# special 1-factorization of regular bipartite graphs

Let $n= 2k+1, |X|=|Y|= n$ and $G= (X, Y, E)$ be a $(k+1)$-regular bipartite graph. Let $M$ be a perfect matching of $G$ having the property that every cycle of size 4 $C_4$ intersects  $M$ in at most one edge.

Does $G$ have a factorization  $M, M_1, M_2, ...., M_k$ such that:

for all $1\leq i \leq k$ ` $M \cup M_i$ is a Hamiltonian cycle

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