  A general class of solutions is obtained which describe a spherically
symmetric wormhole system. The presence of arbitrary functions allows one to
describe infinitely many wormhole systems of this type. The source of the
stress-energy supporting the structure consists of an anisotropic brown dwarf
``star'' which smoothly joins the vacuum and may possess an arbitrary
cosmological constant. It is demonstrated how this set of solutions allows for
a non-zero energy density and therefore allows positive stellar mass as well as
how violations of energy conditions may be minimized. Unlike examples
considered thus far, emphasis here is placed on construction by manipulating
the matter field as opposed to the metric. This scheme is generally more
physical than the purely geometric method. Finally, explicit examples are
constructed including an example which demonstrates how multiple closed
universes may be connected by such wormholes. The number of connected universes
may be finite or infinite.
