  Results will be presented from a study of the QCD transition region using 2+1
flavors of fermions and a dislocation suppressing gauge action on a lattice
with temporal extent of 8 and spatial extent 16 (1.9 - 2.7 fm). A series of
temperatures from 140 through 200 MeV, separated by 10 MeV have been studied.
All the simulations lie on a line of constant physics with 200 MeV pions,
realized using domain wall fermion, a chirally symmetric fermion formulation.
The chiral condensates, susceptibility, anomalous symmetry breaking and a
detailed study of the Dirac spectrum will be described and compared with
earlier staggered results.
