Discoveries in Whiplash Claims
Let us take a stroll down spinal lane to the cavities of the nerve roots, muscles, ligaments, and into the brain. Before you can truly identify the results and symptoms of whiplash, you must understand the anatomy and the physiology of the central nervous system. When a doctor tests patients with whiplash injuries, they consider history, diagnostic testing, physical exams, physiological impacts, non-modifiable risk factors, modifiable risk factors, and finally the patients care. Whiplash Claims should be filed immediately. When you file whiplash claims instantly after the accident occurs, you get support later.
Why file whiplash claims instantly?
Consider your anatomy of the central nervous system, CNS. When whiplash occurs, it causes injury to the muscles, ligament, nerve roots, and the brain. What occur from whiplash injury are the neurons or the nerve cells functional unit is interrupted. The neurons consist of cell bodies, dendrites, and axon and surround the myelinated neurons or myelin sheath. Neuron conductors send impulses across the synapse and to the muscles, glands, and the organs in which the neurotransmitters made up of acetylcholine, serotonin, and norepinephrine helps these impulses transmit messages to the synapse. When the impulses are not channeled to the proper areas or it slows, thus problems emerge. Fatigue may develop from whiplash because the neurotransmitters and the serotonin are affected. The person may find it difficult to sleep.
When these areas are affected from whiplash, the CNS is also affect and this is the prime supporter to your brain and spinal cord. Of course, you can reason and see why that people who have suffered whiplash have perhaps experienced lower back pain or pain around the shoulder blades and neck. Whiplash is a neck injury. When the central nervous system is affected, the cerebrum begins to slow its division amid the two hemispheres, which contain the four lobes in the brain, and these lobes include the frontal lobe, parietal lobe, temporal lobe, and the occipital lobe respectively.
You can guess why a person will feel dizzy or nauseated after a whiplash injury. The frontal lobe is responsible for producing your intellect functions, motor speech, since it is the site of your personality. The parietal lobe is the site sensation area of the brain and it is responsible for integration of the sensory information and the spatial relations. The temporal lobe is the area of the brain that controls hearing, taste, smell and speech. Thus, when a person experiences popping or ringing sounds in the ear after whiplash, it is likely that this area of the brain is damaged. The occipital lobe is the vision site and when this area is damaged, dizziness and other symptoms may occur also. There is not a single way a doctor of medicine can determine if these areas are damaged without using the proper equipment, which means if you do not experience whiplash symptoms immediately after the accident occurs, you may very well experience symptoms later down the road. If you do not file whiplash claims and seek help immediately, your whiplash claims may go unnoticed years later when you are at the doctor struggling with mobility, or suffering from disability due to whiplash!