Surgical Conditions of the Head
Subtopic:
Head Injury
An injury to the brain, skull, or scalp is classified as a head injury. These can range from a minor impact or bruise to a severe traumatic brain injury.
Common head injuries include concussions, skull fractures, and scalp wounds.
Head injuries can be categorized as either closed or open. A closed head injury is one where the skull remains unbroken. Conversely, an open (penetrating) head injury involves something piercing the scalp and skull to enter the brain.
Causes of Head Injuries:
Head injuries are broadly categorized into two types based on their origin:
Injuries resulting from direct blows to the head.
Head injuries caused by shaking.
Shaking-related injuries are frequently observed in infants and young children, but they can occur whenever an individual experiences violent shaking.
Head injuries stemming from blows to the head are typically linked to:
Motor vehicle accidents
Falls
Physical assault
Sports-related incidents. Etc
While the skull generally offers significant protection to the brain from serious harm, injuries forceful enough to cause a head injury can also lead to damage to the spine.
Types of Head Injury:
Hematoma:
This describes an accumulation or clot of blood outside a blood vessel. When such a clot forms within the brain, it can lead to increased pressure inside the skull. This elevated pressure may result in loss of consciousness or even permanent brain damage.
Examples of hematomas include:
Epidural hematoma
Subdural hematoma
Hemorrhage:
A hemorrhage signifies uncontrolled bleeding. Bleeding can occur in the spaces surrounding the brain, known as a subarachnoid hemorrhage, or directly within the brain tissue, termed an intracerebral hemorrhage.
Subarachnoid hemorrhage commonly presents with headaches and vomiting. The severity of intracerebral hemorrhages can lead to significant pressure buildup.
Concussion:
This type of injury occurs when the head sustains an impact severe enough to cause brain trauma. It results from the brain striking the rigid inner walls of the skull or from the forces of sudden acceleration and deceleration, which can lead to unconsciousness.
Although concussions involve the head, they are generally not considered life-threatening and usually resolve within a few days.
Symptoms:
Memory difficulties
Disorientation
Drowsiness
Dizziness
Blurred or double vision
Headache
Nausea and vomiting
Issues with balance
Delayed reactions to stimuli
Seizures
Impaired coordination
Unusual eye movements
Diagnosis:
Diagnosis often relies on assessing signs and symptoms through a physical examination. Imaging techniques such as CT scans or MRIs may also be performed.
Treatment:
Surgical intervention might be necessary if any of the following conditions are present:
Bleeding within the brain
Swelling of the brain tissue
A severe injury to the brain
Over-the-counter painkillers like ibuprofen or acetaminophen can be used for headaches. Complete bed rest is also often recommended.
Complication:
Post-traumatic vertigo or dizziness that persists for months
Brain damage
Post-traumatic headaches
Post-concussion syndrome.
Edema:
This refers to swelling caused by fluid retention.
While many injuries cause swelling in surrounding tissues, it is particularly critical when it occurs in the brain. The skull’s inability to expand means that swelling leads to pressure buildup within the brain, forcing it against the skull.
Skull fracture:
This is any break in the cranial bone, also known as the skull. Although there are various types of skull fractures, the primary cause is a significant impact or blow to the head capable of breaking the bone.
Unlike most bones in the body, the skull lacks bone marrow, which contributes to its exceptional strength and resistance to breakage.
Symptoms of a fractured skull:
Swelling and tenderness localized around the impact area
Bruising on the face
Bleeding from the nostrils or ears
Intense pain at the site of trauma
Redness or warmth at the trauma site
Other symptoms:
Headache
Nausea
Vomiting
Blurred vision
Restlessness
Irritability
Loss of balance
Stiff neck
Pupils unresponsive to light
Confusion
Excessive sleepiness
Fainting
Diagnosing skull fracture:
Diagnosis can be achieved through:
Performing a physical examination
Various imaging tests, including X-rays, CT scans, and MRIs
Treatment:
Treatment strategies may vary based on several factors, including the patient’s age, overall health, medical history, as well as the specific type and severity of the fracture.
Pain relievers such as diclofenac may be prescribed to manage pain. For severe pain, a narcotic like pethidine might be administered.
Surgery may be required, for instance, in cases of basal and depressed fractures, especially if there is significant leakage of cerebrospinal fluid (CSF) from the nose and ears.
Note: Some fractures that are not associated with injuries to other parts, such as the brain, may heal without intervention.
Prevention:
Wearing protective headgear is essential when cycling or participating in sports activities where head injuries are a possibility, such as football, rugby, rock climbing, etc.
RX…neurosurgery may be necessary for more severe injuries.
Types of skull fractures:
The specific type of skull fracture depends on the force of the impact, the location on the skull where the impact occurred, and the shape of the object striking the head. For example, a pointed object is more likely to penetrate the skull than a blunt one.
Closed fracture: Also referred to as a simple fracture, this occurs when the skin covering the fractured area remains unbroken or uncut.
Open fracture: Known as a compound fracture, this type occurs when the skin is broken, and the bone becomes exposed.
Depressed fracture: This fracture causes the skull to indent or extend inward into the brain cavity.
Basal fracture: This occurs in the base of the skull, affecting areas around the eyes, ears, nose, or the upper neck near the spine.
Other types:
In addition to the aforementioned types, these fractures can also be classified as:
Linear (a straight-line break)
Comminuted (broken into three or more sections)
Causes of skull fractures:
Being struck by an object
Falling and hitting the ground
Head injuries sustained in a car accident or other traumatic events.
Diffuse axonal injury:
This is a brain injury that does not involve bleeding but causes damage to the brain cells. This damage prevents the cells from functioning correctly and can also lead to swelling, exacerbating the injury.
This is considered the most dangerous form of head injury, with potential outcomes including permanent brain damage and even death.
Common symptoms of head injury:
Headache
Lightheadedness
Mild confusion
Nausea
Temporary ringing in the ears
Loss of consciousness
Seizures
Vomiting
Balance or coordination problems
Inability to focus the eyes
Abnormal eye movement
Loss of muscle control
Persistent or worsening headache
Memory loss
Changes in mood
Leakage of clear fluid from the ear or nose.
Diagnosis of head injury:
This can be conducted through:
The Glasgow Coma Scale (GCS).
This is a 15-point assessment used to evaluate mental status. A higher GCS score indicates a less severe injury.
Behavior | Response | Score |
---|---|---|
Eye Opening Response | Spontaneously | 4 |
To speech | 3 | |
To pain | 2 | |
No response | 1 | |
Best Verbal Response | Oriented to time, place, person | 5 |
Confused | 4 | |
Inappropriate words | 3 | |
Incomprehensible sounds | 2 | |
No response | 1 | |
Best Motor Response | Obeys commands | 6 |
Moves to localized pain | 5 | |
Flexion withdrawal from pain | 4 | |
Abnormal flexion | 3 | |
Abnormal extension | 2 | |
No response | 1 | |
Total Score | Best response | 15 |
Comatose | 8 or less | |
Totally unresponsive | 3 |
Physical examination for signs of trauma, including bruising and swelling. During this exam, nerve function is evaluated by assessing muscle control and strength, eye movement, and sensation.
Imaging tests such as CT scans and MRI scans. These offer a more detailed view of the brain.
Treatment of head injury:
Treatment depends on the type and severity of the injury.
For minor injuries, only pain relief may be required.
Patients with head injuries should avoid non-steroidal anti-inflammatory drugs (NSAIDs) such as ibuprofen or aspirin, as these can worsen bleeding.
In the case of an open cut, it can be closed with sutures or staples and then covered with a bandage.
Individuals with head injuries should be monitored closely, including being woken up every two hours or observed for any new symptoms.
Medications:
Anti-seizure medications: For example, Carbamazepine, Diazepam, Phenobarbital, Phenytoin, etc.
Diuretics: If the injury has caused pressure buildup in the brain, diuretics are administered to help excrete excess fluids. An example is furosemide.
For severe injuries, medications to induce a coma may be given, especially if blood vessels are damaged. (In a coma, the brain requires less oxygen and nutrients.)
Surgery:
Emergency surgery may be necessary to prevent further damage to the brain. Examples include:
Removal of a hematoma
Repair of the skull
Release of pressure within the skull
Rehabilitation:
Patients who have sustained a serious brain injury will likely require rehabilitation to regain full brain function. The specific type of rehabilitation will depend on the functionalities that have been lost as a result of the injury. Individuals with brain injuries may need assistance to regain mobility and speech.
Prognosis:
With minor injuries, patients typically recover without lasting consequences or effects. However, individuals with serious head injuries may experience permanent changes in their personality, physical abilities, and cognitive functions.
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