Brain injury in the context of "Precocious puberty"

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⭐ Core Definition: Brain injury

Brain injury, also known as brain damage or neurotrauma, is the destruction or degeneration of brain cells. It may result from external trauma, such as accidents or falls, or from internal factors, such as strokes, infections, or metabolic disorders.

Traumatic brain injury (TBI), the most common type of brain injury, is typically caused by external physical trauma to the head. Acquired brain injuries occur after birth, in contrast to congenital brain injuries that patients are born with.

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👉 Brain injury in the context of Precocious puberty

In medicine, precocious puberty is puberty occurring at an unusually early age. In most cases, the process is normal in every aspect except the unusually early age and simply represents a variation of normal development. There is early development of secondary sex characters and gametogenesis also starts earlier. Precocious puberty is of two types: true precocious puberty and pseudoprecocious puberty. In a minority of children with precocious puberty, the early development is triggered by a disease such as a tumor or injury of the brain.

Even when there is no underlying disease, unusually early puberty can have adverse effects on social behavior and psychological development (having more mature knowledge than one's peers, feeling inadequate, trying to attend and establish friendships with older people, depression). Affected children also face shorter adult height potential and possible lifelong health risks. Central precocious puberty can be treated by suppressing the pituitary hormones that induce sex steroid production. The opposite condition is delayed puberty.

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Brain injury in the context of Epilepsy

Epilepsy is a group of neurological disorders characterized by a tendency for recurrent, unprovoked seizures. A seizure is a sudden burst of abnormal electrical activity in the brain that can cause a variety of symptoms, ranging from brief lapses of awareness or muscle jerks to prolonged convulsions. These episodes can result in physical injuries, either directly, such as broken bones, or through causing accidents. The diagnosis of epilepsy typically requires at least two unprovoked seizures occurring more than 24 hours apart. In some cases, however, it may be diagnosed after a single unprovoked seizure if clinical evidence suggests a high risk of recurrence. Isolated seizures that occur without recurrence risk or are provoked by identifiable causes are not considered indicative of epilepsy.

The underlying cause is often unknown, but epilepsy can result from brain injury, stroke, infections, tumors, Cavernous hemangiomas, genetic conditions, or developmental abnormalities. Epilepsy that occurs as a result of other issues may be preventable. Diagnosis involves ruling out other conditions that can resemble seizures, and may include neuroimaging, blood tests, and electroencephalography (EEG).

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Brain injury in the context of Hypersexuality

Hypersexuality is a proposed medical condition said to cause unwanted or excessive sexual arousal, causing people to engage in or think about sexual activity to a point of distress or impairment. Whether it should be a clinical diagnosis used by mental healthcare professionals is controversial. Nymphomania and satyriasis are terms previously used for the condition in women and men, respectively.

Hypersexuality may be a primary condition, or the symptom of other medical conditions or disorders such as Klüver–Bucy syndrome, bipolar disorder, brain injury, and dementia. Hypersexuality may also be a side effect of medication, such as dopaminergic drugs used to treat Parkinson's disease. Frontal lesions caused by brain injury, strokes, and frontal lobotomy are thought to cause hypersexuality in individuals who have suffered these events. Clinicians have yet to reach a consensus over how best to describe hypersexuality as a primary condition, or the suitability of describing such behaviors and impulses as a separate pathology.

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Brain injury in the context of UCL Institute of Neurology

The UCL Queen Square Institute of Neurology is an institute within the Faculty of Brain Sciences of University College London (UCL) and is located in London, United Kingdom. Together with the National Hospital for Neurology and Neurosurgery, an adjacent facility with which it cooperates closely, the institute forms a major centre for teaching, training and research in neurology and allied clinical and basic neurosciences.

The institute has a staff of around 750 and 500 graduate students, an annual turnover of £102 million and occupies around 12,000 sq m of laboratory and office space. Four of the 12 most highly cited authors in neuroscience and behaviour in the world are currently based at the institute. The institute conducts research into a wide range of neurological diseases, including movement disorders, multiple sclerosis, epilepsy, brain cancer, stroke and brain injury, muscle and nerve disorders, cognitive dysfunction and dementia. It forms a key part of UCL Neuroscience.

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Brain injury in the context of Savant syndrome

Savant syndrome (/ˈsæ.vənt, sæ.ˈvɑːnt/ SAV-ənt, sə-VAHNT, US also /sə.ˈvɑːnt/ sə-AVHNT) is a phenomenon where someone demonstrates exceptional aptitude in one domain, such as art or mathematics, with such aptitude often coinciding with some form of social or intellectual impairment.

Those with the condition generally have a neurodevelopmental condition, such as autism, or have experienced a brain injury. About half of cases are associated with autism, and these individuals may be known as autistic savants. The other half often have some form of central nervous system injury or disease. While the condition usually becomes apparent in childhood, some cases develop later in life. It is not recognized as a mental disorder within the Diagnostic and Statistical Manual of Mental Disorders, Fifth Edition (DSM-5), as it relates to parts of the brain healing or restructuring.

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Brain injury in the context of Gunshot wound

A gunshot wound (GSW) is a penetrating injury caused by a projectile (e.g., a bullet) shot from a gun. Damage may include bleeding, bone fractures, organ damage, wound infection, and loss of the ability to move part of the body. Damage depends on the part of the body hit, the path the bullet follows through (or into) the body, and the type and speed of the bullet. In severe cases, although not uncommon, the injury is fatal. Long-term complications can include bowel obstruction, failure to thrive, neurogenic bladder and paralysis, recurrent cardiorespiratory distress and pneumothorax, hypoxic brain injury leading to early dementia, amputations, chronic pain and pain with light touch (hyperalgesia), deep venous thrombosis with pulmonary embolus, limb swelling and debility, and lead poisoning.

Factors that determine rates of gun violence vary by country. These factors may include the illegal drug trade, easy access to firearms, substance misuse including alcohol, mental health problems, firearm laws, social attitudes, economic differences, and occupations such as being a police officer. Where guns are more common, altercations more often end in death.

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Brain injury in the context of Hyperammonemia

Hyperammonemia, or high ammonia levels, is a metabolic disturbance characterised by an excess of ammonia in the blood. Severe hyperammonemia is a dangerous condition that may lead to brain injury and death. It may be primary or secondary.

Ammonia is a substance that contains nitrogen. It is a product of the catabolism of protein. It is converted to the less toxic substance urea prior to excretion in urine by the kidneys. The metabolic pathways that synthesize urea involve reactions that start in the mitochondria and then move into the cytosol. The process is known as the urea cycle, which comprises several enzymes acting in sequence. It is greatly exacerbated by common zinc deficiency, which raises ammonia levels further.

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