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  • Book
    Yoko Kato, Ahmed Ansari, editors.
    Summary: This book will discuss and cover standard treatments and advances in some of the most controversial topics in cerebrovascular surgery traversing the whole arena, including open and interventional surgeries. They will be discussed with case scenarios, bail out strategies and complication handling, followed by advances in the subject. Some of the best academic cereberovascular physician will author these chapters with their vast experience. The book will be of particular benefit to neurosurgeons, neurologists, and radiologists. It will be particularly targeting residents, young and experienced faculty in the subject, and will provide first hand up to the mark information and experiences in cerebrovascular surgery.

    Contents:
    1 Cranial base approaches to aneurysms
    2 Deep and eloquent AVMs
    3 Posterior circulation aneurysms
    4 Cerebral revascularization in aneurysm surgeries
    5 Ischemic stroke revascularization
    6 Hemorrhagic stroke- endoscopic evacuation
    7 Cavernous malformation in brainstem
    8 Giant aneurysm management
    9 Cerebral veins and dural sinus reconstruction
    10 Moya moya-standards and advances
    11 Carotid endarterectomy
    12 Carotid angioplasty and stenting for occlusive diseases
    13 Complex intracranial aneurysms
    14 Pre operative and therapeutic embolizaion for AVMs
    15 Management of AV fistulas
    16 Keyhole approach in cerebral aneurysm surgeries
    17 Recurrent aneurysm after coiling/ clipping management
    18 FDs and stenting in management of aneurysms.
    Digital Access Springer 2022
  • Article
    Sleytr UB, Messner P.
    J Cell Biol. 1978 Oct;79(1):276-80.
    The fine structure of the regular arrays of subunits seen on both plasmalemma fracture faces in resting and starved Saccharomyces cerevisiae (baker's yeast) has been compared using different freeze-fracture replication methods. Freeze-cleaving was carried out at 173 degrees, 133 degrees, and 108 degrees K under a vacuum of 2 X 10(-7) torr (2.6 X 10(- 7)mbar) or under liquid nitrogen at atmosphereic pressure. Independent of the preparation conditions (fracturing temperature, and whether cleaved under vacuum or liquid nitrogen), resting and starved yeast show a significant difference in the morphology of the subunits forming the regular arrays. The regularly arranged particles of the P face of the plasmalemma of starved yeast have a clear craterlike structure which has previously been reported to be demonstrated only by freeze-etching at very low temperatures in ultrahigh vacuum. A complementary structure is seen on the plasmalemma E face. Prolonged exposures of fracture faces under the protection of liquid nitrogen-cooled shrouds have shown that, because of the consequent drastic reduction of condensable gases in the specimen area, no detectable condensation contamination of exposed fracture faces occurs within 15 min at a specimen temperature of 108 degrees K. This shows that a complicated ultrahigh vacuum technology is not required for high resolution freeze- etching.
    Digital Access Access Options