All Videos Tagged howto (MedTech I.Q.) - MedTech I.Q.2024-04-27T03:03:25Zhttp://medtechiq.ning.com/video/video/listTagged?tag=howto&rss=yes&xn_auth=noInformatics: Pros and Cons of Web-Based EMR Systemstag:medtechiq.ning.com,2010-06-05:2140535:Video:316982010-06-05T18:02:07.360ZCC-Conrad Clyburn-MedForeSighthttp://medtechiq.ning.com/profile/CCatMedTechIQ
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</a> <br></br>emedikon — May 29, 2010 — Video 3 in our EMR Simply Put series: what are the pros and cons of web-based electronic medical records systems? Also know as ASP or Saas, these emr systems may offer smaller practices the benefits of smaller start-up costs. What are the…
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</a><br />emedikon — May 29, 2010 — Video 3 in our EMR Simply Put series: what are the pros and cons of web-based electronic medical records systems? Also know as ASP or Saas, these emr systems may offer smaller practices the benefits of smaller start-up costs. What are the downsides? Systems Biology: Scaling Laws In Biology And Other Complex Systemstag:medtechiq.ning.com,2008-10-11:2140535:Video:46502008-10-11T19:16:18.895ZCC-Conrad Clyburn-MedForeSighthttp://medtechiq.ning.com/profile/CCatMedTechIQ
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</a> <br></br>In this Google TechTalk, Dr Geoffrey West, President and Distinguished Professor, Santa Fe Institute describes mathematical scaling laws as they relate to systems biology. Life is very likely the most complex phenomenon in the Universe manifesting an extraordinary diversity of form and function over an enormous range. Yet, many of its most fundamental and complex attributes scale with size in…
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</a><br />In this Google TechTalk, Dr Geoffrey West, President and Distinguished Professor, Santa Fe Institute describes mathematical scaling laws as they relate to systems biology. Life is very likely the most complex phenomenon in the Universe manifesting an extraordinary diversity of form and function over an enormous range. Yet, many of its most fundamental and complex attributes scale with size in a surprisingly simple fashion. For example, metabolic rate (the power required to sustain the system) scales as approximately the 3/4-power of mass over 27 orders of magnitude from molecular levels up to the largest multicellular organisms. Similarly, time-scales, such as lifespans and growth-rates, increase with exponents which are typically simple powers of 1/4.