Its recessional velocity of 700 km/sec is apparently too small to yield an accurate distance, due to a substantial peculiar (non-Hubble-expansion) velocity, as it implies a distance only 30 million light years, far less than redshift-independent distance estimates of 60 to 120 million light years. Given its apparent size of 2.5 by 0.9 arcmin, the 30 million light years distance yields a size of about 22 thousand light years, which seems far too small for its fairly regular structure. The redshift-independent distance estimates suggest a more reasonable diameter of 45 to 90 thousand light years.