Let $N$ be a compact, connected, nonorientable surface of genus $g$ with $n$
boundary components, and $\mathcal{C}(N)$ be the complex of curves of $N$.
Suppose that $g + n \leq 3$ or $g + n \geq 5$. If $\lambda : \mathcal{C}(N)
\rightarrow \mathcal{C}(N)$ is an injective simplicial map, then $\lambda$ is
induced by a homeomorphism of $N$.
We prove that each superinjective simplicial map of the complex of curves of
a compact, connected, nonorientable surface is induced by a homeomorphism of
the surface, if g+n is at most 3 or g+n is at least 5, where g is the genus of
the surface and n is the number of the boundary components.