SHOWCASE #73

Cover shows a distinct wavy/rippled texture across large portions of the surface, most consistent with past moisture exposure or humidity damage that has affected the paper stock without causing tears. Corners appear reasonably sharp with only mild wear, and there is no obvious major creasing or color break at the spine visible in this shot. The book is currently housed in a protective sleeve, and interior pages and the back cover were not assessed, so this grade reflects only the front cover surface condition visible here.

Showcase #73 introduced Anthro, a Stone Age protagonist created and drawn by Howard Post, marking the character's debut before he graduated to his own six-issue series later that same year. As one of the last try-out features to emerge from DC's long-running Showcase anthology before the title's cancellation, the issue occupies a small but documented niche in Silver Age DC history, chronicled in standard first-appearance references and price guides as Anthro's origin point.

Demand for the book tracks the broader mid-tier Showcase try-out market: steady but modest, with a substantial certified population (over 730 Universal copies on census) that keeps supply ahead of demand at most grade levels. Pricing climbs gradually through the mid grades and then accelerates sharply at the top of the curve, consistent with typical Silver Age grade-rarity behavior — the gap between a 9.2 and a 9.4 copy is already several multiples, and the scarcity of 9.6 and 9.8 copies (only a handful combined, with almost no recorded sales) suggests a further outsized premium awaits any high-end copy that surfaces.

The book suits Silver Age completists, DC try-out specialists, and collectors building out lesser-known character debuts rather than mainstream superhero buyers. Lower and mid-grade copies move as affordable, easily sourced reading copies given the large surviving population, while true high-grade examples are scarce enough that a fresh-to-market 9.6 or 9.8 would likely set a new benchmark well above current extrapolated levels.