There have been cases where a traumatic brain-injury lawyer has to develop severe symptoms were seen after a TBI accident. It is not uncommon for people with traumatic brain injury (TBI) is deleted in order to be left with balance and vision. The process of maintaining the balance includes input not only from the visual system, but also from the balance organs of the inner ear and the joint and muscle receptors. If a head injury patient complains of double vision, headaches, visual disturbances orDizziness, or it has focus problems, easily loses his place while reading, can not find the beginning of the next line when reading, or has trouble to understand or retain what he reads, he can have Post Trauma Vision Syndrome (PTVS) . Other symptoms include low blink rate (rigid behavior), and disorientation.

Often patients with PTVS will also have the so-called Visual Midline Shift Syndrome (VMSS). Proper processing of visual information requires an accurate sensewhere the body is in space in relation to its surroundings. Those that correct perception of the midline to know where the center of the body, and her attitude and sense of balance reflects this.

VMSS shifts in a person's perception of the midline. Walls seem to rely on him, and his view can diagonally right or left. This syndrome may cause dizziness or nausea, spatial disorientation, and poor balance and posture as the person unconsciously leans to one side or theothers in adapting to its perceived center line or horizon tilt. The person may be faced with VMSS objects remain constant, or while walking to one side of a corridor or room. He could use his posture or weight distribution on the balls of the feet tend to be out of a perception to compensate for the horizon, or walls.

Following a comprehensive evaluation, doctors can often rehabilitate a person with VMSS by prescribing "yoke prism" glasses, the perceived midline shift and compensation for the consequences ofVMSS.

Most people are satisfied with the visual effects, the prisms produce familiar. Prism lenses change the direction of the light, instead of being expanded or reduced, they do as normal lenses. Harnessed using prism lenses, prism realignment same performance with the prism bases in the same direction aligned. Prisms are in line and placed the patient's eyes turned to the patient feeling of space and orientation is changed. The position of an object seen through a prism, the shift appears tothe thinner part, or the tip of the prism, so to counter the brain can compensate for the VMSS, and the distortion in vision caused by the brain injury. The patient gains the ability to determine precisely where an object in space is related to him. In addition, physical and occupational therapy in conjunction with the use of stretched prisms to achieve a higher potential and run faster.

Related : travel guard insurance reviews united air partners travel atlases&maps