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Xref: cantaloupe.srv.cs.cmu.edu sci.med:59477 sci.bio:12114 sci.bio.technology:866 sci.engr.biomed:912Path: cantaloupe.srv.cs.cmu.edu!rochester!cornell!batcomputer!caen!uwm.edu!cs.utexas.edu!usc!elroy.jpl.nasa.gov!ncar!noao!amethyst!organpipe.uug.arizona.edu!bigdog.engr.arizona.edu!ame_0123From: ame_0123@bigdog.engr.arizona.edu (Terrance J. Dishongh)Newsgroups: sci.med,sci.bio,sci.bio.technology,sci.engr.biomedSubject: Strain Gage Applications in vivoMessage-ID: <1993Apr28.173600.21703@organpipe.uug.arizona.edu>Date: 28 Apr 93 17:36:00 GMTReferences: <1rkt3r$51e@sequoia.ccsd.uts.EDU.AU>Sender: news@organpipe.uug.arizona.eduOrganization: University of ArizonaLines: 14GreetingI am starting work on a project where I am trying to make strain gagesbond to bone in vivo or a period of several months.  I am currentlyusing hydroxyapaptite back gages, and I have tried M-bonding the gagesto the bone.  Apart from those two application methods there doesn'tseem to be much else in the literature.  I have only an engineering background not medical or biological.  I would be interest in anyideas about how to stimulte bone growth on the surface of cortical bone.Thanks for oyur help in Advance.Terrance J Dishonghame_0123@bigdog.engr.arizona.edu

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