing world. In this way, the young girls have a tangible way to see how engineering can be used to make an impact in the world. This understanding was further advanced as Christine traveled to