  In this work, we consider a vacuum solution of Kaluza-Klein theory with
cylindrical symmetry. We investigate the physical properties of the solution as
viewed in four dimensional spacetime, which turns out to be a stationary,
cylindrical wormhole supported by a scalar field and a magnetic field oriented
along the wormhole.We then apply a boost to the five dimensional solution along
the extra dimension, and perform the Kaluza-Klein reduction. As a result, we
show that the new solution is still a wormhole with a radial electric field and
a magnetic field stretched along the wormhole throat.
