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- Perspective and Pathogenesis
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1. Expanding frontiers of cerebrovascular disease
- Prof. Vladimir Hachinski
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2. Basic anatomy, physiology and pathophysiology of the cerebral circulation for the physician
- Prof. Jean-Claude Baron
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3. Pathophysiology of cerebral ischemia
- Prof. Wolf-Dieter Heiss
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4. Intracerebral hemorrhages: causes and clinical findings
- Prof. Louis Caplan
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5. Subarachnoid hemorrhage (SAH)
- Prof. R. Loch Macdonald
- Diagnosis
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6. Clinical diagnosis of stroke and subtypes
- Prof. Louis Caplan
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7. The investigation of stroke
- Dr. Bart Demaerschalk
- Treatment
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8. Acute therapy of stroke and reperfusion treatments
- Prof. Brian Silver
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9. Subarachnoid hemorrhage diagnosis and management
- Prof. Gary K. Steinberg
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10. Stroke-induced heart injury
- Dr. Luciano A. Sposato
- Rehabilitation
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11. Stroke rehabilitation: principles of stroke
- Prof. Robert Teasell
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12. Stroke rehabilitation: therapies and treatments
- Prof. Robert Teasell
- Prevention
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13. Lifestyle and nutrition in stroke prevention
- Prof. J. David Spence
- Special Topics
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15. Pediatric stroke: cerebrovascular injury in the developing brain
- Prof. Adam Kirton
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16. Stroke in women: epidemiology, risk and prevention
- Prof. Cheryl Bushnell
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17. Transient ischemic attack and cognition
- Dr. Jennifer Mandzia
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18. Vascular cognitive impairment
- Prof. Eric E. Smith
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19. Atrial fibrillation, anticoagulation and vitamins for homocysteine
- Prof. J. David Spence
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20. Stroke in the young adult
- Prof. Jeffrey Saver
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21. Stroke in the young
- Dr. Gyan Kumar
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22. Convergence and joint prevention of stroke and dementia
- Prof. Vladimir Hachinski
- Archived Lectures *These may not cover the latest advances in the field
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23. Vascular cognitive impairment
- Dr. John Bowler
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24. Pediatric stroke
- Dr. Gabrielle deVeber
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25. The deteriorating stroke
- Prof. Werner Hacke
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26. General management
- Prof. Bo Norrving
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27. The treatment of stroke: specific management - thrombolysis plus
- Prof. Nils Wahlgren
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28. Rehabilitation: the chronic phase
- Prof. Lalit Kalra
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29. Prevention: management of risk and protective factors
- Prof. Graeme Hankey
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30. Medical therapy for secondary prevention of ischemic stroke
- Prof. Larry Goldstein
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31. Subarachnoid haemorrhage
- Prof. Jan van Gijn
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32. Controversies in stroke
- Prof. Stephen Davies
- Prof. Geoffrey Donnan
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33. Medical and surgical stroke
- Prof. Carlos Kase
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34. The urgency of stroke prevention after TIA
- Prof. S. Claiborne Johnston
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35. Carotid endarterectomy, angioplasty and stenting
- Prof. Martin Brown
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36. The clinical diagnosis of stroke and stroke subtypes
- Prof. Louis Caplan
Printable Handouts
Navigable Slide Index
- Introduction
- Outline
- Hypertension
- Factors affecting the development of ICH
- Sudden rise in blood pressure
- Necropsy ICH data
- Blood pressure in Cincinati ICH patients
- Other causes of intracerebral hemorrhage
- Arteriovenous malformations
- Cavernoma
- Hemorrhagic infarction
- Reperfusion and hemorrhages
- The pons in a patient with hypertensive ICH
- Avalanche effect in a pontine hemorrhage
- Gradual hemorrhage growth
- Intracerebral hemorrhage
- Locations of hypertensive ICH
- Putaminal hemorrhage
- Signs of large putaminal-capsular hemorrhages
- Smaller hemorrhages
- Small putaminal-capsular hemorrhages
- Lateral putaminal hemorrhage
- Hemorrhage in the caudate nucleus
- Caudate hematomas
- Thalamic hemorrhage
- Large paramedian thalamic hemorrhages
- Small medial hemorrhages
- Anterior hemorrhage brain slice
- Anterior hemorrhages
- Lobar hemorrhages
- Examples of lobar hemorrhages
- Posterior circulation hemorrhages
- Cerebellar hemorrhage
- Cerebellar hemorrhages are important to diagnose
- Cerebellar vermian hemorrhage
- Major symptoms of cerebellar hemorrhages
- Cerebellar hemorrhage signs
- Locations of pontine hemorrhages
- Large tegmento-basal pontine hematomas
- Large pontine hematoma
- Side view of a large tegmento-basal pontine hematoma
- Lateral tegmental pontine hemorrhages
- Lateral tegmental pontine hemorrhage
- Thank you!
Topics Covered
- The causes of intracerebral hemorrhage
- Hypertension and hemorrhage development
- Factors affecting intracerebral hemorrhage development
- Signs and symptoms of intracerebral hemorrhages
- Common locations of intracerebral hemorrhage and their clinical findings
Links
Series:
Categories:
Therapeutic Areas:
Talk Citation
Caplan, L. (2021, June 29). Intracerebral hemorrhages: causes and clinical findings [Video file]. In The Biomedical & Life Sciences Collection, Henry Stewart Talks. Retrieved December 6, 2024, from https://doi.org/10.69645/WEUQ2853.Export Citation (RIS)
Publication History
Financial Disclosures
- There are no commercial/financial matters to disclose.
A selection of talks on Neuroscience
Transcript
Please wait while the transcript is being prepared...
0:00
This is Dr. Louis Caplan,
I'm a neurologist at the Beth Israel Deaconess Medical Center in
Boston and a professor of neurology at Harvard Medical School.
Today I'm going to talk to you about intracerebral hemorrhage.
Intracerebral hemorrhage is the prototype of a focal localized brain lesion.
Doctors have learned the symptoms and signs of focal lesions
by how they present in patients with intracerebral hemorrhage.
0:29
I'm going to begin with discussing the major cause, which is arterial hypertension.
I'm then going to mention some other causes briefly,
the important part is the course and general symptoms of patients with hemorrhage,
and then the common locations where hemorrhages are and their clinical findings.
0:51
Beginning with the most important and communist cause: high blood pressure.
It's the new onset of hypertension, or the sudden worsening of hypertension that are most important.
Many people think that hemorrhages only occur in
patients with long-term hypertension, and that's not the case.
It's relatively normal blood vessels, arterioles and capillaries, that are more
likely to break under pressure than those that are thickened by past hypertension.
There's an analogy to the onset of hemoptysis in patients who've had rheumatic mitral stenosis.
In mitral stenosis, the mitral valve makes the blood back up into the lungs,
then the arterial pressure increases in the right heart and pulmonary artery, and vessels break.
Later, the arteries to the lungs become hypertrophied,
you develop right heart failure but you don't have hemoptysis,
so it's the early part that is important.
There are a number of factors which affect the development of intracerebral hemorrhage.