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International Conference on Neuroimmunology, Neurological disorders and Neurogenetics, will be organized around the theme Current challenges and innovations in Neuroimmunology, Neurological disorders and Neurogenetics

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

Submit your abstract to any of the mentioned tracks.

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Neuroscience involves the scientific investigation of the mechanics of the central nervous system, for example, its structure, function, genetics and physiology and in addition how this can be connected to understand disorders of the nervous system. Neurology concentrates on diagnosing and treating the neurological disabilities. And also this class incorporates news on nervous system issue and disclosures, investigate identified with the brain, memory and how we see nature.

  • Track 1-1Neuroethics
  • Track 1-2neural network structure and dynamics
  • Track 1-3lenticulostriate vasculopathy (LSV)
  • Track 1-4Nervous system
  • Track 1-5CNS
  • Track 1-6Blood-Brain Barrier
  • Track 1-7Traumatic Brain Injury
  • Track 1-8Neurologist
  • Track 1-9Brain
  • Track 1-10Nerves
  • Track 1-11Cerebrovascular disease
  • Track 1-12Child neurology
  • Track 1-13Neuro Oncology
  • Track 1-14Geriatric neurology
  • Track 1-15Neuromuscular medicine
  • Track 1-16Intervention neuroradiology
  • Track 1-17Neurocritical care
  • Track 1-18Headache

Neurosurgery is the surgical specialization that treats brain and spinal disorders. Back pain can infrequently create neurological manifestations, for example, deadness, muscle shortcoming, and loss of gut and bladder control because of brokenness at the nerve root.

These side effects are markers that neurosurgery is required to treat the hidden reason for back torment rather than traditionalist medications. Strategies to treat back torment under the domain of neurosurgery incorporate discectomy, laminectomy, and spinal fusion surgery.

In neurosurgery, there is a higher danger of further nerve harm and contamination which may bring about loss of motion.

  • Track 2-1Brain response to injuries
  • Track 2-2Neurovascular dysfunction
  • Track 2-3Cerebral Palsy
  • Track 2-4Hypoxia-Ischemia
  • Track 2-5Hypoxia-Ischemia
  • Track 2-6Peripheral nerve and Spine surgery
  • Track 2-7Neurovascular surgery
  • Track 2-8Radiosurgery
  • Track 2-9Pediatric neurosurgery
  • Track 2-10Trauma or Neurocritical care
  • Track 2-11Surgical Neuro-oncology
  • Track 2-12Functional and Stereotactic surgery

Behavioral Neurology concentrates on clinical and pathological parts of neural procedures related with subsuming cognitive capacities, social conduct, mental action, and emotional states.

Functional Neurology has created from fundamental neuroscience standards and a comprehension of how the latest logical research can be connected to quiet care. Functional Neurology looks at dysfunction of the nervous system as different shades of gray looking for subtle changes in the nervous system before they become distinct pathologies. Also functional neurologists are involved in removing negative effects on nerve cells like toxins, immune responses and infectious agents. Neurons need fuel and activation in order to thrive and survive. Fuel can be defined as oxygen, glucose and essential nutrients. Neuronal activation refers to stimulation of the nervous system which results some changes in the metabolism and structure of the neuron.

 

  • Track 3-1Cognitive Neurology
  • Track 3-2Stroke
  • Track 3-3Traumatic brain injury
  • Track 3-4Synaptic remodeling
  • Track 3-5Determine failure part in the nervous system
  • Track 3-6Require stimulation to activate the failure part of the Nervous System
  • Track 3-7Diabetic Neuropathy
  • Track 3-8Balance disorders
  • Track 3-9Early Alzheimer’s symptoms
  • Track 3-10MS symptoms
  • Track 3-11low immunity
  • Track 3-12Spinal stenosis
  • Track 3-13Migraines
  • Track 3-14Functional Medicine
  • Track 3-15BPA AND NEUROLOGICAL AUTOIMMUNITY
  • Track 3-16 Chronic Gut problems
  • Track 3-17Psychosis
  • Track 3-18Hemispatial neglect
  • Track 3-19Epilepsy
  • Track 3-20Basal ganglia disorders
  • Track 3-21Agraphia
  • Track 3-22Agnosias
  • Track 3-23Agraphesthesia
  • Track 3-24Alexia
  • Track 3-25Amnesias
  • Track 3-26Anosognosia
  • Track 3-27Aphasias
  • Track 3-28Apraxias
  • Track 3-29Aprosodias
  • Track 3-30Attention deficit/hyperactivity disorder
  • Track 3-31Autism
  • Track 3-32Dementia
  • Track 3-33Dyslexia
  • Track 3-34Concussion
  • Track 3-35Behavior, Memory and Cognition

Neuroimmunology is very interesting field of neuroscience, the examination of the nervous system and immune system. Neuroimmunologists hope to better appreciate the participations of these two complex systems in the midst of change, homeostasis, and response to injuries. A whole deal target of this rapidly making research range is to furthermore develop our understanding of the pathology of certain neurological diseases, some of which have no unmistakable etiology. In doing all things considered, neuroimmunology adds to headway of new pharmacological drugs for a couple of neurological conditions. Many sorts of joint efforts incorporate both the nervous and immune systems including the physiological working of the two systems in prosperity and disease, breakdown of either and also both systems that prompts issue, and the physical, mixture, and environmental stressors that impact the two systems routinely.

  • Track 4-1
  • Track 4-2Herpes simplex encephalitis
  • Track 4-3Meningeal carcinomatosis
  • Track 4-4Microglial activation
  • Track 4-5Pleocytosis
  • Track 4-6 Neuroimmunology of OMS and ANNA-1/anti-Hu paraneoplastic syndromes
  • Track 4-7Characterization of lymphopenia
  • Track 4-8Systemic inflammatory response syndrome
  • Track 4-9Proinflammatory B-cell
  • Track 4-10Neuroimmunity
  • Track 4-11Neuroprotection
  • Track 4-12Myasthenia gravis (MG)
  • Track 4-13Central nervous system demyelinating disorders
  • Track 4-14brain inflammation detectors

Functional Neurology has created from fundamental neuroscience standards and a comprehension of how the latest logical research can be connected to quiet care. In instances of insusceptible system over action, the body assaults and harms its own particular tissues (autoimmune diseases). Resistant deficiency diseases diminish the body's capacity to battle trespassers, making weakness contaminations. Autoimmune illness influences up to 50 million Americans, as indicated by the American Autoimmune Related Diseases Association (AARDA). An autoimmune infection creates when your safe system, which guards your body against illness, chooses your sound cells are outside. Therefore, your invulnerable system assaults solid cells. Contingent upon the sort, an autoimmune infection can influence one or a wide range of sorts of body tissue. It can likewise bring about unusual organ development and changes in organ work. Multiple sclerosis, otherwise called MS, is a chronic disease that assaults the central nervous system (brain, spinal cord, and optic nerves). In extreme cases, the patient ends up plainly deadened or dazzle while in milder cases, there might be deadness in the limbs.

Multiple sclerosis is more typical in people of northern European drop. Ladies are more than twice as liable to build up Multiple sclerosis as men. Multiple sclerosis as a rule influences individuals between the ages of 20 and 50 years, and the normal period of onset is roughly 34 years.

More than 400,000 individuals have MS in the United States. MS-related human services expenses are thought to be over $28 billion every year in the U.S. According to the British National Health Service (NHS), roughly 100,000 individuals live with Multiple sclerosis in the United Kingdom.

 

  • Track 5-1Cerebellar degeneration Encephalomyelitis
  • Track 5-2Stiff man syndrome hepatitis
  • Track 5-3Acute disseminated Encephalomyelitis
  • Track 5-4Primary biliary sclerosis
  • Track 5-5Gullain-barre syndrome
  • Track 5-6Gastrointestinal tract
  • Track 5-7Chronic inflammatory demyelinating
  • Track 5-8Gluten—sensitive enteropathy
  • Track 5-9Multifocal motor neuropathy with Conduction block
  • Track 5-10Pernicious anemia
  • Track 5-11Inflammatory bowel disease
  • Track 5-12Chronic neuropathy with monoclonal gammopathy
  • Track 5-13Paraneoplastic neurologic disorders
  • Track 5-14Autoimmume chronic active
  • Track 5-15Emos-lumbert myasthenic syndrome
  • Track 5-16Relapsing-remitting MS
  • Track 5-17Demyelination
  • Track 5-18Multiple sclerosis diagnosis
  • Track 5-19Neuronal autoantibodies
  • Track 5-20Mesenchymal stem cells
  • Track 5-21Acute Disseminated Encephalomyelitis
  • Track 5-22Balo’s Disease
  • Track 5-23HTLV-I Associated Myelopathy
  • Track 5-24Neuromyelitis Optica
  • Track 5-25Transverse Myelitis
  • Track 5-26PANS/PANDAS
  • Track 5-27Myasthenia gravis
  • Track 5-28Progression of MS
  • Track 5-29Sclerosing cholangitis

Multiple Sclerosis, Strokes, and many related disorders provides as a resource for neurologists and physicians take interested in, and dealing with this branch of neurology. The main approach of this branch is to develop neuroprotective treatment approaches and establishing modest examination procedures such as motion analysis, MRI (magnetic resonance imaging) and OCT (optical coherence tomography). This branch provides an introduction to basic reciprocal relation of neurons and immunology and principles of immunotherapy and also serves as a thorough guide to immune-mediated disorders of the central and peripheral nervous system.

  • Track 6-1Optic neuritis
  • Track 6-2Autophagy Impairment
  • Track 6-3Neurotrophic factors
  • Track 6-4Neural precursor cell
  • Track 6-5Natural and induced immunization
  • Track 6-6Autoimmune encephalitis
  • Track 6-7Multiple sclerosis
  • Track 6-8Ischemic stroke
  • Track 6-9Immunotherapy in gliomas

Neuroimmunological disorders refers where the immune system affects the nervous system and the determination requires point by point clinical assessment and suitably focused on analytic testing, for example, neurophysiologic testing, neuro-imaging, blood tests and here and there cerebrospinal fluid appraisal. Treatment more often than not focuses on the strange immune reaction, straightforwardly tending to the confusion, or can be coordinated at facilitating side effects. Our multidisciplinary group of restorative specialists works with patients and families, and gives referrals to extra tests and administrations as required.

  • Track 7-1Multiple sclerosis
  • Track 7-2Temporomandibular joint disorders (RDC/TMD)
  • Track 7-3Neuronal Atrophy
  • Track 7-4HLA B27
  • Track 7-5 Cyclophosphamide in Multiple Sclerosis
  • Track 7-6Impact of Fampridine
  • Track 7-7Eating Disorders in a Multiple Sclerosis
  • Track 7-8Transverse myelitis
  • Track 7-9Neuromyelitis optica
  • Track 7-10Acute disseminated encephalomyelitis
  • Track 7-11 Movement and Eating Disorders
  • Track 7-12Autism spectrum disorders
  • Track 7-13Behavior, MRI features and ultrastructural bases

Neurons are the building blocks of the nervous system which incorporates the brain and spinal cord. Neurons ordinarily don't replicate or supplant themselves, so when they wind up plainly harmed they can't be supplanted by the body. Cases of neurodegenerative infections incorporate Parkinsons, Alzheimer’s, and Huntington's disease. Neurodegenerative diseases are incurable and incapacitating conditions that outcome in dynamic degeneration and/or passing of nerve cells. This causes issues with development (called ataxias), or mental working (called dementias).

  • Track 8-1Creutzfeldt–Jakob disease
  • Track 8-2neurodegenerative diseases in aging
  • Track 8-3Tourette syndrome & Obsessive
  • Track 8-4Dementia
  • Track 8-5Spinal muscular atrophy (SMA)
  • Track 8-6Spinocerebellar ataxia (SCA)
  • Track 8-7Huntington’s disease (HD)
  • Track 8-8Neuromyelitis Optica Spectrum Disorder
  • Track 8-9Motor neurone diseases
  • Track 8-10Prion disease
  • Track 8-11Parkinson’s disease
  • Track 8-12Alzheimer’s disease

Neurological disorder applies to any condition that is caused by a brokenness in part of the brain or nervous system, bringing about physical as well as mental indications. Neurological disorder includes the brain, spinal segment or nerves and the side effects rely upon where harm happens, ranges that control development, correspondence, vision, hearing or thinking can be influenced. 

Neurological disorders are colossal. They have different causes, difficulties and results. Many outcomes in extra needs requiring deep rooted administration. Side effects of neurological disorders fluctuate. Physical, psychological (or considering), enthusiastic and behavioral side effects might be available, with particular disorders having mixes or bunches of these side effects. For instance, cerebral palsy has a tendency to have more physical indications though ADHD has a tendency to affect behavior.

 

  • Track 9-1Brain Tumors
  • Track 9-2Spinal Cord Disorders
  • Track 9-3Alzheimer’s disease (AD)
  • Track 9-4Epilepsy
  • Track 9-5Multiple sclerosis
  • Track 9-6Parkinson’s disease
  • Track 9-7Migraines
  • Track 9-8Clinical trials in neuromuscular disorders
  • Track 9-9Spinal Cord Tumor

Neurotransmitters are the brain chemicals that impart data all through our brain and body. They transfer signals between nerve cells, called "neurons." The brain utilizes neurotransmitters to advise your heart to thump, your lungs to inhale, and your stomach to process. They can likewise influence state of mind, rest, focus, weight, and can bring about unfriendly side effects when they are out of adjust. Neurotransmitter levels can be drained numerous ways. Truly, it is assessed that 86% of Americans have imperfect neurotransmitter levels. Push, less than stellar eating routine, neurotoxins, hereditary inclination, drugs (medicine and recreational), liquor and caffeine use can make these levels be out of ideal range. There are two sorts of neurotransmitters – EXCITATORY and INHIBITORY. Excitatory neurotransmitters are not really energizing – they are what animate the brain. Inhibitory neurotransmitters adjust temperament and are effortlessly drained when the excitatory neurotransmitters are overactive.

  • Track 10-1Impact of drugs on Neurotransmission
  • Track 10-2Nervous signal transmission
  • Track 10-3Regulation of neurotransmitter release
  • Track 10-4Neuroimmune pharmacological applications
  • Track 10-5Intestinal Neuroimmune Interaction
  • Track 10-6Neurotrophins and Asthma
  • Track 10-7Drug addiction
  • Track 10-8Neurotransmitter Switching
  • Track 10-9Electrochemical analysis of neurotransmitters
  • Track 10-10Neurotransmitter receptors
  • Track 10-11Neurotransmitter related Disorders (iNTD)

A branch of medicine worried with the collaborations between the nervous system and the endocrine system. The nervous and endocrine systems frequently act together to manage the physiologic procedures of the human body. The nervous and endocrine systems regularly act together in a procedure called neuroendocrine integration, to control the physiological procedures of the human body. Neuroendocrinology emerged from the acknowledgment that the brain, particularly the hypothalamus, controls discharge of pituitary gland hormones, and has in this way extended to research various interconnections of the endocrine and nervous systems.

Neuroendocrine neurons control the gonads, whose steroids, thusly, impact the brain, as do corticosteroids emitted from the adrenal gland affected by adrenocorticotrophic hormone. The investigation of these criticisms turned into the territory of neuroendocrinologists.

 

  • Track 11-1Neuroactive steroids
  • Track 11-2Nutrition impacts on cognition and emotion
  • Track 11-3Growth Hormones
  • Track 11-4Polycystic Ovary Syndrome
  • Track 11-5Feeding circuit development
  • Track 11-6Soma
  • Track 11-7Growth hormone-releasing hormone (GHRH)
  • Track 11-8Hypothalamic–neurohypophyseal system
  • Track 11-9Neuroendocrine Interactions
  • Track 11-10Hypothalamic–pituitary–gonadal systems
  • Track 11-11Hypothalamic–pituitary–thyroid systems
  • Track 11-12Hypothalamic–pituitary–adrenal systems

Pediatric neurology is a branch of neurology which concerns the strategies with the understanding and conclusion of neurological conditions in children. The field covers a wide show of degrees inside a tyke's body. Pediatric neurologists are basically animated by disorders of the focal, self-choice, and periphery sensory frameworks, yet they are once in a while in like way called upon to look at the veins, nerve spreads, and effector tissues, for example, muscles, that are steadily identified with the apprehensive system. Pediatric neurology incorporates diseases of the spinal string, mind, periphery sensory framework, autonomic sensory framework, muscles and veins that effect people in these age packs.

  • Track 12-1Choreo-Athetoid Cerebral Palsy
  • Track 12-2Visual Pathway Injuries in Pediatric Ocular Trauma
  • Track 12-3Ischemic Optic Neuropathy
  • Track 12-4PANS/PANDAS
  • Track 12-5Seizures
  • Track 12-6Duchenne muscular dystrophy
  • Track 12-7Autism spectrum disorders
  • Track 12-8Pediatric neuroscience
  • Track 12-9Child psychiatry
  • Track 12-10Pediatric neurosurgery
  • Track 12-11 Child neurology

Neurogenetics is the study of identification and understanding of genetic factors that influence diseases and conditions of mid and late life. A neurogenetic disorder is defined as an inherited diseases caused by a defect in one or more genes which affect the differentiation and function of the neuroectoderm and its derivatives and being diagnosed in growing numbers among each youngsters and adults, as a results of advances in organic chemistry and genetic science.

 

  • Track 13-1Neurology
  • Track 13-2Mitochondrial disorders
  • Track 13-3Inherited ataxia syndromes
  • Track 13-4genetic epilepsy syndromes
  • Track 13-5Neurogenetic Disorders of Down Syndrome
  • Track 13-6Neurogenetic Developmental Disorders
  • Track 13-7Hereditary spastic paraplegia
  • Track 13-8Hereditary spinal muscular atrophies
  • Track 13-9Hereditary motor and sensory neuropathy (HMSN)
  • Track 13-10Muscular dystrophies
  • Track 13-11leukodystrophies
  • Track 13-12Lysosomal Storage Disorders (LSDs)
  • Track 13-13Genetics
  • Track 13-14Genome scale neurogenetics
  • Track 13-15Neurogenetic diseases
  • Track 13-16Genetic connections
  • Track 13-17Genetic epidemiological studies
  • Track 13-18Statistical genetic methods
  • Track 13-19 Genes influence on behavior
  • Track 13-20Genes influence on neuronal development
  • Track 13-21Genes influence on neurological disease
  • Track 13-22Adult Neurogenesis

Neuropsychiatric diseases, for example, schizophrenia, depression and autism, are a gigantic weight on society, hindering the soundness of those influenced, and additionally their capacity to learn and to work. After 50 years of coordinated exertion, scientists are currently gaining ground towards characterizing the natural premise of these diseases. Mechanical advances in the zones of genomics and huge scale examines, and the improvement of new creature models, are enhancing our comprehension of these diseases and are putting forth the possibility of in a general sense distinctive choices for treatment.

  • Track 14-1Anxiety
  • Track 14-2Neurotic Disorders
  • Track 14-3Degenerative Diseases
  • Track 14-4Childhood and Development
  • Track 14-5Eating Disorders
  • Track 14-6Addiction
  • Track 14-7Sleep Disorders
  • Track 14-8PANS/PANDAS
  • Track 14-9Neurologic and mental health
  • Track 14-10Delirium
  • Track 14-11Personality Alteration
  • Track 14-12Behavioral Change
  • Track 14-13Delusion
  • Track 14-14Hallucination
  • Track 14-15Mood Disorder
  • Track 14-16Apathy
  • Track 14-17Psychosis

The purpose of the session is to consider the use of novel therapeutics for the treatment of CNS disorders, Neurological disorders, Multiple Sclerosis etc. Novel therapeutics includes use of nanotechnology to treat CNS disorders and molecular therapeutics based diagnosis etc. 

  • Track 15-1Helminth parasites
  • Track 15-2Optical detection of neuronal activity

Neuropharmacology concentrates on the understanding of the procedures of known endogenous and exogenous chemical reagents in Nervous system. In the neuropharmacology field, individuals work to produces novel drugs to cure neurochemical disorders, and they have to be responsible for evaluating the level of efficiency and overall safety. Neuropharmacology study includes specializations in such areas as drug neurotoxicity, nervous system disorders, neurotransmission, and behavioural pharmacology.

  • Track 16-1Impacts of drugs on Neurotransmission
  • Track 16-2Psychopharmacotherapy

Multiple sclerosis is the most widely recognized autoimmune neurological disorders in youthful grown-ups. Late advances in understanding the basic instruments and the improvement of new treatments have expanded seek after specialists and their patients. New treatments are accessible and numerous different operators are experiencing clinical trials. New data reveals some exasperating parts of the disease be that as it may. Prove from a few sources recommends that the disease is available some time before the principal side effect. The disease is additionally more boundless and persistent than beforehand suspected, with changes in dark and also white matter and changes in ordinary seeming white matter. Multiple sclerosis has for some time been viewed as a demyelinating disease, yet proves now recommends across the board harm to axons that might be all the more firmly associated with movement of incapacity. Better comprehension of the fundamental systems of the disease is permitting more engaged improvement of new treatments.

  • Track 17-1 Development of safe effective drugs
  • Track 17-2Ultrasound (sonogram)
  • Track 17-3Myelogram
  • Track 17-4MR spectroscopy
  • Track 17-5Magnetic resonance imaging (MRI)
  • Track 17-6Diffusion tensor imaging
  • Track 17-7Positron emission tomography (PET) scan
  • Track 17-8Computed tomography scans (CT)
  • Track 17-9Cerebrospinal fluid assessment
  • Track 17-10Blood tests
  • Track 17-11Neuro-imaging
  • Track 17-12Neurophysiologic testing
  • Track 17-13 Development of safe effective drugs
  • Track 17-14Evoked potentials