  An increasing sequence of integers is said to be universal for knots if every
knot has a reduced regular projection on the sphere such that the number of
edges of each complementary face of the projection comes from the given
sequence. Adams, Shinjo, and Tanaka have, in a work, shown that (2,4,5) and
(3,4,n) (where n is a positive integer greater than 4), among others, are
universal. In a forthcoming paper, Adams introduces the notion of a
multi-crossing projection of a knot. An n-crossing projection} is a projection
of a knot in which each crossing has n strands, rather than 2 strands as in a
regular projection. We then extend the notion of universality to such knots.
These results allow us to prove that (1,2,3,4) is a universal sequence for both
n-crossing knot projections, for all n>2. Adams further proves that all knots
have an n-crossing projection for all positive n. Another proof of this fact is
included in this paper. This is achieved by constructing n-crossing template
knots, which enable us to construct multi-crossing projections with crossings
of any multiplicity.
