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گوشی یکی از دوستان نزدیک را که در یک گروه باهم هستیم را هک کردند و برای تمام افراد دفترچه تلفنش و گروه هایی که بوده است این پیام ارسال شده است "سلام خوبین یجا گیر کردم 3 میلیون میتونید کارت به کارت کنید کارمو راه بندازین؟ خرید کردم کارت خودم مسدوده باید بریزم به کارت طرف الان، فردا حتما برمیگردونم"
دوستان تماس گرفتند تلفن اشغال بوده و متاسفانه چند نفر واریز کردند. کارتهایی هم که داده میشود دوباره کلاهبرداری از یکی دیگه است و قابل پیگیری نیست.
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گوشی یکی از دوستان نزدیک را که در یک گروه باهم هستیم را هک کردند و برای تمام افراد دفترچه تلفنش و گروه هایی که بوده است این پیام ارسال شده است "سلام خوبین یجا گیر کردم 3 میلیون میتونید کارت به کارت کنید کارمو راه بندازین؟ خرید کردم کارت خودم مسدوده باید بریزم به کارت طرف الان، فردا حتما برمیگردونم"
دوستان تماس گرفتند تلفن اشغال بوده و متاسفانه چند نفر واریز کردند. کارتهایی هم که داده میشود دوباره کلاهبرداری از یکی دیگه است و قابل پیگیری نیست.
لطفا توجه فرمایید و به دوستانتان اطلاع رسانی کنید
The Conversation UK: The Human Brain Project: six achievements of Europe's largest neuroscience programme.
https://theconversation.com/the-human-brain-project-six-achievements-of-europes-largest-neuroscience-programme-169184
https://theconversation.com/the-human-brain-project-six-achievements-of-europes-largest-neuroscience-programme-169184
The Conversation
The Human Brain Project: six achievements of Europe's largest neuroscience programme
From robotic hands to brain-like computers, the Human Brain Project has produced some intriguing results.
BioTechniques.com: Reduced Synaptic Gain in Schizophrenia.
https://www.biotechniques.com/neuroscience/neurons-prove-difficult-to-excite-in-schizophrenia/
https://www.biotechniques.com/neuroscience/neurons-prove-difficult-to-excite-in-schizophrenia/
BioTechniques
Neurons prove difficult to excite in schizophrenia
Schizophrenia is associated with reduced synaptic gain, while hallucination symptoms are associated with a loss of neural inhibition.
Parkinson's News Today: Brain Waves and Parkinson's: A Possible Link to the 'Flicker Effect'.
https://parkinsonsnewstoday.com/2021/10/29/brain-waves-parkinsons-possible-link-flicker-effect/
https://parkinsonsnewstoday.com/2021/10/29/brain-waves-parkinsons-possible-link-flicker-effect/
Parkinson's News Today
Brain Waves and Parkinson’s: A Possible Link to the ‘Flicker Effect’
*** Note: Parkinson’s News Today is strictly a news and information website about the disease. It does not provide medical advice, diagnosis or treatment. This content is not intended to be a...
The Conversation AU: Research Assistant - Australian Epilepsy Project (Neuroimaging Stream) Job at The Florey Institute in Melbourne, Australia.
https://jobs.theconversation.com/jobs/92592518-research-assistant-australian-epilepsy-project-neuroimaging-stream-at-the-florey-institute
https://jobs.theconversation.com/jobs/92592518-research-assistant-australian-epilepsy-project-neuroimaging-stream-at-the-florey-institute
Studies_in_Computational_Intelligence_852_Szczepan_Paszkiel_Analysis.pdf
7.9 MB
(Studies in Computational Intelligence 852) Szczepan Paszkiel - Analysis and Classification of EEG Signals for Brain–Computer Interfaces-Springer International Publishing (2020).pdf
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#book
Control,_Robotics_and_Sensors_Spiros_Nikolopoulos_editor,_Chandan.pdf
6.5 MB
(Control, Robotics and Sensors) Spiros Nikolopoulos (editor), Chandan Kumar (editor), Ioannis Kompatsiaris (editor) - Signal Processing to Drive Human-Computer Interaction_ EEG and Eye-Controlled .pdf
#book
#book
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Atlas of Pediatric and Neonatal ICU EEG is the first and only atlas to provide a comprehensive overview of the EEG patterns encountered in critically ill neonates and children, with emphasis on their significance and implications for patient care. EEG monitoring is an essential component of neurocritical care, and the patterns seen in critically ill children and neonates are often distinctly different from those found in critically ill adults or encountered in an epilepsy monitoring unit or outpatient neurophysiology laboratory. This resource provides expert guidance in the interpretation of neonatal and pediatric critical care EEG with hundreds of examples and detailed denoscriptions to enhance understanding and facilitate better outcomes for EEG monitoring in children.
The chapters begin by addressing the basics of each topic before focusing on specific EEG patterns and their relevance to a particular disease state. Dedicated chapters on rhythmic and periodic patterns, status epilepticus, quantitative EEG analysis, and multimodality monitoring provide a thorough grounding in ICU EEG skills and applications. The book concludes with a series of thirteen cases illustrating common scenarios to help clinicians apply lessons learned. 140 board-style questions targeting information covered on the epilepsy and clinical neurophysiology boards is included online along with 12 videos that further amplify chapter content. Incorporating the most recent American Clinical Neurophysiology Society guidelines for critical care EEG monitoring in neonates and children, this evidence-based atlas will be a trusted reference for critical care clinicians, neurologists, epileptologists, and other providers who care for critically ill neonates and children.
Key Features:
Detailed denoscriptions of the indications for and utility of ICU EEG monitoring in neonatal and pediatric patients
Over 270 images of neonatal and pediatric ICU EEGs with explanations of key features
Illustrative cases, board-style review questions with rationales, and videos facilitate understanding and application of the material covered in the images and text
Takeaway points included at the end of chapters underscore essential information
Purchase includes digital access for use on most mobile devices or computers
Atlas of Pediatric and Neonatal ICU EEG is the first and only atlas to provide a comprehensive overview of the EEG patterns encountered in critically ill neonates and children, with emphasis on their significance and implications for patient care. EEG monitoring is an essential component of neurocritical care, and the patterns seen in critically ill children and neonates are often distinctly different from those found in critically ill adults or encountered in an epilepsy monitoring unit or outpatient neurophysiology laboratory. This resource provides expert guidance in the interpretation of neonatal and pediatric critical care EEG with hundreds of examples and detailed denoscriptions to enhance understanding and facilitate better outcomes for EEG monitoring in children.
The chapters begin by addressing the basics of each topic before focusing on specific EEG patterns and their relevance to a particular disease state. Dedicated chapters on rhythmic and periodic patterns, status epilepticus, quantitative EEG analysis, and multimodality monitoring provide a thorough grounding in ICU EEG skills and applications. The book concludes with a series of thirteen cases illustrating common scenarios to help clinicians apply lessons learned. 140 board-style questions targeting information covered on the epilepsy and clinical neurophysiology boards is included online along with 12 videos that further amplify chapter content. Incorporating the most recent American Clinical Neurophysiology Society guidelines for critical care EEG monitoring in neonates and children, this evidence-based atlas will be a trusted reference for critical care clinicians, neurologists, epileptologists, and other providers who care for critically ill neonates and children.
Key Features:
Detailed denoscriptions of the indications for and utility of ICU EEG monitoring in neonatal and pediatric patients
Over 270 images of neonatal and pediatric ICU EEGs with explanations of key features
Illustrative cases, board-style review questions with rationales, and videos facilitate understanding and application of the material covered in the images and text
Takeaway points included at the end of chapters underscore essential information
Purchase includes digital access for use on most mobile devices or computers