#neurocriticalcare
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Neurovascular surgery is a subspecialty of neurosurgery that aims to treat and manage almost all vascular dieases and disorders of the brain and spinal cord.
Contact for more information:-
• Phone: +91 9810324401
• Website :- www.thebrainandspine.com
#thebrainandspine#brainandspine#brainandspineppl#neurosurgeon#brainhealth#spinalinjury#vascularhealth#neurosurgery#braindisorders#spinalcord#strokeprevention#brainaneurysm#neurointervention#neurorehabilitation#braintrauma#neurocriticalcare#spinalcordinjury#neurologist#brainresearch#neuroscience
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"Market Dynamics 2024-2033: The Evolution of Intracranial Pressure Monitoring"
Intracranial Pressure Monitoring Devices Market : Intracranial pressure (ICP) monitoring devices are at the forefront of neuromedical technology, playing a crucial role in the management of conditions such as traumatic brain injury, stroke, and hydrocephalus. These advanced devices provide real-time data on the pressure within the skull, allowing healthcare providers to make informed decisions and intervene quickly when necessary. With innovations like minimally invasive sensors and wireless monitoring systems, ICP monitoring has become more accurate and patient-friendly, enhancing comfort while delivering critical information that can significantly improve outcomes.
To Request Sample Report : https://www.globalinsightservices.com/request-sample/?id=GIS25894 &utm_source=SnehaPatil&utm_medium=Article
As research continues to advance, the development of smart ICP monitoring systems promises to revolutionize patient care further. These devices can integrate with electronic health records, providing seamless data transfer and alerting medical teams to changes in ICP levels. By enabling proactive management and reducing the risks associated with elevated intracranial pressure, these technologies are set to transform neurology and critical care practices, paving the way for improved patient safety and recovery.
#IntracranialPressure #ICPMonitoring #Neuroscience #BrainInjury #TraumaCare #PatientSafety #SmartHealthTech #WirelessMonitoring #NeurocriticalCare #MedicalDevices #HealthcareInnovation #MinimallyInvasive #Neurology #PatientOutcomes #BrainHealth
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Respiratory abnormalities in coma. The full details are available in episode 13 of ‘Clinical neurology with KD’ podcast. Cheyne -stokes breathing. There are brief periods of hyperpnoea regularly alternating with an even shorter duration of apnoea. After the apneic phase, respiratory movement's amplitude increases to a peak before slowly waning off to the following apnea. It represents a more severe degree of normal post-hyperventilation apnea due to bilateral cortical dysfunction. Brainstem hyperventilation Patients with midbrain and pontine lesions can have rapid and prolonged hyperventilation. Lowering the local CSF pH and stimulating the respiratory centre of the medulla is one of the postulated mechanisms. Kussmaul's breathing is deep, rapid breathing seen in metabolic acidosis. Apneustic breathing In apneustic breathing, there is a prolonged inspiratory time followed by a long inspiratory pause. The air is retained for several seconds and released. The expiratory time is short, and a pontine lesion usually causes it. Cluster breathing It is a cluster of breaths following each other in an irregular sequence. It results from low pontine or high medullary lesions. Ataxic breathing The breathing pattern is entirely irregular. It is called the atrial fibrillation of breathing. The inspiration is of different amplitudes and lengths and intermixed with variable periods of apnea. It is often seen in terminally ill patients and suggests impending respiratory failure. The site of the lesion is the dorsomedial medulla. A paramedian medullary infarct, bleed, or tumour can produce it. The classical breathing described by Biot in severe meningitis is ataxic. Central hypoventilation The pathway of voluntary respiration from the cortex descends via the corticospinal tract. The automatic respiration fibres from the medulla descend in the ventrolateral cord, with anatomic separation of inspiratory and expiratory pathways. #neurology #neuroscience #coma #emergencymedicine #criticalcare #internalmedicine #neuro #neurologyteachingclub #clinicalneurology #respiration #respiratorymedicine #neurocriticalcare #neuroresident #medicineresidency #neetss https://www.instagram.com/p/ChEkwNAvGSl/?igshid=NGJjMDIxMWI=
#neurology#neuroscience#coma#emergencymedicine#criticalcare#internalmedicine#neuro#neurologyteachingclub#clinicalneurology#respiration#respiratorymedicine#neurocriticalcare#neuroresident#medicineresidency#neetss
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❄️ LET’S FREEZE ❄️ Hipotermia terapéutica POST- PARO CARDÍACO. Reducción de la temperatura corporal hasta 32-34°C durante un periodo de 12-24 h. ✅ Su objetivo es limitar el daño neurológico producido después de la resucitación de pacientes en postparo cardiaco o lesiones neurológicas agudas de otras causas. ✅ Su principal efecto protector consiste en reducir la lesión cerebral general a través de efectos multifactoriales, el metabolismo corporal y cerebral en general, la apoptosis, la entrada de Ca2+ en las células, la acidosis intracelular y extracelular, la acumulación del neurotransmisor excitotóxico glutamato, la liberación de glicina, la inflamación y la producción de óxido nítrico y radicales libres. ✅ Indicador de Calidad en Unidad de Cuidados Intensivos. #hipotermia #cerebro #medigraphic #semicyuc #zoll #pasionporlauci #cecapmedic #cuidadosintensivos #neurocriticalcare #covid_19 #corazón #parocardiaco #parocardiacoseguro #estandardecalidad #brain #cool #freezer #criticalcare #iwin2020 #womeninmedicine #loveicu https://www.instagram.com/p/CENp6utpsut/?igshid=zpnvusxtftsc
#hipotermia#cerebro#medigraphic#semicyuc#zoll#pasionporlauci#cecapmedic#cuidadosintensivos#neurocriticalcare#covid_19#corazón#parocardiaco#parocardiacoseguro#estandardecalidad#brain#cool#freezer#criticalcare#iwin2020#womeninmedicine#loveicu
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Jan Hinkle speaking about #dysphagia at the 2nd International Neuroscience Nursing Research Symposium. August 11th Dallas TX. https://t.co/WJ3i6RdrDH #neuronurses #utswbrain @JNN_journal #neurocriticalcare #stroke #CVA (at Hilton Anatole Dallas)
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What is this? #Repost @neurointensivismoblog ・・・ #neurocirurgia #neurosurgery #neurologia #neurology #neurointensivismo #neurocriticalcare #neurosurgeryblog #neurocirurgiabr
#repost#neurosurgery#neurocirurgiabr#neurologia#neurointensivismo#neurocriticalcare#neurosurgeryblog#neurocirurgia#neurology
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Daiwai Olson speaking at the 2nd International Neuroscience Nursing Research Symposium. August 11th Dallas TX. https://t.co/WJ3i6RdrDH #neuronurses #utswbrain @JNN_journal #neurocriticalcare #intracranialpressure @daiwaiolson (at Hilton Anatole Dallas)
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Maria Gray receiving speaker award from the one and only Daiwai Olson at the 2nd International Neuroscience Nursing Research Symposium. #neuronurses #utswbrain @JNN_journal #neurocriticalcare (at Hilton Anatole Dallas)
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Cathy Cartwright speaking at the 2nd International Neuroscience Nursing Research Symposium. August 11th Dallas TX. https://t.co/WJ3i6RdrDH #neuronurses #utswbrain @JNN_journal #neurocriticalcare (at Hilton Anatole Dallas)
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Michael Rogers speaking at the 2nd International Neuroscience Nursing Research Symposium. August 11th Dallas TX. https://t.co/WJ3i6RdrDH #neuronurses #utswbrain @JNN_journal #sedation #neurocriticalcare (at Hilton Anatole Dallas)
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