Thus, since the metal foil 5 in the wired circuit board 1 includes the plurality of discrete portions 13 arranged in mutually spaced apart relation, the metal foil 5 can be formed to correspond to {HEAD ~ the plurality} of {TAIL ~ wires} 10, i.e., the number and shapes of the wires 10, while retaining flexibility 
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Thus , since the metal foil 5 in the wired circuit board 1 includes the plurality of discrete portions 13 arranged in mutually spaced apart relation , the metal foil 5 can be formed to correspond to { HEAD ~ the plurality } of { TAIL ~ wires } 10 , i.e. , the number and shapes of the wires 10 , while retaining flexibility
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