Myostatin and mimetics thereof
a technology of myostatin and mimetics, applied in the field of myostatin, can solve problems such as increased muscle mass, and achieve the effect of prolonging the half-li
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[0059] The present invention describes a bioassay for myostatin. Using this assay the inventors provide a means for identifying a mimetic of functional myostatin, i.e. a skeletal muscle growth inhibitor, comprising a part of the amino acid sequence of the functional myostatin protein, which will bind to myostatin receptors.
[0060] Growth inhibitor mimetics will act as ligands of the myostatin receptors in one or more in vitro or in vivo biological assays of myostatin activity.
[0061] One example of an in vitro biological assay of myostatin activity is the inhibition of proliferation of cultured myoblasts. The addition of an effective amount of at least one growth inhibitor mimetic of the invention will inhibit the proliferation of the myoblasts.
[0062] One example of an in vivo biological assay of myostatin activity is the reduction of the muscle mass in either normal or in myostatin null mice. The administration thereto of an effective amount of at least one growth inhibitor mimeti...
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