It can be a difficult and confusing time when brain injuries happen due to an accident. You may be dealing with medical appointments, therapy and the stress of not knowing what the future holds. In addition, you may be facing astronomical medical expenses and other losses.
There are many different types of accidents that can cause brain injuries. Some of the most common include car accidents, falls and injuries related to playing sports. If you or a loved one has suffered a brain injury due to someone else’s negligence, you may be entitled to compensation. A Rocklin brain injury lawyer can help you understand your legal rights and options.
Falls are the leading cause of brain injuries followed by traffic accidents, according to the Centers for Disease Control and Prevention (CDC). Brain injuries can have a wide range of effects, from mild concussions to permanent disability or even death. The severity of the injury depends on many factors, including the height of a fall, type and severity of traffic collision and others.
Exciting news about predicting a recovery in advance from a traumatic brain injury may be on the horizon. This news could help those who suffered a TBI from a fall, car accident, sports injury, and other reasons. Scientists have discovered that a blood protein in the brain that exhibits high levels can indicate damage and shrinkage to the axons that send messages. The scientists predict that those who have suffered a TBI and exhibit elevated levels of this protein may be able to indicate whether an injured person is more likely to recover.
According to research from physicist Anthony J. Romano, PhD., with the U.S. Naval Research Laboratory, a process called “waveguide elastography” will allow medical providers to gain insight into how head injuries have physically affected their patients’ brains. Romano described the method during a presentation given at the 179th Meeting of the Acoustical Society of America and is reportedly using the process to study the brains of injured hockey players in order to uncover new data about brain health.
Traumatic brain injuries are common in traffic accidents. Usually, the severity of a brain injury is determined by neuroimaging, which is taking a photo of the brain, assessing the patient’s consciousness, and seeing whether they suffer from amnesia. The Glasgow Coma Scale is also used, which rates a patient’s eye, motor, and verbal response. However, scientists may have discovered a new way to indicate the severity of a TBI, which could improve diagnosis and the severity of a brain injury following an accident.
A multiple-vehicle crash on Interstate 80 in San Francisco sent one person to the hospital recently. The accident happened at 11:44 in the morning in the vicinity of Bryant Street. The California Highway Patrol (CHP) said a Penske truck and a Toyota sedan were both involved in the multiple-vehicle crash, however, they did not reveal how the crash occurred or who was at fault. The injured individual was transported to San Francisco General Hospital for further evaluation and treatment. An investigation into the multiple-vehicle crash is ongoing.
A new study suggests that after adult brain cells are injured, they return to an embryonic state. These new findings were recently published by a research group at UC San Diego (UCSD) School of Medicine in time for the April 15, 2020 issue of Nature. In their newfound immature state, these cells are able to regrow new connections, which, under precise conditions, can aid in restoring lost functions.
Traumatic brain injuries (TBIs) are some of the worst injuries we see in car accidents. They can leave wounds lasting a lifetime, and can completely alter the lifestyle of the victim and their family. Since the brain is such an amazingly complex and delicate piece of hardware, TBIs are often difficult to diagnose using currently available medical imaging technology. Now, a team of scientists from the University of San Diego has created a new technique that could soon lead to much better brain images.
Traumatic brain injuries impact not only the individual but also the entire family. Because of this, it is essential for everyone to understand the role of the family in the recovery process after a traumatic brain injury. When an individual suffers a TBI, the emotional and social support that their family provides can aid significantly in the healing process. Therefore, when discussing any treatment following a brain injury, it is vital to address not only the individual but also his or her loved ones.
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