  We present a re-examination of the electronic structure and Fermi Surface
(FS) of Bi-Sr-Ca-Cu-O (BSCCO) as obtained from angle-resolved photoemission
experiments. By applying a stricter set of FS crossing criteria as well as by
varying the incident photon energy outside the usual range, we have found very
different behavior from that previously observed. In particular we have found
an electron-like FS centered around the Gamma point, and the flat bands at E_F
near the M point of the zone are absent. These results are robust over a large
range of dopings and from single to double layer samples.
