member to be viewed as a unit having a number of adhering subdomains, with the adhering subdomains being divided by the introduced slits. The adhered two-component device opens in an accordion-like manner under flexion. In instances of the two-component device disclosed, the adhering subdomains can actually separate from one another over time thereby creating independent subdomains. Mechanical manipulation of the type described above can provide for “elastic-like” properties in non-elastic polymers. Although the mechanical manipulation does not change the non-elastic characteristic of the particular polymer, the introduction of voids or discontinuities can allow for movement in dimensions where no movement would be possible absent the voids or discontinuities. Having described specific instances of discontinuities in connection with the present disclosure, reference will now be made to drawings. Figs. 1A, 1B and 1C are bottom projection views of an interlaced wound closure device of the present disclosure showing only structural film elements without release liners. Common elements depicted in the three Figures include first adhesive-backed anchoring member 10 having a wound edge 11, first elongated connectors 12, first pulling element 14, second adhesive-backed anchoring member 16 having a wound edge 17, second elongated connectors 18 and second pulling element 20. Each of Figs. 1A, 1B and 1C show a homogenous discontinuity pattern. In other words, each discontinuity in Fig. 1A is substantially identical with all others. The same can be said for Figs. 1B and 1C. As indicated previously, homogeneity of discontinuities on a particular adhesive-backed anchoring member, or a particular two component medical device, is not a requirement. Fig. 1A shows over 1,000 specific discontinuities in first adhesive-backed anchoring member 10 and second adhesive-backed anchoring member 16. Each discontinuity is generally small and circular and a preferred method of introducing such discontinuities would be perforation through a needle or pin die cutting process. As mentioned previously, some routine experimentation will be required to optimize perforation in connection with a particular combination of polymeric sheet material and an adhesive to be used to secure the processed polymeric sheet material (in the form of an adhesive-backed anchoring member) to the skin. Fig. 1B shows over 750 specific discontinuities in first adhesive-backed anchoring member 10 and second adhesive-backed anchoring member 16. Each discontinuity is circular and larger than that shown in Fig. 1A . Because of the somewhat larger size of the discontinuity, a punch process would likely be the preferred method of introducing such