Call for Abstract

Annual Congress on Neurology & Neuroscience, will be organized around the theme “Unleashing Research Ideas and Exploring the Work on Neurological Diseases”

European Neurology 2018 is comprised of keynote and speakers sessions on latest cutting edge research designed to offer comprehensive global discussions that address current issues in European Neurology 2018

Submit your abstract to any of the mentioned tracks.

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Nervous system plays a vital role in the human behaviour, in which Neurology is a branch of biological science that deals with the disorders of the nervous system. Neurology is used to diagnose and treat diseases called neurological disorders related to the nervous system. Vascular neurology is used to treat stroke and other neurological disorders like cerebral venous thrombosis. In autonomic neurology, the nerves get damaged at the brain, heart, blood vessels and sweat glands. The current technologies in the neurotechnology is cell therapy, Implant technologies, Low field magnetic stimulation. Neurologist, a well specialized person treats neurological disorders.

  • Track 1-1Nervous System
  • Track 1-2General Neurology
  • Track 1-3Vascular Neurology
  • Track 1-4Autonomic Neurology
  • Track 1-5Neurotechnology

Neuroscience (neurobiology or neural science), deals with study of development of nervous system. Neurons are the main cause for transmitting nerve signals. On advancements of molecular biology and computational research, the study of the nervous system is increased significantly. Translational research deals with the disciplines involving diagnosis and treatment of some diseases. Clinical neuroscience means the specialist in neurosurgery and psychiatry.

  • Track 2-1Neurons
  • Track 2-2Branches of Neuroscience
  • Track 2-3Translational Research
  • Track 2-4Modern Neuroscience
  • Track 2-5Clinical Neuroscience

Neurophysiology means the addition of physiology and neuroscience. Electrophysiology measures the electrical activity of neurons. There are two types of technologies involved in this process. They are internal recording and external recording. Neurophysiology consists of many sub categories like Animal neurophysiology, Brain computer interfacing and sleep physiology. In nerve tracts, the transmission of signals is of two types like: spatial summation and temporal summation. Some methods like Brain mapping, Electrophysiology, Brain stimulation, Encephalography are used in neurophysiology. 

  • Track 3-1Electrophysiology
  • Track 3-2Brain Mapping
  • Track 3-3Brain Stimulation
  • Track 3-4Electroencephalography

Neuroanatomy consists of the central nervous system which has brain, spinal cord and the peripheral nervous system which consist of sensory nerves and the sensory organs. Three different types of neurons are found. They are afferent neurons, Efferent neurons and interneurons. Autonomic nervous system is a kind of peripheral nervous system which has two sub classes like sympathetic and parasympathetic. Enteric nervous system (ENS) which is a kind of Autonomic nervous system which is responsible for the digestive organs. ENS works independent of CNS and it also works without any inputs from outside. ENS is also called as brain of the gut or the body’s second brain. It has three specific functions like sensory input, integration and the motor output.

  • Track 4-1Central Nervous System
  • Track 4-2Peripheral Nervous System
  • Track 4-3Autonomic Nervous System

Neuropharmacology is the term that deals how the drugs affect cellular function of the nervous system. Molecular pharmacology and behavioural pharmacology are the two main types of neuropharmacology. To know about the advances in the medicine of neuropharmacology, it is important to know about the neurochemical interactions between the neurons-neurons. Molecular neuropharmacology deals with the development of new drugs that treat the neurological diseases like pain and psychological disorders. Agonist, competitive antagonist, non-competitive antagonist are the words that relates neurotransmission to receptor action. 

  • Track 5-1Neurochemical Interactions
  • Track 5-2Molecular Neuropharmacology
  • Track 5-3Behavioral Neuropharmacology

Cognitive neuroscience comes under the scientific field and exists with multidisciplinary fields like psychology, neurobiology, bioengineering, neurology, physics, chemistry and computer science, which tells about the neural connections of the brain that are involved in mental processes. Cognitive neuroscience field is the addition of cellular neurobiological research and cognitive psychology. It connects the higher level cognitive function to known brain architectures and known neuronal processing. This field carries an example like TMS and brain-lesion studies with fMRI and EEG.

  • Track 6-1Neurolinguistics
  • Track 6-2Neuroimaging
  • Track 6-3Functional Magnetic Resonance Imaging
  • Track 6-4Positron Emission Tomography

In computational neuroscience mathematical models are used to investigate about the processing properties of structures of the nervous system. The dynamic and statistical modelling is the advanced data analysis method used to extract the information from neural data. Another method includes modelling of neurons, networks and brain systems. It is also used to frame hypotheses which can be used to test about the future biological and psychological experiments. Neuroinformatics is also a field that comes under computational neuroscience which is a combination of neuroscience and information science.

  • Track 7-1Neural Network
  • Track 7-2Neuroinformatics
  • Track 7-3Brain-Computer Interface
  • Track 7-4Mathematical Neuroscience

Molecular neuroscience tells how molecular biology, molecular genetics, protein chemistry gets applied on the nervous system and it is a platform through which the fundamentals of the brain and cognitive disease can be studied. It is a dynamic field. Many voltage gated-ion channels like sodium-ions, potassium ions and calcium-ions are used in molecular neuroscience. Nutritional neuroscience tells about the effect on dietary components like minerals, vitamins, proteins, carbohydrates, fats and dietary supplements. 

  • Track 8-1Voltage Gated Ion Channels
  • Track 8-2Neurotransmitter Release
  • Track 8-3Neuronal Gene Expression
  • Track 8-4Nutritional Neuroscience
  • Track 8-5Neurochemistry

Neuro-oncology tells about the study of the brain and the spinal cord neoplasms. Most of the neuro-oncological diseases are dangerous and life threatening and some of them may even die within a few months. Some of the diagnostic procedures used are diagnostic imaging on the brain and the spinal cord, Lumbar puncture and cerebrospinal fluid analysis and pathogenic diagnosis. Commonly used treatments are radiotherapy, chemotherapy, corticosteroids and neurosurgical interventions. Specific tumours found are primary tumours and metastatic tumours.  There are many symptoms like fever, headaches increased intracranial pressure which is used to diagnose this disease.

  • Track 9-1Tumor Factors
  • Track 9-2Primary Tumor
  • Track 9-3Metastatic Tumor
  • Track 9-4Radiotherapy

Neuropsychiatry is the addition of two disciplines neurology and psychiatry. It is used to treat mental disorders caused in the nervous system. It addresses on the investigation of brain injury or brain disease of different. Neuropsychiatry will link the mind, body and behaviour. Neuropsychiatric conditions include depression, addictions, childhood and development, Eating disorders, mood disorder, sleep disorder. Nowadays there are many hospitals that are used to treat the neuropsychiatric conditions. It may occur due to brain abnormalities, Point mutation, damage in the myelin sheath and may also due to the oxidation of the environmental toxins. It is expected that the vaccine will arise soon on this field. 

  • Track 10-1Mind/Brain Monism
  • Track 10-2Casual Pluralism
  • Track 10-3Neuropsychiatric Condition

Neural engineering is a technique used to repair, replace, enhance or exploit the properties of neural systems. Scope of neural engineering is neuromechanics, neuromodulator and neural regrowth and repair. This neural engineering has the fundamentals from neuroscience and engineering. Applications of neural engineering like neural imaging, neural networks, neural interfaces, microsystems, microelectrode arrays and neurorobotics. Advanced therapies include the combination of complex guidance channels and the multiple stimuli. It also processes at molecular, cellular, systems and behaviour levels. A division was found on neural engineering called neurohydrodynamics.

  • Track 11-1Neural Tissue Regeneration
  • Track 11-2Neural Enhancement
  • Track 11-3Neural Prostheses

Neuro philosophy is relevant to the neuroscientific studies that come with the combination of neuroscience and philosophy. Specific issues occurs in this field is modularity of mind and location of cognitive function. There are two approaches in this field. One is to solve problems in philosophy and the other is to clarify neuroscientific results with the methods of philosophy of science. Functional magnetic resonance imaging is used as a method in the indirectness of studies of mind and brain. There are three main branches in neurophilosophy. They are: Philosophy of mind, neuroethics and neuroethics of free will.

  • Track 12-1Neuroethics
  • Track 12-2Neuroethics - Key Issues
  • Track 12-3Mind Philosophy

Neuroplasticity is the ability of the brain that recognizes itself by forming new neural connections throughout life. It’s also called as brain plasticity or brain malleability. Some applications of neuroplasticity are treatment of brain damage, vision, brain training, sensory prostheses, phantom limbs, chronic pain, fitness and exercise, human echolocation and meditation. Not only in humans but also in animals there are some changes like sensory brain changes and traumatic brain injury research. Polish neuroscientist is the one who used the term neuro plasticity. Acute and Chronic reorganization is the two types of mechanisms of neuroplasticity.

  • Track 13-1Neurobiology
  • Track 13-2Brain Damage Treatment
  • Track 13-3Sensory Prostheses
  • Track 13-4Human Echolocation

Neuropsychology deals with the emotion, behaviour, cognition and the function of brain. It is concerned with the diagnosis and treatment of behavioural and cognitive effects of neurological disorders. It shares the information related to cognitive psychology and cognitive science. It derives information from the physiological disciplines, neuroscience, neurology, physiology, philosophy, psychiatry and computer science. Neuropsychologist is the one who diagnose and treats the brain disease like brain injuries

  • Track 14-1Alexia
  • Track 14-2Amnesia
  • Track 14-3Aphasia
  • Track 14-4Dementia
  • Track 14-5Hemi Spatial Neglect
  • Track 14-6Agraphia

Neurotransmitters are the endogenous chemicals that are used in neurotransmission. They transmit their signals by chemical synapse. Amino acids, gas transmitters, monoamines, trace amines, peptides and purines are the different classification of neurotransmitters. It influences as excitatory, inhibitory or modulatory. Acetylcholine, Dopamine, glutamate, glycine, histamine, and serotonin are the some of the examples of neurotransmitters. The neurotransmitter receptors are of two types: Ligand activated ion channels and metabotropic receptors. Unconventional neurotransmitter is also called as non-traditional neurotransmitter. Endocannabinoids and gastro transmitters are the two categories that come under unconventional neurotransmitter.

  • Track 15-1Acetylcholine
  • Track 15-2Dopamine
  • Track 15-3Serotonin
  • Track 15-4Endorphins

Diseases that are affected in brain, spine and the nerves that connect them are called neurological disorder. Treatments like brain mapping are used. Neurological diseases are caused by infections, genetic disorders and lifestyle, also by the small change in the neuron’s structural pathway. Peripheral neuropathy, brain tumour, stroke, cranial nerve disorder, seizure disorders migraines sleep disorders are some of the classification of neurological diseases. In worldwide more than 6milion people die due to stroke and 50million people because of epilepsy. Weakness of muscles, pain and difficulties of reading will be the some of the symptoms of this disease.

  • Track 16-1Multiple Sclerosis
  • Track 16-2Brain Tumor
  • Track 16-3Meningitis
  • Track 16-4Stroke
  • Track 16-5Peripheral Neuropathy
  • Track 16-6Seizure Disorder

Neurodegenerative diseases leads to the change in the structure, function or even it may leads to death. It affects the persons of the age of above 60. Alzheimer’s diseases, Huntington’s disease and batten diseases are some of the examples of neurodegenerative diseases. Build-up of toxic proteins and loss of mitochondrial function may be the cause of neurodegenerative diseases. In the worldwide about 60-70% of the people die because of neurodegenerative diseases like dementia. Memory loss, agitation, anxiety, apathy and forgetfulness will be some of the symptoms of neurodegenerative diseases. 

  • Track 17-1Alzheimer’s Disease
  • Track 17-2Huntington’s Disease
  • Track 17-3Parkinson’s Disease
  • Track 17-4Lewy Body Disease
  • Track 17-5Spinal Muscular Atrophy
  • Track 17-6Dementia

Angiography, biopsy, brain scans, cerebrospinal fluid analysis and computed tomography are some of the test to diagnose neurological diseases. In computed tomography, combination of x-ray and the computer technology is used for the detection. Electroencephalogram gives continuous electrical signals to the electrodes that are attached to the scalp. Magnetic resonance imaging and positron emission tomography have been developed about 20years ago. Thermography is the one which is used to diagnose based on the temperature.  

  • Track 18-1Hybrid PET
  • Track 18-2Physiological Studies
  • Track 18-3Electroencephalogram
  • Track 18-4Arteriogram
  • Track 18-5MRI
  • Track 18-6Brain CT

There are some treatments available to treat the neurological disorders. Movement disorder treatment has Botox injections `which releases acetylcholine at the site and treats the diseases. HIV infections like dementia, neuropathy, and spinal cord disorders are treated using the rehabilitation and physical therapy as neuroAIDS treatment. Topical and oral medications are used for the neuromuscular disease treatment. Botulin toxin injections and biofeedback is used for headache treatment. Anti-epileptic medications are used for epilepsy treatment.

  • Track 19-1Movement Disorder Treatment
  • Track 19-2Multiple Sclerosis Treatment
  • Track 19-3Neuro-AIDS Treatment
  • Track 19-4Vestibular Treatment
  • Track 19-5Cognitive Disorder Treatment
  • Track 19-6Neuromuscular Disease Treatment

Neurosurgery is also called as brain surgery. It is a surgical treatment used for to treat injury, disorders of brain, spinal cord and spinal column. Neurosurgery is for both adult and paediatric. Endo vascular neurosurgery, epilepsy surgery, peripheral nerve surgery and paediatric neurosurgery are the main divisions of neurosurgery. Magneto encephalography, stereotactic radiosurgery are the some of the methods used for neurosurgery. Neurosurgeon is the one who is well specialized in neurosurgery. He/she should provide both operative and non-operative management.

  • Track 20-1Endovascular Neurosurgery
  • Track 20-2Epilepsy Surgery
  • Track 20-3Peripheral Nerve Surgery
  • Track 20-4Pediatric Neurosurgery

Worldwide millions of people are suffering from neurological diseases and annually around 6 million people are dying due to various neurological diseases. There are more than 600 known neurological diseases which affect our nervous system but there are limited treatment options till date and there is ongoing research.

Clinical trials and case reports in various fields such as neurooncology, neurosurgery, and stroke recovery are present for the scientists, researchers and doctors to share their experiences of new and complicated neurological conditions. This track gives researchers knowledge about new technologies, clinical trials and new aspects