The document discusses intracerebral hemorrhage (ICH) and subarachnoid hemorrhage (SAH). ICH can be caused by hypertension, trauma, vascular malformations, or coagulopathies. Common symptoms include focal neurological deficits, severe headache, and decreased consciousness. Diagnosis involves CT scan or MRI to detect bleeding, and management focuses on controlling blood pressure, reducing ICP, and preventing vasospasm in SAH. SAH is often caused by aneurysm rupture and presents with sudden, explosive headache. Diagnosis involves CT, lumbar puncture, or angiography. Treatment focuses on monitoring for rebleeding, vasospasm, and surgically clipping aneurysms. Prognosis depends
CT and MRI are useful in detecting subarachnoid hemorrhage (SAH) and intracerebral hemorrhage (ICH). CT can detect SAH within 72 hours and locate the aneurysm. MRI is sensitive to subarachnoid blood within 12 hours. Fundus examination may reveal sub-hyaloid hemorrhage in 11-33% of SAH cases. ECG changes in SAH include prolonged QRS and T waves similar to cardiac ischemia. ICH causes include hypertension, anticoagulation, and vascular abnormalities. CT and MRI are used to diagnose ICH. Treatment depends on size and location but may include surgery or medical management.
Stroke is a medical emergency caused by interrupted or reduced blood flow to the brain. The main types are ischemic (caused by blockage) and hemorrhagic (caused by bleeding). Risk factors include high blood pressure, atrial fibrillation, diabetes, and smoking. Symptoms depend on the affected brain region and may include paralysis, confusion, and speech problems. Diagnosis involves brain imaging and blood tests. Treatment focuses on restoring blood flow and preventing complications and recurrence through medication and lifestyle changes. Outcomes vary depending on the severity and location of brain damage.
The document provides information about cerebrovascular accidents (strokes) including:
1) Strokes occur when blood supply to the brain is disrupted, depriving brain cells of oxygen. India has high stroke prevalence, with risk factors like hypertension.
2) Strokes are either ischemic (caused by clot) or hemorrhagic (caused by bleed). Diagnosis involves CT/MRI and management focuses on restoring blood flow through thrombolysis or surgery.
3) Post-stroke care aims to prevent complications, maximize function through rehabilitation, and reduce risk of recurrence through lifestyle changes and medication compliance. Nurses monitor for complications and support recovery.
This document discusses imaging for stroke. It begins by introducing the types and pathophysiology of stroke, including ischemic and hemorrhagic strokes. It then covers the anatomy of arterial circulation and goals of imaging in acute stroke. Key imaging modalities are computed tomography (CT) and magnetic resonance imaging (MRI). CT is useful for quickly ruling out hemorrhage. Early signs of infarction on CT include hypoattenuating brain tissue and obscuration of the lentiform nucleus. MRI is more sensitive for detecting acute infarction and can identify the ischemic penumbra. Imaging aims to assess the brain parenchyma, vessels, perfusion, and potentially salvageable penumbra tissue.
This document discusses cerebral vasospasm (CVS), which is an abnormal constriction of cerebral arteries following subarachnoid hemorrhage. It can lead to delayed cerebral ischemia and infarction. The document covers risk factors, pathophysiology involving oxyhemoglobin and inflammation, diagnosis using tools like transcranial Doppler and angiography, and management including prevention with calcium channel blockers, treatment of symptomatic vasospasm with balloon angioplasty, and protecting the brain from ischemia.
BMS2-K13 Pemeriksaan Radiologi pada Sistem Saraf.pptxssuser144901
CT and MRI are commonly used imaging modalities to evaluate the brain and spine. CT can clearly image bone structures and is useful for detecting fractures, while MRI provides excellent soft tissue contrast and is more sensitive for abnormalities within the brain and spinal cord. Some key applications discussed include using CT to identify intracranial hemorrhages such as epidural, subdural, subarachnoid, and intraventricular bleeds. CT is also used to diagnose strokes, brain tumors, hydrocephalus, and traumatic injuries. MRI is superior for evaluating many conditions like brain infarctions, demyelinating diseases, and spinal disc herniations. Both modalities have advantages and can be complementary in the evaluation of many neurological
This patient presented with left-sided weakness and slurred speech. CT scan was normal. After tPA infusion, her blood pressure was elevated. The appropriate next step is to administer nicardipine to lower her blood pressure and prevent intracerebral hemorrhage.
This patient is being followed up after an ischemic stroke. Testing shows a left pontine infarct. The appropriate secondary prevention is to substitute clopidogrel for aspirin given his history of peripheral artery disease.
This patient presented with headache and papilledema. MRI was normal. Magnetic resonance venography is the best next test to evaluate for dural sinus venous thrombosis given her risk factors.
CT and MRI are useful in detecting subarachnoid hemorrhage (SAH) and intracerebral hemorrhage (ICH). CT can detect SAH within 72 hours and locate the aneurysm. MRI is sensitive to subarachnoid blood within 12 hours. Fundus examination may reveal sub-hyaloid hemorrhage in 11-33% of SAH cases. ECG changes in SAH include prolonged QRS and T waves similar to cardiac ischemia. ICH causes include hypertension, anticoagulation, and vascular abnormalities. CT and MRI are used to diagnose ICH. Treatment depends on size and location but may include surgery or medical management.
Stroke is a medical emergency caused by interrupted or reduced blood flow to the brain. The main types are ischemic (caused by blockage) and hemorrhagic (caused by bleeding). Risk factors include high blood pressure, atrial fibrillation, diabetes, and smoking. Symptoms depend on the affected brain region and may include paralysis, confusion, and speech problems. Diagnosis involves brain imaging and blood tests. Treatment focuses on restoring blood flow and preventing complications and recurrence through medication and lifestyle changes. Outcomes vary depending on the severity and location of brain damage.
The document provides information about cerebrovascular accidents (strokes) including:
1) Strokes occur when blood supply to the brain is disrupted, depriving brain cells of oxygen. India has high stroke prevalence, with risk factors like hypertension.
2) Strokes are either ischemic (caused by clot) or hemorrhagic (caused by bleed). Diagnosis involves CT/MRI and management focuses on restoring blood flow through thrombolysis or surgery.
3) Post-stroke care aims to prevent complications, maximize function through rehabilitation, and reduce risk of recurrence through lifestyle changes and medication compliance. Nurses monitor for complications and support recovery.
This document discusses imaging for stroke. It begins by introducing the types and pathophysiology of stroke, including ischemic and hemorrhagic strokes. It then covers the anatomy of arterial circulation and goals of imaging in acute stroke. Key imaging modalities are computed tomography (CT) and magnetic resonance imaging (MRI). CT is useful for quickly ruling out hemorrhage. Early signs of infarction on CT include hypoattenuating brain tissue and obscuration of the lentiform nucleus. MRI is more sensitive for detecting acute infarction and can identify the ischemic penumbra. Imaging aims to assess the brain parenchyma, vessels, perfusion, and potentially salvageable penumbra tissue.
This document discusses cerebral vasospasm (CVS), which is an abnormal constriction of cerebral arteries following subarachnoid hemorrhage. It can lead to delayed cerebral ischemia and infarction. The document covers risk factors, pathophysiology involving oxyhemoglobin and inflammation, diagnosis using tools like transcranial Doppler and angiography, and management including prevention with calcium channel blockers, treatment of symptomatic vasospasm with balloon angioplasty, and protecting the brain from ischemia.
BMS2-K13 Pemeriksaan Radiologi pada Sistem Saraf.pptxssuser144901
CT and MRI are commonly used imaging modalities to evaluate the brain and spine. CT can clearly image bone structures and is useful for detecting fractures, while MRI provides excellent soft tissue contrast and is more sensitive for abnormalities within the brain and spinal cord. Some key applications discussed include using CT to identify intracranial hemorrhages such as epidural, subdural, subarachnoid, and intraventricular bleeds. CT is also used to diagnose strokes, brain tumors, hydrocephalus, and traumatic injuries. MRI is superior for evaluating many conditions like brain infarctions, demyelinating diseases, and spinal disc herniations. Both modalities have advantages and can be complementary in the evaluation of many neurological
This patient presented with left-sided weakness and slurred speech. CT scan was normal. After tPA infusion, her blood pressure was elevated. The appropriate next step is to administer nicardipine to lower her blood pressure and prevent intracerebral hemorrhage.
This patient is being followed up after an ischemic stroke. Testing shows a left pontine infarct. The appropriate secondary prevention is to substitute clopidogrel for aspirin given his history of peripheral artery disease.
This patient presented with headache and papilledema. MRI was normal. Magnetic resonance venography is the best next test to evaluate for dural sinus venous thrombosis given her risk factors.
1. Stroke can be caused by blockage of blood flow (ischemic) or bleeding in the brain (hemorrhagic). Treatment depends on the type and location of stroke.
2. Risk factors for stroke can be modifiable like hypertension, diabetes, smoking or non-modifiable like age, sex, family history. Managing modifiable risk factors is important for prevention.
3. Acute treatment of ischemic stroke may involve clot-busting drugs intravenously or surgery to remove clots, while hemorrhagic stroke management focuses on controlling blood pressure, reducing swelling in the brain.
Cerebrovascular Vasospasm - Etiopathogenesis and ManagementDr. Rahul Jain
Cerebrovascular vasospasm is a consequence of subarachnoid hemorrhage following aneurysmal rupture. its types, causes, etiology, incidence, diagnois and treatment protocols should be understood for better identification and management of this condition.
This document discusses ischaemia of the lower limbs, including definitions, causes, clinical features, investigations and management. Some key points:
- Peripheral vascular disease refers to obstruction or deterioration of arteries other than those supplying the heart or brain.
- Causes of acute limb ischaemia include embolism (often from the heart) and thrombosis (due to atherosclerosis, aneurysm, etc.).
- Clinical features depend on location and duration of ischaemia, and can include pain, pallor, pulselessness, paralysis. Beyond 6 hours ischemia is usually irreversible.
- Investigations include blood tests, imaging like Doppler ultrasound and angiography. Management involves treating the cause, and surgical
This document discusses anaesthesia considerations for craniotomy to remove a mass lesion in the brain. It covers preoperative evaluation focusing on signs of increased intracranial pressure. Strict control of blood pressure, intubation technique to avoid pressure increases, and maintenance with balanced anaesthesia to control ICP and CPP are emphasized. Monitoring of ICP, CPP and other parameters is important. Positioning must be done carefully to avoid pressure on nerves or veins.
This document discusses imaging in stroke. It begins with an overview of the major arterial territories supplying the brain and the distinction between cerebral ischemia and infarction. It then covers the etiologies of stroke, including atherosclerotic, small vessel disease, cardioembolic and other causes. The pathophysiology of the ischemic core and penumbra is explained. Acute stroke imaging with CT, CTA, MRI and angiography is outlined. Signs of acute, subacute and chronic infarcts on various sequences are provided. Specific imaging findings for embolic infarcts including cardiac, atheromatous, fat and gas emboli are also summarized.
This document provides an overview of cerebrovascular diseases for medical students. It covers anatomy of the intracranial cerebrovascular system, common acute stroke presentations based on arterial distribution, features suggestive of brainstem stroke, watershed areas vulnerable to hypoperfusion, stroke risk factors, types of strokes, stroke epidemiology, case examples, acute stroke treatment options including thrombolytics, management of blood pressure, stroke workup, secondary stroke prevention, post-stroke care, and intracranial hemorrhage. Key points include differences between transient ischemic attack and stroke, use of the NIH stroke scale to determine severity, eligibility criteria for thrombolysis with tPA, and management of cerebral venous sinus thrombosis.
Cerebrovascular Accident or stroke is defined as an abrupt onset of neurological deficit caused by a focal vascular issue. Stroke is the second leading cause of death worldwide. The clinical manifestations of stroke can vary widely due to the complex anatomy of the brain and vasculature. Imaging such as CT and MRI are used to determine if the cause is ischemia or hemorrhage. Treatment focuses on rapid evaluation, managing risk factors, IV thrombolysis if appropriate, and rehabilitation to prevent complications and encourage recovery.
Ischaemic stroke pathogenesis and treatmentoyovwipedro2
- Ischemic stroke is the second leading cause of death worldwide and is caused by occlusion of cerebral blood vessels leading to brain tissue death.
- Risk factors include atrial fibrillation, hypertension, diabetes, and smoking.
- Treatment involves stabilizing the patient, administering fibrinolytic drugs like rtPA within 4.5 hours, or performing a mechanical thrombectomy for large vessel occlusions. Long term management focuses on prevention of recurrence through antithrombotic drugs and controlling risk factors.
Subarachnoid hemorrhage occurs when blood leaks into the subarachnoid space surrounding the brain. The most common cause is a ruptured intracranial aneurysm. Patients present with a sudden, severe headache and may experience nausea, vomiting, neck stiffness, loss of consciousness or neurological deficits. CT scans can detect bleeding in the first 12 hours, while lumbar puncture detects blood in the cerebrospinal fluid if CT is negative. Treatment involves stabilizing the patient, detecting and treating the aneurysm with clipping or coiling, and managing complications like vasospasm, delayed cerebral ischemia, hyponatremia, fever and rebleeding.
An intracranial aneurysm is a weak spot on a blood vessel in the brain that bulges outward. They are most common in certain blood vessels like the anterior communicating artery. Unruptured aneurysms are often incidental findings and have a low annual rupture risk of around 1%. However, ruptured aneurysms cause a subarachnoid hemorrhage, which has high mortality. Treatment options include microsurgical clipping or endovascular coiling to block blood flow to the aneurysm. The timing of treatment depends on the patient's condition and aneurysm factors. Neuroprotective techniques during surgery aim to reduce brain injury from temporary ischemia.
This document provides an overview of neuroradiology with a focus on cerebral ischemia. It discusses the pathophysiology and evolution of ischemic stroke seen on imaging techniques like CT and MRI. Key points covered include the appearance of acute ischemic stroke on non-contrast CT and differences seen on DWI, T1, T2 and FLAIR MRI sequences over time. It also addresses hemorrhagic transformation, evaluation of infarct size using ASPECTS scoring on CT, and the role of CT angiography and perfusion in assessing salvageable brain tissue. Cerebral venous infarction and classification of hemorrhagic transformations are briefly outlined.
The document discusses recent developments in stroke management. It summarizes that (1) endovascular therapy plus usual care is more effective than usual care alone for acute ischemic stroke patients with proximal arterial occlusion within 6 hours of onset, (2) early intensive blood pressure lowering is safe and may improve outcomes for intracerebral hemorrhage patients presenting within 6 hours with systolic BP 150-220 mmHg, and (3) stroke rehabilitation involving early mobilization, drug therapy to enhance motor recovery, and robotic training can improve functional recovery.
This document discusses cerebral aneurysms, which are bulges or ballooning in the walls of blood vessels in the brain. It defines aneurysms, lists their causes such as hypertension and smoking, and describes their signs and symptoms like severe headache and alterations in consciousness. The document outlines how aneurysms are diagnosed using CT scans, MRIs, lumbar puncture, and angiography. It then discusses treatment options for aneurysms like surgical clipping or coiling to repair the damaged blood vessel, as well as medical management using medications. Finally, it lists nursing care for patients with aneurysms such as monitoring vital signs, positioning, and preparing for potential emergency surgery.
Subarachnoid hemorrhage occurs when there is bleeding into the subarachnoid space surrounding the brain. It is usually caused by the rupture of an intracranial aneurysm. Risk factors include age, family history, smoking, and hypertension. Patients often present with a sudden and severe headache described as "the worst headache of my life". Diagnosis is typically made through CT scan or lumbar puncture. Treatment involves securing the aneurysm through clipping or coiling to prevent rebleeding, as well as managing complications such as cerebral vasospasm, seizures, and hydrocephalus.
d/t types of ischemic strokes, imaging modalities, imaging features on different imaging modalities. differential diagnosis of different imaging findings.
This document discusses identifying and managing acute stroke. It begins by outlining stroke, including defining ischemic stroke and transient ischemic attack. It then discusses the classification, epidemiology and data from Malaysia on stroke. Risk factors like hyperhomocysteinemia and depression post-stroke are mentioned. The management of acute ischemic stroke is summarized, including thrombolysis guidelines. General investigations and imaging for acute stroke are provided. The document concludes by discussing secondary prevention strategies post-stroke.
This document provides an overview of cerebrovascular disease and stroke. It discusses the anatomy and physiology of cerebral blood flow, the definition and classifications of stroke, common clinical presentations, investigations including imaging and vascular studies, and management approaches including thrombolysis, aspirin, risk factor modification, and carotid interventions. Stroke is a leading cause of death and disability that requires rapid diagnosis and treatment to minimize brain damage.
This document discusses anesthesia considerations for carotid endarterectomy. It begins with an overview of the anatomy and indications for the procedure. Important preoperative evaluations are outlined, including risk assessment, neurological examination, and imaging studies. Intraoperative management focuses on hemodynamic stability, cerebral perfusion monitoring via EEG, TCD, jugular bulb oximetry, and stump pressure. General anesthesia and regional anesthesia techniques are compared. Postoperative concerns like wound hematoma, embolism, and hypertension are also reviewed.
Main Java[All of the Base Concepts}.docxadhitya5119
This is part 1 of my Java Learning Journey. This Contains Custom methods, classes, constructors, packages, multithreading , try- catch block, finally block and more.
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1. Stroke can be caused by blockage of blood flow (ischemic) or bleeding in the brain (hemorrhagic). Treatment depends on the type and location of stroke.
2. Risk factors for stroke can be modifiable like hypertension, diabetes, smoking or non-modifiable like age, sex, family history. Managing modifiable risk factors is important for prevention.
3. Acute treatment of ischemic stroke may involve clot-busting drugs intravenously or surgery to remove clots, while hemorrhagic stroke management focuses on controlling blood pressure, reducing swelling in the brain.
Cerebrovascular Vasospasm - Etiopathogenesis and ManagementDr. Rahul Jain
Cerebrovascular vasospasm is a consequence of subarachnoid hemorrhage following aneurysmal rupture. its types, causes, etiology, incidence, diagnois and treatment protocols should be understood for better identification and management of this condition.
This document discusses ischaemia of the lower limbs, including definitions, causes, clinical features, investigations and management. Some key points:
- Peripheral vascular disease refers to obstruction or deterioration of arteries other than those supplying the heart or brain.
- Causes of acute limb ischaemia include embolism (often from the heart) and thrombosis (due to atherosclerosis, aneurysm, etc.).
- Clinical features depend on location and duration of ischaemia, and can include pain, pallor, pulselessness, paralysis. Beyond 6 hours ischemia is usually irreversible.
- Investigations include blood tests, imaging like Doppler ultrasound and angiography. Management involves treating the cause, and surgical
This document discusses anaesthesia considerations for craniotomy to remove a mass lesion in the brain. It covers preoperative evaluation focusing on signs of increased intracranial pressure. Strict control of blood pressure, intubation technique to avoid pressure increases, and maintenance with balanced anaesthesia to control ICP and CPP are emphasized. Monitoring of ICP, CPP and other parameters is important. Positioning must be done carefully to avoid pressure on nerves or veins.
This document discusses imaging in stroke. It begins with an overview of the major arterial territories supplying the brain and the distinction between cerebral ischemia and infarction. It then covers the etiologies of stroke, including atherosclerotic, small vessel disease, cardioembolic and other causes. The pathophysiology of the ischemic core and penumbra is explained. Acute stroke imaging with CT, CTA, MRI and angiography is outlined. Signs of acute, subacute and chronic infarcts on various sequences are provided. Specific imaging findings for embolic infarcts including cardiac, atheromatous, fat and gas emboli are also summarized.
This document provides an overview of cerebrovascular diseases for medical students. It covers anatomy of the intracranial cerebrovascular system, common acute stroke presentations based on arterial distribution, features suggestive of brainstem stroke, watershed areas vulnerable to hypoperfusion, stroke risk factors, types of strokes, stroke epidemiology, case examples, acute stroke treatment options including thrombolytics, management of blood pressure, stroke workup, secondary stroke prevention, post-stroke care, and intracranial hemorrhage. Key points include differences between transient ischemic attack and stroke, use of the NIH stroke scale to determine severity, eligibility criteria for thrombolysis with tPA, and management of cerebral venous sinus thrombosis.
Cerebrovascular Accident or stroke is defined as an abrupt onset of neurological deficit caused by a focal vascular issue. Stroke is the second leading cause of death worldwide. The clinical manifestations of stroke can vary widely due to the complex anatomy of the brain and vasculature. Imaging such as CT and MRI are used to determine if the cause is ischemia or hemorrhage. Treatment focuses on rapid evaluation, managing risk factors, IV thrombolysis if appropriate, and rehabilitation to prevent complications and encourage recovery.
Ischaemic stroke pathogenesis and treatmentoyovwipedro2
- Ischemic stroke is the second leading cause of death worldwide and is caused by occlusion of cerebral blood vessels leading to brain tissue death.
- Risk factors include atrial fibrillation, hypertension, diabetes, and smoking.
- Treatment involves stabilizing the patient, administering fibrinolytic drugs like rtPA within 4.5 hours, or performing a mechanical thrombectomy for large vessel occlusions. Long term management focuses on prevention of recurrence through antithrombotic drugs and controlling risk factors.
Subarachnoid hemorrhage occurs when blood leaks into the subarachnoid space surrounding the brain. The most common cause is a ruptured intracranial aneurysm. Patients present with a sudden, severe headache and may experience nausea, vomiting, neck stiffness, loss of consciousness or neurological deficits. CT scans can detect bleeding in the first 12 hours, while lumbar puncture detects blood in the cerebrospinal fluid if CT is negative. Treatment involves stabilizing the patient, detecting and treating the aneurysm with clipping or coiling, and managing complications like vasospasm, delayed cerebral ischemia, hyponatremia, fever and rebleeding.
An intracranial aneurysm is a weak spot on a blood vessel in the brain that bulges outward. They are most common in certain blood vessels like the anterior communicating artery. Unruptured aneurysms are often incidental findings and have a low annual rupture risk of around 1%. However, ruptured aneurysms cause a subarachnoid hemorrhage, which has high mortality. Treatment options include microsurgical clipping or endovascular coiling to block blood flow to the aneurysm. The timing of treatment depends on the patient's condition and aneurysm factors. Neuroprotective techniques during surgery aim to reduce brain injury from temporary ischemia.
This document provides an overview of neuroradiology with a focus on cerebral ischemia. It discusses the pathophysiology and evolution of ischemic stroke seen on imaging techniques like CT and MRI. Key points covered include the appearance of acute ischemic stroke on non-contrast CT and differences seen on DWI, T1, T2 and FLAIR MRI sequences over time. It also addresses hemorrhagic transformation, evaluation of infarct size using ASPECTS scoring on CT, and the role of CT angiography and perfusion in assessing salvageable brain tissue. Cerebral venous infarction and classification of hemorrhagic transformations are briefly outlined.
The document discusses recent developments in stroke management. It summarizes that (1) endovascular therapy plus usual care is more effective than usual care alone for acute ischemic stroke patients with proximal arterial occlusion within 6 hours of onset, (2) early intensive blood pressure lowering is safe and may improve outcomes for intracerebral hemorrhage patients presenting within 6 hours with systolic BP 150-220 mmHg, and (3) stroke rehabilitation involving early mobilization, drug therapy to enhance motor recovery, and robotic training can improve functional recovery.
This document discusses cerebral aneurysms, which are bulges or ballooning in the walls of blood vessels in the brain. It defines aneurysms, lists their causes such as hypertension and smoking, and describes their signs and symptoms like severe headache and alterations in consciousness. The document outlines how aneurysms are diagnosed using CT scans, MRIs, lumbar puncture, and angiography. It then discusses treatment options for aneurysms like surgical clipping or coiling to repair the damaged blood vessel, as well as medical management using medications. Finally, it lists nursing care for patients with aneurysms such as monitoring vital signs, positioning, and preparing for potential emergency surgery.
Subarachnoid hemorrhage occurs when there is bleeding into the subarachnoid space surrounding the brain. It is usually caused by the rupture of an intracranial aneurysm. Risk factors include age, family history, smoking, and hypertension. Patients often present with a sudden and severe headache described as "the worst headache of my life". Diagnosis is typically made through CT scan or lumbar puncture. Treatment involves securing the aneurysm through clipping or coiling to prevent rebleeding, as well as managing complications such as cerebral vasospasm, seizures, and hydrocephalus.
d/t types of ischemic strokes, imaging modalities, imaging features on different imaging modalities. differential diagnosis of different imaging findings.
This document discusses identifying and managing acute stroke. It begins by outlining stroke, including defining ischemic stroke and transient ischemic attack. It then discusses the classification, epidemiology and data from Malaysia on stroke. Risk factors like hyperhomocysteinemia and depression post-stroke are mentioned. The management of acute ischemic stroke is summarized, including thrombolysis guidelines. General investigations and imaging for acute stroke are provided. The document concludes by discussing secondary prevention strategies post-stroke.
This document provides an overview of cerebrovascular disease and stroke. It discusses the anatomy and physiology of cerebral blood flow, the definition and classifications of stroke, common clinical presentations, investigations including imaging and vascular studies, and management approaches including thrombolysis, aspirin, risk factor modification, and carotid interventions. Stroke is a leading cause of death and disability that requires rapid diagnosis and treatment to minimize brain damage.
This document discusses anesthesia considerations for carotid endarterectomy. It begins with an overview of the anatomy and indications for the procedure. Important preoperative evaluations are outlined, including risk assessment, neurological examination, and imaging studies. Intraoperative management focuses on hemodynamic stability, cerebral perfusion monitoring via EEG, TCD, jugular bulb oximetry, and stump pressure. General anesthesia and regional anesthesia techniques are compared. Postoperative concerns like wound hematoma, embolism, and hypertension are also reviewed.
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intracerebral hemorrhage& subaracnoid.pptx
1. Intracerebral Subaraknoid
pasien dengan hipertensi dan aterosklerosis
serebral ruptur p.darah
Haemorrhagi membesar penurunan kesadaran
dan abnormalitas tanda vital.
Akibat trauma atau hipertensi, tetapi penyebab
paling sering adalah kebocoran aneurisme pada area
sirkulus Willisi dan malformasi arteri vena kongenital
pada
otak. Perdarahan sering berulang dan menimbulkan
vasospasme hebat.
STROKE HEMORAGIK
Hunt and Hess grading scale for acute SAH
GRADE CHARACTERISTIC
1 Headache
2 Meningeal signs, severe headache, cranial neuropathy
3 Lethargy; inattentiveness, requiring repeated stimulation to
remain alert; hemiparesis
4 Stupor; brief arousal only to painful stimulus
5 Coma- no arousal to any stimulus
5. Hypertensive Hemorrhage
Hipertensi merupakan salah satu penyebab
paling sering yang menyebabkan perdarahan
intraserebral non-traumatik
Patofisiologi Autoregulasi serebral
karena adanya perubahan
cerebral arterial
menyebabkan range
autoregulasi tekanan darah
meningkat
Perubahan dinding arteri
llipohyalinosis & false-
aneurysm
(mikroaneurisma)
Charcot & Bouchard
aneurysms
Predileksi basal ganglia, thalamus, pons,
dan subcortical white matter
Clinical neurology, 9th Edition. 2015.
9. Pemeriksaan Penunjang
• LED meningkat ringan
• PTT, hitung trombosit
• CT Scan
• Deteksi perdarahan yang
berdiameter < 1 cm
• Darah segar massa berwarna
putih
• CT angiography: appearance of
contrast within the hemorrhage
high rate of hematoma expansion
• Mass effect & edema hypodense
• MRI
• Brainstem hemorrhages & residual
hemorrhages (visible long after no
longer detectable on CT: after 4-5
weeks)
Adams and Victors Principles of Neurology, 10th Edition. 2014.
10. Kim & Bae. Management of intracerebral hemorrhage. Journal of Stroke 2017;19(1):28-39
11. Tatalaksana
Kim & Bae. Management of intracerebral hemorrhage. Journal of Stroke 2017;19(1):28-39
12. Guidelines for the Management of Spontaneous Intracerebral Hemorrhage. AHA/ASA Guideline, 2015.
13. Tatalaksana Bedah
Kim & Bae. Management of intracerebral hemorrhage. Journal of Stroke 2017;19(1):28-39
15. • Definisi: masuknya darah ke ruang
subaraknoid (antara piameter dg
memb araknoid)
• Etiologi:
• Nontrauma:
• Aneurisma (tersering)
• Angioma
• Neoplasma
• Cortical thrombosis
• Infeksi
• Vaskulitis
• Trauma: sering krn fraktur basis cranium
→ aneurisma a. Carotid interna
http://www.strokecenter.org/patients/about-
stroke/subarachnoid-hemorrhage/
https://emedicine.medscape.com/article/1164
341-overview
16. • Faktor risiko pembentukan aneurisma:
• Atherosclerosis
• Hypertension
• Advancing age
• Smoking
• Hemodynamic stress
• Heavy alcohol consumption
• Herediter
• Patofisiologi:
Stres hemodinamik (aliran darah dan turbulensi) → pembentukan
pouching kecil → ukuran bertambah besar → tunika media yg elastis
digantikan o/ jar ikat
→ ruptur → ekstravasasi darah
→ pe↑ tek intrakranial
→ kompensasi → vasokonstriksi PD kranial &
pengeluaran mediator inflamasi → iskemik sekunder
→ menekan jar otak sekitar → injury
→ terbentuk massa → menghambat aliran darah dr distal
https://emedicine.medscape.com/article/1164341-overview
https://www.ncbi.nlm.nih.gov/pmc/articles/PMC5288992/
17. • Gejala profromal: muncul 10 – 20 hari sebelumnya, tjd krn adanya
kebocoran, emboli atau massa aneurisma yg menekan jar sekitar
• Headache (48%)
• Dizziness (10%)
• Orbital pain (7%)
• Diplopia (4%)
• Visual loss (4%)
• Tanda dan gejala: tergantung dr derajat perdarahan dan lokasi lesi
• Sudden and explosive headache (paling sering)
• Loss of consciousness: krn penurunan perfusi darah ke otak
• Seizure (6-16%)
• Jk aneurism terbentuk di:
• posterior communicating artery → bisa tjd disfungsi pupil
• middle cerebral artery → Motor neurologic deficits (10 – 15%)
• ophthalmic artery → monocular vision loss krn penekanan ke optic nerve ipsilateral
• Dapat ada gej sakit kepala ringan beberapa minggu sebelumnya krn adanya
kebocoran darah ke subarachnoid space
• mild to moderate blood pressure (BP) elevation → mjd labil stl tek intrakranial
meningkat
• Takikardi
• Peningkatan suhu jk disertai dg meningits
https://emedicine.medscape.com/article/1164341-overview
https://www.ncbi.nlm.nih.gov/pmc/articles/PMC5288992/
18. • Pemeriksaan penunjang:
• Lab:
• CBC: evaluation of possible infection or hematologic abnormality
• PT & aPTT: evaluation of possible coagulopathy
• Blood typing: prepare for possible intraoperative transfusions
• Cardiac enzymes: possible myocardial ischemia
• Radiologi:
• CT scan: first choice (paling sensitif), dapat mendeteksi perdarahan yg
baru terjadi
• Cerebral angiography
• CTA (CT angiography)
• MRI:
• performed if no lesion is found on angiography
• Not sensitive for SAH within the first 48 hours
• monitoring the status of small, unruptured aneurysms
• Pungsi lumbar:
• Jk gejala klinis menunjukkan SAH tapi hasil imaging negatif
• Paling baik dilakukan 12 jam stl munculnya gejala
• Melihat adanya eritrosit dan cek xantochromia (CSF berwarna
kuning/pink stl sentrifugasi ak. Pecahnya eritrosit shg pigmen heme
dikeluarkan)
https://emedicine.medscape.com/article/1164
341-overview
19. CT scan:
• Grade 1 - No
subarachnoid blood seen
on CT scan
• Grade 2 - Diffuse or
vertical layers of SAH less
than 1 mm thick
• Grade 3 - Diffuse clot
and/or vertical layer
greater than 1 mm thick
• Grade 4 - Intracerebral or
intraventricular clot with
diffuse or no
subarachnoid blood
https://emedicine.medscape.com/article/1164
341-overview
21. Tatalaksana
• Vasospasm:
• Nimodipine:
• Calcium channel blocker
• Menghambat vasospasme: menghambat Ca masuk ke sel otot polos & mencegah pelepasan
substansi dr platelet dan sel endotel
• Bersifat neuroprotektif: menghambat masuknya Ca ke neuron yg rusak
• Dapat mencegah dan mjd terapi pada delayed ischaemic
• Dosis 60mg tiap 4 jam selama 3 minggu
• Magnesium: calcium antagonis
• Statin: meningkatkan pembentukan NO → vasodilator
• Surgery: pemasangan clip pd aneurisma yg ruptur
http://www.strokecenter.org/patients/about-
stroke/subarachnoid-hemorrhage/
https://emedicine.medscape.com/article/1164341-overview
https://www.ncbi.nlm.nih.gov/pmc/articles/PMC5288992/
22. Prognosis
• The Hunt and Hess grading system is as follows:
• Grade 0 - Unruptured aneurysm
• Grade I - Asymptomatic or mild headache and slight nuchal rigidity
• Grade Ia - Fixed neurological deficit without acute meningeal/brain reaction
• Grade II - Cranial nerve palsy, moderate to severe headache, nuchal rigidity
• Grade III - Mild focal deficit, lethargy, or confusion
• Grade IV - Stupor, moderate to severe hemiparesis, early decerebrate rigidity
• Grade V - Deep coma, decerebrate rigidity, moribund appearance
• Semakin rendah grading, prognosis semakin baik
• Grade I – III prognosis cukup baik, bisa segera dioperasi
• Grade IV – V prognosis buruk, harus stabilisasi kondisi sampai min grade III
utk bisa dioperasi
https://emedicine.medscape.com/article/1164
341-overview
Cerebellar hemorrhage—Neurologic deterioration, brainstem compression, and hydrocephalus are indications for decompressive posterior fossa surgery, which may avert a fatal outcome. Results are best in conscious patients.
Lobar hemorrhage—Surgical evacuation can also be useful for lobar hematomas, especially those larger than 30 mL in volume and located within approximately 1 cm of the brain surface. Patients with good neurologic function who begin to deteriorate are optimal candidates. Prognosis is related to the level of consciousness before surgery.
Deep hemorrhage—Surgery is not beneficial for pontine or deep cerebral hypertensive hemorrhage.
PD otak rentan thd perubahan TD krn tunika adventisia tipis dan tdk ada tunika elastika eksterna → mudah terbentuk pouching aneurisma (berry/saccular aneurism)
Aneurism sering terbentuk pd a carotid interna, branching a cerebral pd circulus Willis
Jk tek darah sangat tinggi → ruptur → darah yg keluar ke ruang subaraknoid >> → kerusakan jaringan >>
Risiko ruptur jk aneurisme >5mm