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The result is compounding benefits each peptide enhances the effectiveness of the others

This can lead to reduced contralesional arm use, with individuals favouring their ipsilesional arm for motor tasks despite having residual motor function of the contralesional arm

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This work was supported by the Department of Defense Peer Reviewed Medical Research Program grant PR141776 (S.J.W.), University of Texas Medical Branch Technology Commercialization Award (S.J.W), and NIH grant R01GM112936 (C.C.F)