Neurological Alterations
Neurological alterations are conditions driven by the critical aspects of infections such as spinal cord injury, stroke, status epilepticus, and brain injury. Neurological alterations pose a significant burden on global health. Neurological alterations are expected to grow exponentially in middle and low-income countries in the next decade. The brain, the nerves that run throughout the human body, and the spinal cord are all affected by neurological changes. Congenital abnormalities, genetic disorders, infections, as well as environmental or lifestyle health issues, such as nerve damage, starvation, spinal cord injury, and brain injury, can all be contributing factors to neurological problems. Neurological disabilities include autism, epilepsy, brain tumors, learning disabilities, cerebral palsy, and neuromuscular disorders. One of the most severe issues in public health is an infectious disease of the central nervous system (CNS), which frequently results in neurologic consequences (Bohmwald et al., 2018). Some of these conditions are congenital, beginning before birth. The assignment will focus on neurological alterations. Do you need help with your assignment ? Contact us at eminencepapers.com.
Increased Intracranial Pressure (ICP)
When the pressure within a person’s skull suddenly increases, it is a medical emergency known as increased ICP. A hit to the head is the most typical reason for elevated ICP. Nausea, headaches, and a decline in attentiveness are frequent complaints. There may be more fluid surrounding the brain, which would explain the problem. ICP also denotes swollen brain tissue brought on by disease or trauma. The clinical effect of the component’s volume change is a decrease in cerebral blood flow or a brain herniation (Pinto et al., 2019). Increased ICP can occur due to brain injury and can also cause brain injury.
Medical Management
Drainage of CSF, sedation, and osmotherapy with either mannitol or hypertonic saline are medical treatments for elevated ICP. Considerations for intracranial hypertension include barbiturate coma, decompressive craniectomy, resistance to early medicinal therapy, and hypothermia. The head of the bed should be at 30 degrees, volume overload should be avoided, the neck should be in a neutral posture, and an average body temperature should be maintained, among other treatments, to stabilize or reduce ICP (Pinto et al., 2019). ICP’s regular range changes as people age. Risks are included with this invasive approach to managing ICP.
Communication/Teaching
Next of kin/families and the patient should receive a thorough explanation regarding the disorder and indication for the procedure and risks involved before the intervention and written consent. Patient teaching is the cornerstone in preventing the risk of infection, and prophylactic antibiotics must be administered before the beginning of the procedure. Permission should be obtained from the client or a responsible family member. Consent should be obtained from the family or the patient per institution protocol (Pinto et al., 2019). Family education by nursing staff and physicians offers strong family support.
Cultural Considerations
Healthcare professionals must know and understand the culturally influenced health behavior of a patient with ICP. The essential cultural considerations for ICP include issues about medications, body language, decision-makers in the family, diet, firmly held beliefs about alternative practices, and herbs. The patient cultural background can influence the view on the treatment plan (Murakami & M Das, 2020). Awareness of the client’s and family’s cultural beliefs makes medical care instruction more effective.
Nursing interventions
If a client is thought to have elevated ICP, immediate measures should be used, such as securing the airway and preserving appropriate oxygenation and ventilation. The third nursing intervention is giving the required circulatory support. Maintaining an average body temperature, raising the head of the bed by 30 degrees, avoiding volume overload, and keeping the neck in a neutral position are all interventions to lower or stabilize ICP (Pinto et al., 2019).
Rationales
They are recommended to raise the bed head, keep the body temperature regular, preserve neck neutrality, and avoid volume overload. They can assist in lowering arterial pressure by encouraging venous drainage and cerebral perfusion. Hypoxemia levels are reduced with oxygenation and ventilation to increase cerebral vasodilation and blood volume (Pinto et al., 2019).
Skull Fractures
Any fracture of the skull or cranium is a skull fracture. There are several kinds of skull fractures, but only one major cause is a blow or impact to the head, powerful enough to shatter the bone. The skull does a fantastic job of protecting the brain, but a major accident can cause the skull to break. The fractured skull immediately impacts the brain through blood and nerve tissue injury. Simple fractures, linear skull fractures, complicated fractures, and reduced skull fractures are several forms of fractures. Simple fractures happen when the bone breaks without causing skin harm. A depressed skull fracture is a break in a cranial bone with depression of the bone into the brain as opposed to a compound fracture, which involves a break-in, or loss of, skin and splintering of the bone (Kumar et al., 2018). A linear fracture is a break in a cranial bone that looks like a thin line and involves no bone deformation, splintering, or depression.
Medical Management
Skull fracture medical management aims to control pain, prevent complications, and promote healing. Common skull fractures are linear fractures that do not require surgical intervention. Instead, clinicians prescribe drugs to control pain and ensure close observation in healthcare facilities. Basilar fractures healthily and do not need treatment (Simon & Newton, 2020). Medical management is necessary in cases complicated by severe nerve injury, persistent CSF leaks, and intracranial bleeding. Individuals with skull fractures may need hospitalization for observation. Medical management helps improve cerebral blood flow and maintains adequate cerebral perfusion.
Communication/Teaching
Communication helps the patient understand their condition and its complications if not well managed. Next of kin/families and the patient should receive a thorough explanation regarding the disorder and indication for the procedure and risks involved before the intervention and written consent. Patient teaching is the cornerstone in preventing the risk associated with a skull fracture and the surgical procedure to correct it. Consent should be obtained from the client or a responsible family member (Kumar et al., 2018). Consent should be obtained from the family or the patient per institution protocol. Family education by nursing staff and physicians offers strong family support.
Cultural Considerations
The level to which interactions with a specific cultural group are influenced by cultural awareness is known as cultural consideration. Healthcare professionals must know and understand the culturally influenced health behavior of a patient with a skull fracture. The essential cultural considerations for patients with skull fractures include issues about medications, body language, decision-makers in the family, diet, firmly held beliefs about alternative practices, and herbs. The patient cultural background can influence the view on the treatment plan(Simon & Newton, 2020). Awareness of the client’s and family’s cultural beliefs makes medical care instruction more effective.
Nursing interventions
Nursing interventions for patients with skull intervention include monitoring airway and respiratory status, assessing drainage for CSF, and assessing cranial nerve function. Other nursing interventions for skull fractures include swallowing before giving anything by mouth, administering analgesics, and performing interventions to minimize ICP (McGrath & Taylor, 2020).
Rationales
The rationale for monitoring airway and respiratory status is to avoid compromised airway or breathing, which may be caused by facial or brain swelling. Detecting CSF leakage might help you avoid blowing your nose. Halo’s sign indicates a CSF leak from the nose or ears. CSF leaks as a result of nose blowing. Cranial nerve function is evaluated to detect face and basilar skull fractures (McGrath & Taylor, 2020). There is a significant chance that these fractures will harm the cranial nerves, impairing facial sensibility and swallowing capacity.
Spinal Cord Injury (SCI)
SCI is caused by damage to the spinal column’s vertebrae, ligaments, discs, or the spinal cord. SCI is an injury to the spinal cord that alters the cord’s normal sensory, motor, or autonomic function, either permanently or temporarily. Individuals with SCI usually have devastating and permanent neurologic deficits and disabilities. Spinal cord injury can be either incomplete or complete. In incomplete injuries, some function remains below the injury level. In total injuries, there is no function below the level of damage. The most common cause of SCI is trauma IQ. When the axons of the spinal cord’s nerves are damaged, spinal cord injury (SCI) results (Bennett et al., 2020).
Medical Management
Medical management begins at the scene of the accident, and doctors and emergency personnel can help stabilize the patient before moving them to a hospital. Medical supervision assures immobilization, which stops any existing injuries from worsening. Any concurrent traumatic injuries or life risks must be addressed right away in cases of severe trauma (Bennett et al., 2020). Immediate measures are necessary for medical intervention because they help maintain hemodynamic stability and breathing. Medical management of SCI help stabilize the spine, prevent pain and blood clot, and deliver compression from a herniated disc.
Communication/Teaching
Patient education is crucial to the clinical care of patients with this illness since spinal cord injury is highly stressful and burdensome for patients and their families. Concerning prognosis, results, and consequences, education is essential. Support groups can assist in managing problems such as sadness, anxiety, loneliness, and frustration; sufferers should seek advice on the diagnosis and prognosis (Bennett et al., 2020). Gun regulation, auto safety, and social initiatives to avoid violence are a few examples of things that can reduce injuries.
Cultural Considerations
The level to which interactions with a specific cultural group are influenced by cultural awareness is known as cultural consideration. Healthcare professionals must know and understand the culturally influenced health behavior of a patient with a skull fracture. The essential cultural considerations for patients with skull fractures include issues about medications, body language, decision-makers in the family, diet, firmly held beliefs about alternative practices, and herbs. The patient cultural background can influence the view on the treatment plan (Bennett et al., 2020). Awareness of the client’s and family’s cultural beliefs makes medical care instruction more effective.
Nursing interventions
The nursing intervention for spinal cord injury comprises examining abdominal distention and muscular spasm as well as noting the strength or efficacy of the cough, auscultating the breath sounds, recording regions of absent or diminished breath sounds, or the emergence of adventitious sounds. Observing and restricting visits as necessary, keeping an eye out for the development of cyanosis and duskiness, monitoring abdominal distention and muscular spasms, and monitoring skin color are further nursing measures (Bennett et al., 2020).
Rationales
The justification for noting the strength or efficacy of cough is that the degree of damage impacts how well the intercostal muscles work and one’s capacity to cough up or expel secretions on one’s own. Because hypoventilation is frequent and can induce secretion buildup, pneumonia, and atelectasis, auscultating breath makes sense. One of the leading causes of death is respiratory compromise, particularly in the acute stage and later in life (Bennett et al., 2020). Belly fullness may prevent diaphragmatic excursion, limiting lung expansion and impairing respiratory function, which is the justification for measuring abdominal distension and muscular spasm.
Cerebrovascular Disease
A collection of illnesses referred to as cerebrovascular disease affects the blood arteries and blood flow in the brain. Stenosis, embolism, hemorrhage, and thrombosis are among the conditions that can affect blood flow. Atherosclerosis, which happens when excessive cholesterol levels, inflammation in the brain’s arteries, and waxy plaque can constrict or obstruct blood flow in the streets, is the primary cause of cerebrovascular illness. Brain tissue is impacted by insufficient blood flow, which may result in a stroke (Khaku & Tadi, 2020). Symptoms of cerebrovascular disease include confusion, loss of balance, severe and sudden headaches, and loss of vision on one side.
Medical Management
The cerebrovascular event needs emergency medical management. Rapid evaluation and management are essential because an individual must attain stroke medications within a specific time from the onset of symptoms. Large vessel occlusive patients should be assessed for potential endovascular intervention (Khaku & Tadi, 2020). Patients who may be suffering from an acute ischemic stroke should be hospitalized for a thorough neurological examination. You should consult a neurologist.
Communication/Teaching
Stroke prevention, either secondary or primary, is the main goal of patient education on cerebrovascular disease. Patient education for patients and families includes teaching about the highest risk of developing the disease, which includes lifestyle changes. To avoid this tragic consequence, patient education aids in treating and preventing comorbid illnesses. Uncontrolled hypertension, atrial fibrillation, diabetes mellitus, and nicotine addiction are among the conditions that raise the chance of developing cerebrovascular disease (Khaku & Tadi, 2020). Patients should obtain counsel about the diagnosis and the prognosis.
Cultural Considerations
Cultural consideration is the degree to which cultural awareness plays a role in interactions with a particular cultural group. Healthcare professionals must know and understand the culturally influenced health behavior of a patient with a skull fracture. The essential cultural considerations for patients with skull fractures include issues about medications, body language, decision-makers in the family, diet, firmly held beliefs about alternative practices, and herbs. The patient cultural background can influence the view on the treatment plan (Khaku & Tadi, 2020). Awareness of the client’s and family’s cultural beliefs makes medical care instruction more effective.
Nursing interventions
Nursing care has a significant impact on a client’s recovery. Nursing intervention for a cerebrovascular disorder such as stroke includes positioning, regaining balance, and consistency in the client’s activities. Other nursing interventions include skin assessments, managing sensory difficulties, preventing venous stasis, and the full range of motion (Khaku & Tadi, 2020).
Rationales
Positioning is justified because it relieves pressure, achieves appropriate body alignment, reduces compressive neuropathies, and helps prevent contractures. Regaining balance is justified by the idea that doctors should educate patients to balance when sitting, then to balance while standing, and to start walking as soon as the standing balance is achieved. Patients should stick to their schedule, repetitions, and routines; a communication board, written schedule, audiotapes, written schedule, and timetable may aid focus and memory (Khaku & Tadi, 2020). Doctors should promote good personal hygiene habits.
Status Epilepticus (SE)
A seizure lasting longer than five minutes or many seizures within five minutes without regaining an average level of awareness is known as status epilepticus. The situation is a medical emergency that might result in death or irreversible brain damage. The brain experiences aberrant electrical activity during a seizure, which affects both the body and the thinking. Seizures can be brought on by brain infections, high fevers, unusual blood sugar or salt levels, and head traumas. Epilepsy brings on recurrent attacks. Children and older individuals are more likely to have the disease. To avoid significant mortality or morbidity, SE must be assessed and managed immediately (Wylie et al., 2020).
Medical Management
SE must be handled swiftly and methodically, with simultaneous airways, circulation, and respiration treatment while administering antiepileptic medication. Benzodiazepines are the most often prescribed medication for treating SE. The main objective of SE medical therapy is to stop seizure activity as soon as feasible while maintaining the client’s respiratory and cardiovascular health (Wylie et al., 2020).
Communication/Teaching
Patient education for patients and families includes teaching about the highest risk of developing the disease, which includes lifestyle changes. Patient education helps control and prevent comorbid conditions to avoid these devastating outcomes. To improve the health outcome, physicians should provide education before beginning a treatment plan. Patient teaching is the cornerstone in preventing the risk associated with SE and the treatment procedure to correct it. Consent should be obtained from the client or a responsible family member.
Cultural Considerations
The level to which interactions with a specific cultural group are influenced by cultural awareness is known as cultural consideration. Healthcare professionals must know and understand the culturally influenced health behavior of a patient with a skull fracture. The essential cultural considerations for patients with skull fractures include issues about medications, body language, decision-makers in the family, diet, firmly held beliefs about alternative practices, and herbs. The patient cultural background can influence the view on the treatment plan. Awareness of the client’s and family’s cultural beliefs makes medical care instruction more effective (Wylie et al., 2020).
Nursing interventions
The nursing intervention for SE includes identifying the client’s age, gender, developmental age, degree of competence or cognition, decision-making capacity, and understanding many triggers that may trigger seizure activity. These characteristics are described in the risk factors and amount of risk. Another nursing intervention is reviewing diagnostic reports or laboratory results for deficiencies and imbalances.
Rationales
The justification for these nursing interventions involves affecting the range and intensity of actions to address the safety threat, changing the patient’s capacity for self and other defenses, and influencing the selection of interventions and instruction. The last nursing intervention’s justification is that alcohol, several medicines, and other stimulants enhance brain activity, which raises the risk of seizure activity. Therefore, the goal of the nursing intervention is to determine knowledge of different triggers that may trigger seizure activity (Wylie et al., 2020).
Conclusion
Neurological alterations pose a significant burden on global health. Neurological alterations are expected to grow exponentially in middle and low-income countries in the next decade. The brain, the nerves that run throughout the human body, and the spinal cord are all affected by neurological changes. Congenital abnormalities, genetic disorders, infections, as well as environmental or lifestyle health issues, such as nerve damage, starvation, spinal cord injury, and brain injury, can all be contributing factors to neurological problems. Some of the neurological disorders covered in the paper are SE, SCI, skull fracture, cerebrovascular disease, and ICP.
References
Bennett, J., M Das, J., & Emmady, P. D. (2020). Spinal Cord Injuries. PubMed; StatPearls Publishing. https://www.ncbi.nlm.nih.gov/books/NBK560721/
Bohmwald, K., Gálvez, N. M. S., Ríos, M., & Kalergis, A. M. (2018). Neurologic Alterations Due to Respiratory Virus Infections. Frontiers in Cellular Neuroscience, 12. https://doi.org/10.3389/fncel.2018.00386
Khaku, A. S., & Tadi, P. (2020). Cerebrovascular Disease (Stroke). PubMed; StatPearls Publishing. https://www.ncbi.nlm.nih.gov/books/NBK430927/
Kumar, A., Prakash, A., Harsh, V., Gupta, U., & Kumar, J. (2018). Depressed skull fractures: An institutional series of 453 patients and a brief literature review. Asian Journal of Neurosurgery, 13(2), 222. https://doi.org/10.4103/ajns.ajns_168_16
McGrath, A., & Taylor, R. S. (2020). Pediatric Skull Fractures. PubMed; StatPearls Publishing. https://www.ncbi.nlm.nih.gov/books/NBK482218/
Munakomi, S., & M Das, J. (2020). Intracranial Pressure Monitoring. PubMed; StatPearls Publishing. https://www.ncbi.nlm.nih.gov/books/NBK542298/
Pinto, V. L., Prasanna Tadi, & Adebayo Adeyinka. (2019, March 26). Increased Intracranial Pressure. Nih.gov; StatPearls Publishing. https://www.ncbi.nlm.nih.gov/books/NBK482119/
Simon, L. V., & Newton, E. J. (2020). Basilar Skull Fractures. PubMed; StatPearls Publishing. https://www.ncbi.nlm.nih.gov/books/NBK470175/
Wylie, T., Sandhu, D. S., Goyal, A., & Murr, N. (2020). Status Epilepticus. PubMed; StatPearls Publishing. https://www.ncbi.nlm.nih.gov/books/NBK430686/
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Question 
You are caring for a 68-year-old Akio Kim in the emergency department for a rule-out Cerebrovascular Accident (CVA). Mr. Kim’s daughter reported that he woke up that morning with left-sided weakness and slurred speech.
Neurological Alterations
Based on this information, your prior knowledge of this client (refer to medical card from the Collins-Kim family tree interactive), and your knowledge of the pathophysiology of Cerebrovascular Accident (CVA), respond to the following prompts:
1. Thoroughly explain the pathophysiology of Cerebrovascular Accident (CVA). Use a scholarly or authoritative source to support your answer.
2. Examine each of the following three factors related to this disease process. Support all three with a scholarly source.
1. cultural
2. financial
3. environmental implications
3. Identify 3-5 priority nursing interventions for the client while in the emergency department.
4. Describe labs and diagnostic testing you would want to include in the client’s plan of care and why. What are critical indicators? Support with a scholarly source.
5. What members of the interdisciplinary team need to be included for holistic patient-centered care? Provide a rationale and support with a scholarly source