TCG Playability
Sorcery
You draw three cards and you lose 3 life. Corrupted — Each opponent who has three or more poison counters loses 3 life.
They wished to become vital parts of the Dross Pits. Azax-Azog granted their request.
Feed the Infection is a versatile black sorcery from Phyrexian ONE that offers impressive card advantage at a reasonable cost, making it an excellent addition to both aggressive and controlling black decks across multiple formats. The base effect of drawing three cards for three black mana and three life is already solid rate, as you're effectively paying four mana for three cards when considering the life payment as additional cost, which compares favorably to other draw spells in black's color pie. The real power of Feed the Infection emerges in Corrupted decks that actively accumulate poison counters on opponents, which are becoming increasingly viable in Pioneer, Modern, and Commander formats thanks to recent Phyrexian-themed sets. When you've successfully dealt poison counters through cards like Plague Stinger, Toxic effects, or other poison-spreading permanents, Feed the Infection suddenly transforms into a three-mana drain effect that additionally draws you three cards, creating an enormous tempo swing that can close out games while you reload your hand. This card fits perfectly into poison-focused strategies and Phyrexian-themed decks that emphasize the corruption mechanic, but it's flexible enough to slot into any black deck that can afford the life payment and values card draw. In Commander, Feed the Infection shines in poison-focused commanders and casualty decks where poison counters are a secondary win condition, while in Pioneer and Modern it serves as a tool for dedicated Corrupted archetypes to maintain resources while advancing their game plan. The card's legality across almost every major format ensures that competitive and casual players alike can find homes for it, making it a smart pickup for black mage enthusiasts and anyone building around poison synergies.
Illustrated by Jason A. Engle