Experimental study on the biomechanical properties of minimi finger’s muscle flexor
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    Abstract:

    Objective Did research on normal countrymen flexor digiti minimi tendon simulation traumata kiss connectme with skill rear mechanical property, supply biomechanics parameter with clinical. Method Get the twenty loaf wholehand specimen of the TAKEN acuteness header traumata killing adult fresh cadaver, dissection expose flexor digiti minimitendon to adopt electron universal testing machine proceed tension test till flexor disinsertion (I group), then cent twogroup, parting with tendon and tendon terminal wove dovetail (II group, 10 example), and tendon and unfold aponeurosesterminal wove dovetail (III group, 10 example), and then proceed stretch experiment result in rupture. record creackingload, stress, strain on the breaking time. Result The normal group (I group) cracking load is 237.4 N, stress is 24.5 MPa,strain is 12.6%; II group is parting for 100.6 N, 20.4 MPa, 11.5%; III group is parting for 63 N, 12.6 MPa, 14.7%. ConclusionBe little finger rupture of tendon withal tendon-tendon terminal wove dovetail be able to procure optimal mechanics effect,fit to clinical adopt.

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. Experimental study on the biomechanical properties of minimi finger’s muscle flexor[J]. Journal of medical biomechanics,2006,21(2):150-152

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