Complementary data acquired with different microscopy techniques provide a
basis for establishing a more comprehensive understanding of health and dis
ease at a cellular level, particularly when data acquired with different me
thodologies can be correlated in both time and space. In this Communication
, a brief description of a novel instrument capable of simultaneously perfo
rming confocal optical and magnetic resonance microscopy is presented, and
the first combined images of live Xenopus laevis oocytes are shown. Also, t
he potential benefits of combined microscopy are discussed, and it is shown
that the a priori knowledge of the high-resolution optical images can be u
sed to enhance the boundary resolution and contrast of the MR images. (C) 2
000 Academic Press.