OG Anunoby Tracking Toward Eastern Conference Finals Return With Hamstring Strain

OG Anunoby is managing a right leg hamstring strain and is expected to return for the Eastern Conference Finals, according to the team's current reporting. The grade of this injury is inferred — no imaging confirmation or clinical grading has been publicly disclosed — but the ECF return target is a meaningful clinical signal in itself.

The hamstring is a myotendinous injury with a well-documented spectrum of severity. A Grade 1 strain (micro-damage, structural integrity intact) resolves in roughly 1–2 weeks; a Grade 2 partial disruption typically requires 3–6 weeks. The ECF return expectation places this injury somewhere in the Grade 1 to low Grade 2 range from a timeline perspective. The Knicks are currently in the second round as of mid-May 2026, which means the ECF window opens in approximately one to two weeks — the biology is consistent with that target only if this is a Grade 1 or very early Grade 2 presentation.

This is the critical context for the NBA postseason modifier: once it's May, players and teams tolerate clinical risk that wouldn't fly in March. "Expected to return for the ECF" in playoff language is functionally closer to "probable" than it reads on paper. That said, hamstring injuries carry a genuinely elevated reinjury risk, particularly when return-to-play is driven by a hard external deadline rather than full tissue recovery. Functional clearance — passing sprint and cutting tests — consistently precedes biological healing in hamstring strains, and the literature on reinjury rates when players return at the early end of the window is well-established.

The watch signal here is straightforward: if Anunoby is limited or absent from any ECF game early in the series, a Grade 2 re-evaluation becomes the operative frame. A player managing a hamstring at this level of competition, on this kind of accelerated timeline, is operating with a real margin for error — and playoff demand on a wing defender covers every movement pattern that stresses the hamstring maximally.