3. INTRODUCTION
Ischemic stroke is on of the leading causes for death and disability worldwide
Especially in patients with malignant middle cerebral artery infarction, brain swelling secondary to vessel
occlusion is associated with high mortality
Several studies have shown that DC reduces the mortality rate in patients with malignant cerebral
infarction
Two principal groups of stroke who may benefit from craniectomy : first, patients with large infarction of
the middle cerebral artery territory, second is patients with space occupying cerebellar infarction
ESO provide guidelines on the management of space occupying brain infarction based on a systematic
review and on the Grading of Recommendations, Assesment, Develpoment and Evaluation (GRADE)
4. Malignant Middle Cerebral Artery
Infarction
Malignant MCA infarction’ is the term used to describe rapid
neurological deterioration due to the effects of space occupying
cerebral oedema following middle cerebral artery (MCA) territory
stroke.
Clinical: hemiparesis or hemiplegia, loss of visual field, gaze
deviation, neglect or aphasia, impaired level of consciousness,
nausea, vomiting, pupillary changes and papilledema
NIHSS Score typically have scores > 15 (non dominant hemisphere)
and > 20 points if dominant hemisphere
5. Yang MH, Lin HY, Fu J, et al.
Decompressive hemi- craniectomy in
patients with malignant middle
cerebral artery infarction: a
systematic review and meta-analysis.
Surgeon J R Coll Surgeons
Edinburgh Ireland 2015; 13: 230–
240.
15. ESO Guidelines on The Management of Space-Occupying
Brain Infarction 2021
ESO Guidelines
Recommendations
2021
Evidence Based
recommendation
Expert Consensus
statement
Systematic review
based on 13 PICOs
Questions
16. PICOs Questions
1. DC vs Conservative in age 18-60
within 48 hr reduce the risk of death
or poor outcome?
2. DC vs Conservative in age 18-60 >
48 hr reduce the risk of death or
poor outcome?
3. DC vs Conservative in age >60
within 48 hr reduce the risk of death
or poor outcome?
4. DC vs Conservative in space
occupying cerebellar infarction reduce
the risk of death or poor outcome?
5. CSF drainage reduce mortality or
improve functional outcome in space
occupying cerebellar infarction?
6. ICP monitoring in space occupying
hemispheric infarction reduce the
risk of death or a poor outcome?
17. PICOs Questions
7. Does admission to an ICU reduce the
risk of death or a poor outcome in space
occupying hemispheric infarction?
8. Does sedation reduce the risk of death
or a poor outcome in space occupying
hemispheric infarction?
9. Does Osmotic therapy reduce the risk of
death or a poor outcome in space
occupying hemispheric infarction?
10. Do Corticosteroids reduce the risk of
death or a poor outcome in space
occupying hemispheric infarction?
11. Does Hyperventilation reduce the risk
of death or a poor outcome in space
occupying hemispheric infarction?
12. Does Hypothermia reduce the risk of
death or a poor outcome in space
occupying hemispheric infarction?
13. Does Glyburide reduce the risk of
death or a poor outcome in space
occupying hemispheric infarction?
18. 1. DC vs Conservative in age 18-60 within 48 hr reduce
the risk of death or poor outcome?
19. 2. DC vs Conservative in age 18-60 > 48 hr reduce the risk of
death or poor outcome?
20. 3. DC vs Conservative in age >60 within 48 hr reduce the risk
of death or poor outcome?
21. 4. DC vs Conservative in space occupying cerebellar
infarction reduce the risk of death or poor outcome?
22. 5. CSF drainage reduce mortality or improve functional
outcome in space occupying cerebellar infarction?
23. 6. ICP monitoring in space occupying hemispheric
infarction reduce the risk of death or a poor outcome?
24. 7. Does admission to an ICU reduce the risk of death or a
poor outcome in space occupying hemispheric infarction?
25. 8. Does sedation reduce the risk of death or a poor
outcome in space occupying hemispheric infarction?
26. 9. Does Osmotic therapy reduce the risk of death or a
poor outcome in space occupying hemispheric infarction?
27. 10. Do Corticosteroids reduce the risk of death or a poor
outcome in space occupying hemispheric infarction?
28. 11. Does Hyperventilation reduce the risk of death or a
poor outcome in space occupying hemispheric infarction?
29. 12. Does Hypothermia reduce the risk of death or a poor
outcome in space occupying hemispheric infarction?
30. 13. Does Glyburide reduce the risk of death or a poor
outcome in space occupying hemispheric infarction?
31.
32. Conclusion
Malignant cerebral infarction is a life threatening condition with a mortality rate of 80 %
if treated conservatively
Decompressive craniectomy is the only thereapeutic approach that is based on data
of large RCT
Other treatment options like osmotherapy may be used in an individual risk-benefit, but
evidence is scarce
Recommend careful assessment of the patient’s will
33. References
H Bart van der Worp, Hofmeijer J, Juttler E, et al. 2021. European Stroke Organisation Guideline
on the management of space occupying brain infarction.: European Stroke Journal
Barlinn K, Puetz V., 2019. Role of Decompressive Craniectomy in Ischemic Stroke: Frontiers.
Lin J, A. Frontera J., 2021. Decompressive Hemicraniectomy for large hemispheric strokes. AHA
journals
Godoy D, Pinero G, Cruz Flores S, Alcala Cerra G, Rabinstein A., 2013. Malignant hemispheric
infarction of the middle cerebral artery, diagnostic consideration and treatment options.
Neurolgia; 31;332-343.
Dengan konservartif, angka kematiannya meningkat s/d 80%, pada studi meta analisis Tindakan pembedahan meningkatkan peluang untuk outcome yg lebih baik(mRS=3 atau kurang), meskipun untuk subgroup pada usia di atas 60 th masih diperdebatkan untuk benefit dari pembedahan, tujuan dari guideline ini adalah untuk mengkaji atau membantu dalam management pasien dengan space occupying brain infarction
1-10 % pasien dengan mca occlusion akut mengalami kenaikan ICP dan potensi terjadinya herniasi. Severity dari neurological deficit biasa diukur dengan NIHSS, dengan skor semakin tinggi mengindikasikan semakin parah deficit neurologis (0-42)
Excessive glutamate aktivasi N-Methyl D-aspartate receptors yg menyebabkan toxicity, kematian sel, kerusakan parah pada CNS. Apabila terjadi bersamaan defisiensi glukosa dan oxygen dapat menyebabkan terjadinya excitotoxicity dan disfungsi mitokondiral. Defisiensi glukosa dan oxygen saat cerebral iskemik menginduksi terjadinya depolarisasi sel neuron dan pelepasan glutamate yang menstimulasi Na/Ca2 channels berikatan dengan NMDA receptor
Arterial supply to the cerebral henispheres is derived from anterior circulation. Aca supplies most of cortex on the anteromedial surface of the brain , from frontal to the anterior parietal lobes, MCA supplies most pf the cprtex on the dorsolateral convexity of the brain, pca supplies includes the inferior and medial temporal and occipital cortex, anterior choroidal artery territory globus pallidus, putamen, thalamus, and posterior limb of internal capsule, lenticulostriate artery supplies the basal ganglia and internal capsule
DECIMAL: decra in malignant mca infarction, trial from France: DC + best treatment vs best treatment only. Destiny ( Decompressive surgery for the treatment of malignant infarction of the MCA: surgery vs conservative in aged 18-60, destiny II trials analyze the effect of DC inpatients > 60 yo. HAMLET ( Hemicraniectomy after middle cerebral artery infarction with Life-Threatening edema trial
Current evidence meta analyses was published in 2016 and included decimal, hamlet, Destiny I dan II, headfirst chines multicentric, and monocentric from Latvia
Hamlet, zhao, and HeMMI demanded at least bone flap 12 cm, HeADDFIRST minimal surgicaldecompression boundaries were anteriorly from the floor on the anterior cranial fossa at the mid pupillary line, posteriorly to 4 cm posterior to External auditory canal, superiorly 1cm lateral to SSS. Destiny II including the frontal, parietal (up to 2 cm lateral OF SSS), Temporal (down to the base of middle cranial fossa, and part of occipital (up to 4cm behind MAE)