Member Of Laura Linney’s Team Assaulted By Autograph Hound In NYC


A shocking incident took place in New York City during Fashion Week, when a member of actress Laura Linney’s team was assaulted by an autograph hound. The incident highlights the need for increased security and the risks that celebrities face in their daily lives.

Key Takeaway

The assault on a member of Laura Linney’s team by an autograph hound in NYC underscores the importance of enhanced security measures for celebrities. This incident serves as a reminder of the risks involved in being in the public eye and the need for increased protection.

Aggressive Approach

As Laura Linney was leaving an event, accompanied by a member of her team, an overzealous fan appeared out of nowhere, attempting to approach her for an autograph. The man’s approach was aggressive from the start, disregarding the presence of her handler.

The team member, who seemed to be in a working capacity with Laura, stepped in to protect her and prevent the autograph hound from getting too close. He firmly asked the man to back off, denying any physical contact. However, tensions escalated quickly.

A Shocking Attack

In a disturbing turn of events, the frustrated fan forcefully pushed past Laura’s team member and attempted to approach her directly. When he was denied access, the autograph hound lashed out in anger.

With significant strength, the man suddenly grabbed Laura’s team member’s head and forcefully pushed it forward, delivering a half push/half smack. The impact was jarring and visibly shocked the onlookers who witnessed the incident unfold.

Despite the traumatic situation, it appears that Laura’s team member escaped serious injury. However, the incident left both Laura and the crowd visibly shaken.

Unresolved Consequences

At this time, it remains unclear whether the assailant has been identified or if he is being pursued by law enforcement. The incident serves as a stark reminder of the potential dangers faced by celebrities and their teams, even in seemingly safe environments.