Es wurden 44 Produkte zu dem Suchbegriff Cerebrovascular accident in 3 Shops gefunden:

Plane Accident

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Holzig-grüne Konfrontation, modernes verstärktes VetiverKreation: 2025Parfümeur: Nathalie CettoOlfaktorische Familie: Holzig grünKopfnote: Rettich (Raphanus Sativus)Herznote: Cypriol-Essenz aus Indien (Papyrus), Guajakholz-Essenz aus ParaguayBasisnote: Vetiver-Essenz Haiti, Akigalawood (Givaudan-Eigenmolekül mit würzigen Facetten von Pfeffer und holzigen Facetten von Patchouli und Agarholz) Rettich und Vetiver sind beides Wurzeln, die sich unter der Erde nie begegnen sollten. SERIE 10: ACCIDENT - 3 Düfte, 3 Welten prallen aufeinander. Überraschende Begegnungen, die olfaktorische Gewohnheiten durchbrechen. ACCIDENT fördert die Stärke der Unterschiede, indem es Elemente, die nie für eine Verbindung vorgesehen waren, in überraschenden Allianzen zusammenbringt. Inspiriert von der Kunst der surrealistischen Collagen, drückt es aus, was passiert, wenn zwei Rohstoffe, die nie organisch zusammenkommen sollten, aufeinander treffen und gemeinsam eine neue Form schaffen. Aus diesem spannenden Experiment auf olfaktorischem Neuland gehen 3 überraschende neue Düfte hervor.

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Begegnung zwischen Synthetik und OrganikKreation: 2025Parfümeur: Domitille Michalon-BertierOlfaktorische Familie: Grün-blumig Der Aufbau der Formeln ist direkt, so dass keine Unterscheidung zwischen Kopf-, Herz- und Basisnoten vorgenommen wird. Es gibt jedoch eine chronologische Reihenfolge der Verdampfung dieser Verbindungen. Kopfnote: Zitronenöl, Galbanum Herz Lmr, Zelluloid-AkkordHerznote: Jasmin-Absolut LmrBasisnote: Cashmeran, trockener Amber, Moschus Die Assoziation von Zelluloid und Galbanum ist vom Wesen her widersprüchlich. Aus den gegensätzlichen Bereichen der Technik und der Natur stammend, verbinden sich Kunststoff und Harz zu einem völlig neuen Duft. Warnhinweis: Entzündlich. SERIE 10: ACCIDENT - 3 Düfte, 3 Welten prallen aufeinander. Überraschende Begegnungen, die olfaktorische Gewohnheiten durchbrechen. ACCIDENT fördert die Stärke der Unterschiede, indem es Elemente, die nie für eine Verbindung vorgesehen waren, in überraschenden Allianzen zusammenbringt. Inspiriert von der Kunst der surrealistischen Collagen, drückt es aus, was passiert, wenn zwei Rohstoffe, die nie organisch zusammenkommen sollten, aufeinander treffen und gemeinsam eine neue Form schaffen. Aus diesem spannenden Experiment auf olfaktorischem Neuland gehen 3 überraschende neue Düfte hervor.

Considerable impetus was given to the study and understanding of cere­ brovascular anatomy by Thomas Willis and his contemporaries in the seventeenth century, yet almost two hundred years were to pass before further significant advances were made in this field. Then, from the mid­ nineteenth century onwards, the dark ages of cerebrovascular research gradually lifted through the efforts of such workers as Luschka, Heubner, and Windle, whose pioneering anatomical studies formed the basis of the present-day understanding of the morphology of the cerebral circulation. The turn of the century saw an increasing influence of the early neurolo­ gists in describing anatomy of cerebral vessels in relation to their areas of distribution and to the production of focal deficits through specific vascu­ lar lesions and anomalies. Later still, Padget and others made important observations concerning phylogenetic and developmental aspects of the cerebral circulation. These anatomical and clinical studies were remarkable enough but the real breakthrough in investigating cerebral pathophysiology and in devis­ ing appropriate corrective neurosurgical procedures had to await the re­ markable advances in technology of the past fifty years. These began with the advent of cerebral angiography with all its subsequent refinements and progress has been accelerated through establishing noninvasive Doppler and high resolution ultrasound imaging techniques, methods for the accu­ rate measurement of cerebral blood flow, CT scanning, PET scanning, and, most recently, imaging and metabolic NMR scanning.

Holzig-grüne Konfrontation, modern verstärktes VetiverKreation: 2025Parfümeur: Caroline DumurOlfaktorische Familie: Grün-blumig Der Aufbau der Formeln ist direkt, so dass keine Unterscheidung zwischen Kopf-, Herz- und Basisnoten vorgenommen wird. Es gibt jedoch eine chronologische Reihenfolge der Verdampfung dieser Verbindungen. Kopfnote: Cosmofruit, Gardenie, Minzöl, rosa Pfeffer co2 LMR, schwarzer Pfeffer Öl, Madagaskar LMRHerznote: Galbanumöl LMR, Erbse AkkordBasisnote: Moschus Gardenie ist eine sehr markante Note, die als femininer und berauschender Duft bekannt ist. Wir haben daran gearbeitet, diese überwältigende Essenz mit der Frische von Chlorophyll aufzulockern. Eine ungewöhnliche Begegnung, die sich zu einer neuen blumig-grünen Komposition entfaltet. Warnhinweis: Entzündlich. SERIE 10: ACCIDENT - 3 Düfte, 3 Welten prallen aufeinander. Überraschende Begegnungen, die olfaktorische Gewohnheiten durchbrechen. ACCIDENT fördert die Stärke der Unterschiede, indem es Elemente, die nie für eine Verbindung vorgesehen waren, in überraschenden Allianzen zusammenbringt. Inspiriert von der Kunst der surrealistischen Collagen, drückt es aus, was passiert, wenn zwei Rohstoffe, die nie organisch zusammenkommen sollten, aufeinander treffen und gemeinsam eine neue Form schaffen. Aus diesem spannenden Experiment auf olfaktorischem Neuland gehen 3 überraschende neue Düfte hervor.

This volume focuses on three areas of neurointervention: aneurysms, non-aneurysmal cerebrovascular malformations, and stroke. Each chapter provides readers with relevant summaries of anatomy, physiology, and clinical presentations, and explores methodologies for diagnosis clinical workup, imaging, and management of each pathological entity. In the Neuromethods series style, chapters include details and advice from the specialists that contains the most up-to-date evidence in an easily digestible format. Cutting-edge and authoritative, Cerebrovascular Disorders is a valuable resource for medical students, residents, fellows, nurse practitioners, and any member of the medical community who desire an easy-to-follow guide on the methods of disease management.

This volume focuses on three areas of neurointervention: aneurysms, non-aneurysmal cerebrovascular malformations, and stroke. Each chapter provides readers with relevant summaries of anatomy, physiology, and clinical presentations, and explores methodologies for diagnosis clinical workup, imaging, and management of each pathological entity. In the Neuromethods series style, chapters include details and advice from the specialists that contains the most up-to-date evidence in an easily digestible format. Cutting-edge and authoritative, Cerebrovascular Disorders is a valuable resource for medical students, residents, fellows, nurse practitioners, and any member of the medical community who desire an easy-to-follow guide on the methods of disease management.

This volume focuses on three areas of neurointervention: aneurysms, non-aneurysmal cerebrovascular malformations, and stroke. Each chapter provides readers with relevant summaries of anatomy, physiology, and clinical presentations, and explores methodologies for diagnosis clinical workup, imaging, and management of each pathological entity. In the Neuromethods series style, chapters include details and advice from the specialists that contains the most up-to-date evidence in an easily digestible format. Cutting-edge and authoritative, Cerebrovascular Disorders is a valuable resource for medical students, residents, fellows, nurse practitioners, and any member of the medical community who desire an easy-to-follow guide on the methods of disease management.

This volume provides a comprehensive overview of the methodology, physiology, and contemporary and novel applications of cerebrovascular reactivity (CVR) measurements. The chapters in this book cover topics such as an introduction of the neurophysiology, neuroimaging, and clinical methods for CVR measurement; the use of CVR methods in the study of aging, cerebrovascular dysfunction, dementia, and brain tumors; and recommendations for measurement protocols and future applications in clinical translation. In Neuromethods series style, chapters include the kind of detail and key advice from the specialists needed to get successful results in your research center and clinical investigation. Thorough and comprehensive, Cerebrovascular Reactivity: Methodological Advances and Clinical Applications is a valuable tool that provides researchers in neuroscience and neurology with the latest resources on the measurement, interpretation, and application of CVR measurement.

This volume provides a comprehensive overview of the methodology, physiology, and contemporary and novel applications of cerebrovascular reactivity (CVR) measurements. The chapters in this book cover topics such as an introduction of the neurophysiology, neuroimaging, and clinical methods for CVR measurement; the use of CVR methods in the study of aging, cerebrovascular dysfunction, dementia, and brain tumors; and recommendations for measurement protocols and future applications in clinical translation. In Neuromethods series style, chapters include the kind of detail and key advice from the specialists needed to get successful results in your research center and clinical investigation. Thorough and comprehensive, Cerebrovascular Reactivity: Methodological Advances and Clinical Applications is a valuable tool that provides researchers in neuroscience and neurology with the latest resources on the measurement, interpretation, and application of CVR measurement.

This volume provides a comprehensive overview of the methodology, physiology, and contemporary and novel applications of cerebrovascular reactivity (CVR) measurements. The chapters in this book cover topics such as an introduction of the neurophysiology, neuroimaging, and clinical methods for CVR measurement; the use of CVR methods in the study of aging, cerebrovascular dysfunction, dementia, and brain tumors; and recommendations for measurement protocols and future applications in clinical translation. In Neuromethods series style, chapters include the kind of detail and key advice from the specialists needed to get successful results in your research center and clinical investigation. Thorough and comprehensive, Cerebrovascular Reactivity: Methodological Advances and Clinical Applications is a valuable tool that provides researchers in neuroscience and neurology with the latest resources on the measurement, interpretation, and application of CVR measurement.

It is estimated that the functionally significant body of knowledge for a given medical specialty changes radically every 8 years. New special­ ties and "sub-specialization" are occurring at approximately an equal rate. Historically, established journals have not been able either to absorb this increase in publishable material or to extend their reader­ ship to the new specialists. International and national meetings, sympo­ sia and seminars, workshops, and newsletters successfully bring to the attention of physicians within developing specialties wh at is occur­ ring, but generally only in demonstration form without providing historical perspective, pathoanatomical correlates, or extensive discus­ sion. Page and time limitations oblige the authors to present only the essence of their material. Pediatric neurosurgery is an example of a specialty that has devel­ oped during the past 15 years. Over this period neurosurgeons have obtained special training in pediatric neurosurgery and then dedicated themselves primarily to its practice. Centers, Chairs, and educational programs have been established as groups of neurosurgeons in different countries throughout the world organized themselves respectively into national and international societies for pediatric neurosurgery. These events were both preceded and followed by specialized courses, national and international journals, and ever-increasing clinical and invest­ igative studies into all aspects of surgically treatable diseases of the child's nervous system.

This comprehensive and practical book fills the current knowledge gap about the incidence and characteristics of seizures in all kinds of cerebrovascular disorders. Chapters are divided according to the nature of cerebrovascular diseases and highlight incidence, early versus late onset seizure types, pathophysiology, electro-clinical manifestations, treatment and prognosis. Authored by leaders in the field of epilepsy and stroke, Seizures in Cerebrovascular Disorders is an excellent resource for the daily management of patients suffering from this disease overlap.

This comprehensive and practical book fills the current knowledge gap about the incidence and characteristics of seizures in all kinds of cerebrovascular disorders. Chapters are divided according to the nature of cerebrovascular diseases and highlight incidence, early versus late onset seizure types, pathophysiology, electro-clinical manifestations, treatment and prognosis. Authored by leaders in the field of epilepsy and stroke, Seizures in Cerebrovascular Disorders is an excellent resource for the daily management of patients suffering from this disease overlap.

This comprehensive and practical book fills the current knowledge gap about the incidence and characteristics of seizures in all kinds of cerebrovascular disorders. Chapters are divided according to the nature of cerebrovascular diseases and highlight incidence, early versus late onset seizure types, pathophysiology, electro-clinical manifestations, treatment and prognosis. Authored by leaders in the field of epilepsy and stroke, Seizures in Cerebrovascular Disorders is an excellent resource for the daily management of patients suffering from this disease overlap.

Among the greatest challenges in cardiovascular surgery today remain operations on aortic arch pathology, supraaortic vessels, and the protection of the brain from hypoxic or ischemic injury during these delicate operations. Since DeBakey's first successful repair of an aortic arch aneurysm in 1957, understanding of the aortic arch pathology, neuroprotective strategies, neuromonitoring and surgical technique have markedly improved. Although the specific surgical procedures have reached an advanced standard and general acceptance, many questions remain unanswered and have contributed to ongoing controversy. Cerebral Protection in Cerebrovascular and Aortic Surgery presents the current knowledge of understanding causes and pathogenesis of cerebral damage during surgery on the aortic arch and supraaortic vessels and prevention of brain damage by specific surgical therapy.

Disease of the blood vessels of the brain currently ranks among the leading causes of death in western countries and leads to significan problems in health care. The neurological effects of non-fatal strokes can be devastating. Modern treatment methods, however, can significantly alleviate these. The improvements have been developed from an understanding of the biophysical basis of blod flow in the brain. This textbook provides a review of our current understanding of the physical phenomena associated with the flow of blood through the brain and applies these concepts to the physiological and medical aspects of cerebrovascular disease in a way that will be useful to both the scientist and the clinician. Specifically it discusses: - the physical bases for the development of cerebrovascular disease and for its clinical consequences - specific current and possible future therapies - experimental, clinical, and computational techniques used to investigate cerebrovascualr disease - blood dynamics and its role - imaging methods used in the diagnosis and management of cerebrovascualr disease. Intended for a one- or two-semester course in biophysics, biomedical engineering or medical physics, the book will also be of interest to medical students and interns in neurology and cardiology and will provide a useful overview of current practice for researchers and clinicians. A volume in the AIP International Series in Basic and Applied

This book offers a basic understanding of the complex mechanisms that protect the brain from harmful substances while still allowing for essential functions such as nutrient transport and waste removal. It explores the blood-cerebrospinal fluid barrier (BCSFB) and the blood-brain barrier (BBB) in depth, focusing on the latest research, innovative techniques, and unique perspectives from researchers worldwide. The book also examines the clinical relevance of brain barrier dysfunction, with a particular focus on multiple sclerosis (MS) and the potential role of brain barriers in the development of MS, intricate relationship between brain barriers and infectious diseases and much more. With contributions from experts in neurobiology, microbiology, and biophysics, this book provides a multidisciplinary perspective. Extensive research has been conducted on the cerebrovascular or cerebrospinal fluid barrier function. The recent development of a functional epithelial cell line derived from a human choroid plexus papilloma has paved the way for an in vitro model of the choroid plexus, which has been instrumental in elucidating the interplay between infection, metabolism, physiological functions, and disease. This book is an effort by the Editors to raise public knowledge of the cerebrovascular and cerebrospinal fluid barriers. With broad coverage of topics in "Human Cerebrospinal Fluid and Cerebrovascular Barrier", it is ideal for researchers studying cerebrovascular or cerebrospinal fluid barrier interested in staying up to date on the latest developments. Healthcare providers and researchers working to develop new treatments for MS, infectious diseases of the central nervous system and other neurological disorders will also value this book. The book provides students of medicine, pharmacy, biology, and engineering with a comprehensive understanding of the structure and function of brain barriers. Those seeking a thorough introduction to the field will also find the book enjoyable.