 We develop a stochastic kinetic model for studying the strength and stability of a pre-formed attachment of a MT with a rigid wall where the MT is tethered to the wall by a group of  motor proteins.
<clarity>  We develop a stochastic kinetic model for studying the strength and stability of a pre-formed attachment of a MT with a rigid wall where the MT is tethered to the wall by a group of  motor proteins.
 We develop a stochastic kinetic model of a pre-formed attachment of a MT with a rigid wall where the MT is tethered to the wall by a group of motor proteins.