**T.J. Watt Undergoes Successful Surgery for Collapsed Lung**
**Meta Description:** T.J. Watt has successfully undergone surgery to repair a collapsed lung, impacting his availability for the Steelers’ upcoming game against the Dolphins.
**URL Slug:** tj-watt-surgery-collapsed-lung
**T.J. Watt Undergoes Successful Surgery for Collapsed Lung**
Pittsburgh Steelers linebacker T.J. Watt has successfully undergone surgery to stabilize and repair a partially collapsed lung, an injury he sustained during a dry needling procedure at the team’s training facility. His brother, former NFL star J.J. Watt, shared the news on social media, confirming that T.J. is being released from the hospital today, although his recovery timeline remains uncertain.
The Steelers announced that T.J. was hospitalized after experiencing discomfort in his lung, leading to the decision for surgery. Head coach Mike Tomlin has ruled him out for the upcoming game against the Miami Dolphins, marking a significant loss for the team. T.J. has been a key player for the Steelers this season, participating in every game thus far.
Currently, the Steelers hold a 7-6 record and are vying for a playoff spot after their recent victory over the Baltimore Ravens. T.J. Watt’s contributions to the defense have been invaluable, with seven sacks, three forced fumbles, and 53 total tackles in just 13 games this season. He has consistently been recognized for his performance, making the Pro Bowl for the last seven consecutive years and earning the title of Defensive Player of the Year in 2021.
As the Steelers prepare to face the Dolphins, who are also in contention for a playoff berth with a 6-7 record, the absence of T.J. Watt could have significant implications for the team’s defensive strategy. The matchup is set for 8:15 p.m. ET on Monday, making it a crucial game for both teams as they aim to secure their positions in the postseason.
**FAQ**
**What injury did T.J. Watt sustain?**
T.J. Watt sustained a partially collapsed lung during a dry needling procedure, which required surgery for stabilization and repair.