Learning how to use LabVIEW for making cool applications
This is a video we made to help introduce people to some of the concepts in LabVIEW. LabVIEW is a programming language that was created in 1986 and has become very popular among engineers and scientists because it is almost entirely graphical. Graphical programming languages like LabVIEW are really great for people that don't like or don't understand text based languages like C++ or C#. You can do all of the things that a text based language can do but you don't have to worry about things like thread management or memory allocation. You can even create fairly powerful applications for multicore processors that truly take advantage of the different cores. This video just introduces the basics of LabVIEW but if you want, you can actually go check out the Evaluation version at >http://www.ni.com/labview/
Human tissues vary in their ability to heal and regenerate. The nervous system has weak powers of regeneration, while the skin is quick to make new cells for repair. Mammalian muscle cells are intermediate in their ability to regenerate. Human muscle can regenerate in response to minor wounds and normal wear and tear, but humans will not grow a new bicep, for example, in response to amputation. The heart is the most important muscle in the body and yet has feeble regenerative capabilities. Research into the wholesale production of new replacement organs and limbs is in its infancy, but research into enhancing normal levels of regeneration is progressing rapidly. Recent discoveries concerning the location and characteristics of adult stem cells and the signals that wounded tissue produces to activate stem cells have increased our understanding of regeneration. Insulin-like growth factor 1 (IGF1) is an example of an important stem cell communication molecule. If the activity of the growth factor is experimentally enhanced, muscle regeneration improves. Part 1
Bio Engineering/ME C117: Structural Aspects of Biomaterials By Professor Lisa Pruitt
This course provides an overview of medical devices, FDA regulatory issues, biocompatibility and sterilization technology. It examines biomechanical properties: isotropy/anisotropy, stiffness, bending stresses, contact stresses, multiaxial loading, plasticity, fatigue, fracture, wear, corrosion, design issues. Also covered: Orthopedics, Dental, Cardiovascular, and Soft Tissue Reconstruction. Professor Pruitt's current research is focused on fatigue and fracture micromechanisms, cyclic damage zones, and evolution of structure due to cyclic loading and environment in advanced polymers and biomaterials; tribology of...
>>ME C117 Lecture 01: Course Overview (1:22:09) >>ME C117 Lecture 02: Biocompatibility/FDA Regulatory Agency (1:21:09) >>ME C117 Lecture 03: Orthopedics (1:20:24) >>ME C117 Lecture 04: Case Study: Sulzer Recall (1:19:44) >>ME C117 Lecture 05: Case Study: Hip Implant Corrosion >>ME C117 Lecture 06: Final Project Outline >>ME C117 Lecture 07: Case Study: Sterilization >>ME C117 Lecture 08: Wear in Total Joint Replacements >> ME C117 Lecture 09: Total Shoulder Replacements; Contact >>ME C117 Lecture 10: Contact Stress in Devices; Stress >>ME C117 Lecture 11: Dr. Michael Ries, Chief of... >>ME C117 Lecture 12: UHMWPE Fatigue >>ME C117 Lecture 13: Fatigue Design >> ME C117 Lecture 14: Guest Lecture - Dr. Andy Kohm, Spinal >>ME C117 Lecture 15: Defect Tolerant Philosophy >>ME C117 Lecture 16: Prof. Rob Ritchie, Fracture in... >>ME C117 Lecture 17: Dental Materials >>ME C117 Lecture 18: Guest Lecture: Vascular Mechanics >>ME C117 Lecture 19: In Class Demonstrations: Knee, Hip,... >>ME C117 Lecture 20: Dr. Scott Robertson, LBL - Stents:... >> ME C117 Lecture 21 - Dr. Alan Pelton, Nitinol Device >>ME C117 Lecture 22: Soft Tissue Reconstruction >>ME C117 Lecture 24: Exam Solutions >>ME C117 Lecture 26: Student Presentations >>ME C117 Lecture 27: Student Presentations (continued)
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