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We explore the question of using an entangled state as a universal resourcefor implementing quantum measurements by local operations and classicalcommunication (LOCC). We show that for most systems consisting of three or moresubsystems, there is no entangled state from the same space that can enable allmeasurements by LOCC. This is in direct contrast to the bipartite case, where amaximally entangled state is an universal resource. Our results are obtainedshowing an equivalence between the problem of local state transformation andthat of entanglement-assisted local unambiguous state discrimination.

Entanglement as a resource for local state discrimination in multipartite systems