ECMINT 3.3
- Andersson – Causes of clot resistance and futile thrombectomy
- Andersson – Penumbra concept – time is brain
- Bonafé – MOTHERSHIP vs DRIP and SHIP
- Buchan – Neuroprotective agents: Current status
- Clifton – Stenting Extracranial Stenosis or Endarterectomy
- Clifton – Intracranial stenosis
- Costalat – Posterior Circulation & Large Vessel Stroke Occlusion
- De Meyer – Clot histology
- Ford – Ischaemic Stroke – underlying causes and mechanisms
- Jezzard – Measuring Cerebral Perfusion in Health and Disease with MRI
- Majoie – Wake-up stroke and extending the time window for thrombectomy: DAWN and DEFUSE 3
- Markus – Medical management of extra-cranial cerebral artery stenosis
- Mordasini – Triage of patients for thrombectomy
- Rasmussen – Anesthesia in Thrombectomy Best Practice?
- Rennie – Development of Endovascular Techniques (for Stroke)
- Rennie – Endovascular Treatment of Paediatric Stroke
- Renowden – Cranial nerves: anatomy and arterial supply
- Shapiro – Pharmacology: the thrombolytic agents
- van Zwam – Literature overview: Trials, meta-analyses, registries
- van Zwam – Stroke in Europe, the Netherlands and Maastricht
- Velthuis – CT perfusion in patient selection for thrombectomy
- Whiteley – The diagnosis of stroke and TIA
- Whiteley – Medical treatment of acute ischaemic stroke
ECMINT 3.2
- Andersson – Causes of Intracranial Aneurysms
- Andersson – Screening for Intracranial Aneurysms
- Edwards – Endothelium mediated mechanisms of vasoconstriction and vasodilatation
- Gawlitza – Prevalence and natural history of intracranial aneurysms
- Hofer – Histopathology of cerebral aneurysms
- Kulcsár – Advising patients with unruptured aneurysms
- Lamin – Flow diversion and Neck bridging devices
- Lenthall – Techniques for endovascular aneurysm packing: balloon, stent, double catheter
- Pierot – Flow Disruption and WEB device
- Pierot – Endovascular management of Giant aneurysms
- Renowden – Blood brain barrier function and dysfunction
- Renowden – Pharmacological agents used to prevent/treat delayed cerebral ischaemia: evidence or not
- Watton – Arterial physiology in health and disease
- White – Cx in Aneurysm Coiling: Avoidance
- White – Radiation exposure to patient & therapist – damage limitation
ECMINT 3.1
- Andersson – Cerebral Venous Sinus Thrombosis
- Bhattacharya – Dangerous anastomoses: ICA, ECA and VA 1.4
- Bhattacharya – Dangerous anastomoses: ICA, ECA and VA 1.5
- Bhattacharya – Embryology of the cerebral arteries 1
- Cellerini – Management and prevention of complications during tumour embolisation
- Cognard – DAVFs: Classification, Natural History, Physiopathology
- Cognard – DAVFs: Venous approach
- Desborough – Antiplatelet drugs used in endovascular therapy
- Khan – The coagulation cascade
- Kulcsár – Craniofacial tumour embolization
- Lenthall – Anatomy of the posterior circulation
- Lenthall – Treatment of spinal metastasis: Interventional options 2
- Lenthall – Treatment of spinal metastasis: Interventional options
- Payne – Control of cerebral blood flow perfusion
- Quaghebeur – Imaging of cranial tumours considered suitable for embolisation
- Rennie – Arterial Puncture Methodology and Closure Devices
- Rowland – Coma and LOC
- Szikora – Embolic agents relevant to interventional neuroradiology
- Szikora – Trans-arterial tumor embolization techniques
- White – Obtaining Informed Consent
ECMINT 2.4
- Andersson – Classification of brain AVMs
- Berg – Genetics and Intracranial Vascular Malformations
- Bhattacharya – Proliferative angiopathy & diffuse brain AVMs: What are they?
- Brouwer – The comparison and application of Liquid Embolic Agents (LEA)
- Brouwer – Complications… Anatomy ‘the cheapest way to be safe’
- Byrne – Spinal Vascular Anatomy
- Chapot – Prevention and Management of complications in AVM embolization
- Chapot – Transvenous Embolisation of AVMs
- Feix – Anaesthesia for interventional neuro-radiology
- Gawlitza – Sitting the ESMINT Diploma Examination
- Hodgson – Stereotactic Radiosurgery (STRS) and the role of embolisation, particularly in large volume AVMs
- Nelson – Surgery for AVMs: When to perform preoperative embolisation?
- Rennie – Embolisation of Spinal Vascular Malformations
- Renowden – Anatomy: the skull base
- Voets – The role of FMRI in embolization treatment planning
- White – Natural history of brain AVMs
ECMINT 2.3
- Andersson – Causes of clot resistance and futile thrombectomy
- Andersson – Penumbra concept – time is brain
- Bonafe – Akute Stroke Treatment 2017
- Bonafe – Mothership vs Drip and Ship
- Bösel – Anaesthesia in Stroke Thrombectomy – Best Practice (?)
- Bulbulia – Carotid Interventions to prevent stroke
- Chapot – Management of acute vertebrobasilar stroke
- Cognard – Endovascular strategies for Thrombectomy
- Halpin – DAWN trial
- Halpin – Extending the Treatment Window Wake-up and DAWN
- Jezzard – Measuring Cerebral Perfusion in Health and Disease with MRI
- Markus – Medical management of extra-cranial cerebral artery stenosis
- Mordasini – Triage of patients for thrombectomy
- Muir – Pathophysiology of Ischaemic Stroke
- Planas – Neuroprotective agents: Current status
- Rennie – Development of Endovascular Techniques (for Stroke)
- Rennie – How to manage M2 occlusions, How to manage tandem lesions, How to manage mild stroke with LVO
- Rennie – Clinical Guideline Stroke in Childhood
- Renowden – Cranial nerves: anatomy and arterial supply
- Ribo – Imaging and treatment of intracranial obliterative arteriopathies
- Schulz – Examination of the stroke patient
- Shapiro – Pharmacology: the thrombolytic agents
- van Zwam – Endovascular stroke treatment literature
- Whiteley – Clinical diagnosis of stroke in ED
- Whiteley – Treatments for stroke: lessons from history
ECMINT 2.2
- Andersson – Causes of intracranial aneurysms
- Andersson – Prevalence and natural history of intracranial aneurysms
- Bhattacharya – Anatomy of the intracranial venous system
- Byrne – Vein of Galen Malformation [VOGM] and Large Cranial Artery Anomalies
- Byrne – History of Endovascular Treatment of Aneurysms
- Goddard – Alterative devices for aneurysm neck management
- Goddard – Prevention and management of complications during aneurysm treatment
- Halpin – Neuroradiology of spasm, diagnostic and interventional
- Halpin – Techniques for Endovascular packing with coils
- Kulcsár – Endovascular access devices
- Pierot – How to treat complications related to the EVT of aneurysms?
- Pierot – Endovascular management of Giant aneurysms
- Pierot – Flow Disruptors and Future Endovascular Devices
- Porter – Neurosurgical Management of Aneurysms
- Renowden – Blood brain barrier function and causes of cerebral oedema
- Renowden – Screening for intracranial aneurysms
- Rowland – Delayed Cerebral Ischaemia: Looking beyond “vasospasm”
- Watton – Aneurysm biomechanics & mechanobiology
ECMINT 2.1
- Byrne – Dangerious Extracranial to Intracranial Anastomoses
- Byrne – Development of the Cranial Arteries
- Cellerini – Management and prevention of complications during tumour embolisation
- Cognard – DAVFs Venous approach
- Cognard – DAVFs Classification and Natural History
- Desborough – Antiplatelet drugs used in endovascular therapy
- Desborough – Intrinsic and extrinsic clotting cascades
- Kulcsár – Craniofacial tumour embolization
- Kulcsár – Post-embolization imaging
- Lenthall – Brain arterial blood supply
- Lenthall – Treatment of MSCC: Interventional options
- Payne – Control of cerebral blood flow perfusion
- Pretorius – MR imaging of brain tumours
- Rowe – Radiosurgery for Skull-base Tumours & Dural AV fistulae
- Young – Informed Consent