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- Davis_law abstract "Davis's law is used in anatomy and physiology to describe how soft tissue models along imposed demands. It is the corollary to Wolff's law, which applies to osseous tissue. It is a physiological principle stating that soft tissue heal according to the manner in which they are mechanically stressed.It is also an application of the Mechanostat model of Harold Frost which was originally developed to describe the adaptational response of bones; however - as outlined by Harold Frost himself - it also applies to fibrous collagenous connective tissues, such as ligaments, tendons and fascia. The "stretch-hypertrophy rule" of that model states: "Intermittent stretch causes collagenous tissues to hypertrophy until the resulting increase in strength reduces elongation in tension to some minimum level". Similar to the behavior of bony tissues this adaptational response occurs only if the mechanical strain exceeds a certain threshold value. Harold Frost proposed that for dense collagenous connective tissues the related threshold values are around 23 Newton/mm2 or 4% strain elongation.".
- Davis_law thumbnail DavisLawEngl01.jpeg?width=300.
- Davis_law wikiPageExternalLink books?id=5J3ERwAACAAJ&dq=inauthor:%22John+Joseph+Nutt%22&hl=en&ei=DkZ_TebuK46F0QGI4c36CA&sa=X&oi=book_result&ct=result&resnum=1&ved=0CCgQ6AEwAA.
- Davis_law wikiPageExternalLink books?id=5gycXSqzr7oC.
- Davis_law wikiPageExternalLink books?id=Q0EgHgjsvo8C&pg=PA157&img=1&pgis=1&dq=davis&sig=ACfU3U2kZiaxKU1GFTJC6ba3T-wnDlBycA&edge=0.
- Davis_law wikiPageID "8007886".
- Davis_law wikiPageLength "8201".
- Davis_law wikiPageOutDegree "23".
- Davis_law wikiPageRevisionID "661838156".
- Davis_law wikiPageWikiLink Bone_tissue.
- Davis_law wikiPageWikiLink Category:Musculoskeletal_system.
- Davis_law wikiPageWikiLink Collagen.
- Davis_law wikiPageWikiLink Collagen_fiber.
- Davis_law wikiPageWikiLink Corollary.
- Davis_law wikiPageWikiLink Deformation_(mechanics).
- Davis_law wikiPageWikiLink Gastrocnemious_tendon.
- Davis_law wikiPageWikiLink Harold_Frost.
- Davis_law wikiPageWikiLink Henry_Gassett_Davis.
- Davis_law wikiPageWikiLink Hypertrophy.
- Davis_law wikiPageWikiLink Jacques_Mathieu_Delpech.
- Davis_law wikiPageWikiLink Mechanostat.
- Davis_law wikiPageWikiLink Micro-g_environment.
- Davis_law wikiPageWikiLink Micro-gravity.
- Davis_law wikiPageWikiLink Moduli_(physics).
- Davis_law wikiPageWikiLink Muscle_contracture.
- Davis_law wikiPageWikiLink Osseous_tissue.
- Davis_law wikiPageWikiLink Scoliosis.
- Davis_law wikiPageWikiLink Soft_tissue.
- Davis_law wikiPageWikiLink Tendon.
- Davis_law wikiPageWikiLink Traction_(orthopedics).
- Davis_law wikiPageWikiLink Ultimate_tensile_strength.
- Davis_law wikiPageWikiLink Wolffs_law.
- Davis_law wikiPageWikiLink File:DavisLawEngl01.jpeg.
- Davis_law wikiPageWikiLink File:DavisLawEngl02.jpeg.
- Davis_law wikiPageWikiLinkText "Davis' law".
- Davis_law hasPhotoCollection Davis_law.
- Davis_law wikiPageUsesTemplate Template:Refimprove.
- Davis_law wikiPageUsesTemplate Template:Reflist.
- Davis_law subject Category:Musculoskeletal_system.
- Davis_law comment "Davis's law is used in anatomy and physiology to describe how soft tissue models along imposed demands. It is the corollary to Wolff's law, which applies to osseous tissue.".
- Davis_law label "Davis' law".
- Davis_law sameAs Davissches_Gesetz.
- Davis_law sameAs m.026nbnl.
- Davis_law sameAs Q5241804.
- Davis_law sameAs Q5241804.
- Davis_law wasDerivedFrom Davis_lawoldid=661838156.
- Davis_law depiction DavisLawEngl01.jpeg.
- Davis_law isPrimaryTopicOf Davis_law.