Physiotherapists in Crawley treat many different conditions including the issues profiled below.

Flexion Wrist Fracture

Fractures of the last inch of the radius and ulna make up seventy-five percent of all wrist injuries and require careful assessment and treatment to ensure a good functional outcome. The hand is a very important part and any residual disability can have long term functional consequences. A fall on an outstretched hand (FOOSH) often results in a Colles fracture but it can also result in a flexion fracture which is called a reversed Colles fracture or a Smith fracture. This latter type of fracture is much less common than the Colles fracture and is generally used to describe a fracture of the end of the radius which results in the fragment being displaced in a palmar direction.

This injury is commonly caused by falling onto the hand with the palm facing upward and the wrist tending to be forced into flexion. The hand stays in place on the ground as the forearm rotates inwards under the force of the fall, generating the fracture. This fracture can also be produced by punching something with the wrist in a slightly bent position. Overall management is the same as for Colles fracture, with realignment of the bony fragments and immobilisation.

Function of the Upper Neck

The upper cervical spine is designed to hold the weight of the head and to facilitate the postural steadiness and positional changes required in our heads so we can communicate and gather the necessary information from our sensory organs. Most of our most important sensory organs are part of our heads so we need to have a stable and adaptable platform to gather accurate data so we can make accurate decisions. The upper neck vertebrae are wide to bear the forces of having a skull on top of the long column which is the neck. The deep and superficial muscles combine to allow long periods of relatively static posture to be maintained so we can keep our attention on something like a movie or the road when driving.

The position of the facet joints in the upper two vertebrae and the occiput are adapted particularly for rotation and much of the ability to turn our heads comes from these upper few joints. Turning the head is an extremely important function as it allows us to focus our eyesight on something to one side or another of us and to calculate whether it is a threat or an opportunity.