<unk> .<unk>  injury may be caused when, during an impact, the brain undergoes linear acceleration and deceleration forces or rotational forces, causing it to collide with the opposite side of the skull. The injuries can also be caused solely by acceleration or deceleration in the absence of an impact.<unk>  injury may be produced by tensile forces. These forces directly disrupt neurons, axons, other neural and meningeal structures, and blood vessels in local or diffuse patterns, typically leading to various cellular, neurochemical and metabolic effects.
Coup contrecoup injury
Lisfranc injury
Stingray injury
Suspension trauma
High pressure injection injury
Blast injury
Open fracture
Dental avulsion