Page 33 - Arthroscopic Knot Tying: An Instruction Manual
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                   Revo Knot


                   The Revo knot is a series of multiple half hitches made by alternating the post and direction of the half
                   hitches. There have been several modifications to the Revo knot.

                   The Original Revo Knot (Fig. 17)








































                     FIGURE 17. A-H. Original Revo knot.


                   The  Original  Revo  knot  (SxS//SxS;  25  ,35  )  consists  of  two  reversed  half  hitches  on  an  identical  post
                   followed by post switching and two reversed half hitches.


                        Throw an overhand loop around the post (Fig. 17A ).
                        Pull the loop into the joint with the knot pusher on the loop limb (Fig. 17B )
                        Withdraw the knot pusher while maintaining tension on the post limb.
                        Throw an underhand loop around the same post (Fig. 17C )
                        Pull  the  loop  into  the  joint  and  seat  the  knot  with  the  knot  pusher.  Once  the  two  hitches  are
                        seated, past-point to cinch the knot down (Fig. 17D ).
                        Switch posts and throw an underhand loop around the new post (Fig. 17E ).
                        Pull the loop into the joint, seat the knot with the knot pusher, and past-point to cinch the knot
                        down (Fig. 17F ).
                        Next, throw an overhand loop around the post (Fig. 17G ).
                        Pull the loop into the joint, seat the knot with the knot pusher, and past-point to cinch the knot
                        down. (Fig. 17H ).

                   The  Original  Revo  knot  has  been  shown  to  have  superior  biomechanical  properties  compared  to  the
                   Overhand Throw, has similar biomechanical properties when compared with the Duncan loop and the Taut
                   line hitch (25 ), and has inferior biomechanical properties when compared to the French knot (22 ).
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