64 the user advances the fastener deployment actuator 24 on the handle 12 towards the stationary handle body 20 which results in the longitudinal movement of the deployment housing 66 within the fastener lumen 44 of the elongated body 14 longitudinal movement of the deployment housing 66 results in the deployable needle 64 advancing through the fastener deployment port 56 into the fastener receiving port 58 and engaging the needle catch 68 located therein as shown in fig8 the deployable needle 64 has engaged the needle catch 68 the needle catch 68 is attached to the fastener material 62 located within the auxiliary lumen 42 fig9 shows a cross sectional view of the engagement tip 16 of the present invention wherein the deployable needle 64 having engaged and been retained by the needle catch 68 attached to the fastener material 62 is positioned within the fastener lumen 44 of the elongated body 14 to retract the deployable needle the user moves the fastener deployment actuator 24 rearwardly away from the stationary handle body 20 as a result the deployment housing 66 moves in a reward longitudinal motion which results in the deployable needle 64 which is attached to the deployment housing 66 moving rearwardly the deployable needle 64 having the needle catch 68 and the fastener material 62 attached thereto retracts through the fastener receiving port 58 and enters the fastener deployment port 56 as shown in fig9 the fastener material 62 is in communication with the auxiliary lumen 42 and the fastener lumen 44 thereby traversing the actuation flange 50 in an alternate embodiment of the present invention the extendable tip 48 the fastener deployment housing 46 or the elongated body 14 may include at least.