18. lokakuu 2018 - 8:00
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Neurodegenerative and Neuroinflammation Conference From Discovery to Health (cse) AS | Helsinki | torstai, 18. lokakuu 2018

Neurodegenerative and Neuroinflammation Conference From Discovery to Health


About Conference
We take immense pleasure and great honour to invite all the participants from all over the world to attend the congress entitled “Neurodegenerative and Neuroinflammation conference: From Discovery to Health” held during October 18-20, 2018 at Helsinki, Finland
“Neurodegenerative congress 2018” aims at discussing the points that covers almost all the neurological disorders, their causes and therapies to diminish their source. We publish 700+ open access journals and organise 3000+ global events including 500+ participants with inspiring well-renowned speakers, eminent personalities, reputed scientists as board members and experts at global level.
This conference mainly handles the issues related to the brain diseases such as nerve damage and injuries, epilepsy, stroke , Alzheimer’s disease, Parkinson’s disease, migraine headaches etc….  According to the United Nations report nearly 6.8 million people are dying due to maladies each year. Up to one billion people, nearly one out of six of the world’s population suffers from neurological diseases. The study that was conducted by World Health Organisation clearly shows that the population is affected irrespective of the age, ***, education or income. Consequently this situation leads to high cost of those economic diseases in Europe countries reaching about €139 billion in 2004. Our congress joins hands with noteworthy and influential personalities to offer great solutions to these dreadful disorders.  
Why to attend:
Conference Series llc LTD organises at most plenty of conferences to provide people a platform to learn and establish themselves. “Neurodegenerative conference 2018” based on the field of neurological disorders and treatments will definitely assure the participants to grab an opportunity to excel in their research works. It also provides a dais for the members attending the conference to make contacts with other delegates at the congress which will elevate their work levels to esteemed stage.
It furnishes a chance to gain innovative ideas to the students attending to achieve great.  Students those who are not able to attend can make their presentations to appear at the conference through E-poster presentations. “Neurodegenerative 2018” benefits all the participants to make future collaborations, share their acquaintances, to get a move with clinical researchers and scientists to crack brilliant ideas in neurodegenerative world.
Target audience:
-Neurologists
-Neuropathologists
-Neurosurgeons
-Pharmacists
-Neurology Organisations and societies
-Professors and Research scientists
-Neonatologists
-Neuroscience Institutions
-Young researchers and students
-Neuroimmunologists
All researchers in the field of neurology.
 



Sessions/Tracks

Track-1: Nervous System and Nerve Injury:
Nervous system is one of the salient systems in our human body and its major function is to transmit the electrical signals to and from different parts of the body, in order to co-ordinate the body actions. Nervous system on the whole comprises of two classifications namely central and peripheral nervous system. Neurons are the structural and functional unit of nervous system. Central nervous system includes the brain and spinal cord, while the peripheral nervous system involves the nerves and ganglia outside brain and spinal cord that acts as a relay between brain, spinal cord and other body parts. The peripheral nervous system connects the central nervous system to other body parts. Injuries take place in both the nervous system depending upon the extent of damage.

Nerve cell anatomy
Central nervous system
Peripheral nervous system
Nerve pain and damage
Nerve regeneration
Impulse conduction and transmission

Track-2: Neurodegeneration and Neuroinflammation:
Neurodegeneration refers to the intense loss of the structure and function of neurons that leads to the death of neurons. It causes diseases that destroy the motor neurons, where motor neurons are the nerve cells that provide its own pathway involving the electrical impulses from brain to the spinal cord. Infections and traumatic brain injuries causes acute inflammation of central nervous system that is well known as neuroinflammation. Chronic inflammations are integrated with neurodegenerative diseases.

Neuronal apoptosis
Pro-inflammatory cytokines
Estrogen receptors
Amyotrophic lateral sclerosis
Progressive dysfunction of neurons

Track-3: Neuropathology and Immunology:
A branch of neurology that is connected with the study of the tissues of the nervous system is termed as neuropathology. It is mainly concerned about the lesions or tumors inside the nervous system. The person who diagnose and treat the diseases connected with central nervous system are called neuropathologist. And now most of the neuropathologists are able to encounter the problems even when the patient is in the operating table. Neuroimmunology integrates the study of two complex systems, nervous and immune systems that assists neurologists to seek better knowledge during development, homeostasis and responses to injuries.
 

Innate immune response
Chronic inflammatory response
Convergence of immune system
Autoimmune disorder
Forensic pathology
Immunosenescence
Brain histopathology

Track-4: Epigenetics in Nervous System:
Epigenetics in the nervous system is closely connected with the interactions between the epigenetic process that includes the regulation of gene expression without changing the sequence of DNA. Epigenetic mechanisms are the mediators of several functions inside the nervous system such as ***** neurogenesis, neuroplasticity and it is also experienced in higher brain functions like cognition and memory.

Neuronal glial differentiation
Neuroplasticity
Modulation of neural behaviour
Neural stem cell fate
Psychiatric disorders

Track-5: Neurological Disorders:
Neurological disorders involve any kind of disorders that arises in the nervous system. These disorders can be of structural, biochemical or electrical abnormalities in the brain, spinal cord, nerves of the peripheral nervous system that leads to a range of symptoms. Certain disorders in the nervous system cause loss of consciousness, sensory and mood changes. It has been found that there are more than 600 diseases of nervous system and a few major diseases are,

Seizures and tumours
Epilepsy and stroke
Vascular disorders of nervous system
Alzheimer’s disease and dementia
Huntington’s and Parkinson’s disease

Track-6: Spine and Spinal Disorders:
Spine cord also called as swayback is composed of 26 bones known as vertebrae. The vertebrae protection to our spinal cord that gives us an erect posture. Certain problems such as injuries, tumours and infections can cause change in the structure of spine and damages the vertebrae as well. In addition to this any losing spondylitis and scoliosis are those factors that damage the surrounding tissues of the spine structure. Spinal disorders causes more pain when bone changes with age as the spinal cord or nerves are pressured much. Treatments depend upon the disease encounter that mainly includes back braces and surgery. The disabilities due to spinal disorders are caused mainly because of the impingement of the neural elements and thus surgeries are done to decompress the neural elements and to stabilize the spine elements.

Vertebral framework
Spinal epidural abscess
Spinal cord tumours
Stenosis of spine
Spine rehabilitation exercises

Track-7: Brain Mapping:
The study of anatomy and physiology of brain through the use of imaging, cellular biology, nanotechnology etc... is known to be brain mapping. It is a technique that is based on the biological quantities and properties on to the spatial representation of the human or non-human brain that leads to maps. Collection of many different tools forms this kind of mapping. Still many parts are being developed by the scientists to build up this major mapping process. It involves the convergence of various brain images which is then turned into data and later analysed to check the brain functions. Brain mapping also called as mind mapping finds its major role in better analyzation, comprehension and to generate new innovative ideas.

Optogenetics and neurophotonics
Immunohistochemistry
Neuro feedback
Spatial representation of brain
Neural imaging
Cellular biology
Cognitive brain mapping

 
Track-8: Neurofibramatosis and Neural Science:
A group of three conditions in the nervous system forms a genetic disorder called neurofibramatosis.The three conditions are neurofibramatosis-1, neurofibramatosis-2 and Schwannomatosis. Major causes for these conditions are the mutation that happens in the genes or in other cases it gets inherited from the parents of the patient. Instead developing the neurons the tumors help the supporting cells in their development. Tumors Neurofibramatosis-1 known as neurofibroma while f Schwann cells are involved in neurofibramatosis-2.On the other hand neural science is completely connected with the study of nerves and nerves system only. Through this study the growth of lesions and tumors inside the brain. Several organizations have been developed in order to provide a new forum to the scientists who do researches in the field of neuroscience. 
 

Genetic mutation
Radiation and chemotherapy
Neuronal circuits
Neurofibroma
Neurofibromatosis radiology

Track-9: Molecular Degeneration:
Molecular degeneration occurs in about 80,000 people and it is the common cause of ***** blindness. Macular degeneration in brain results in the loss of certain important parts of eye namely retina and fovea. The progressive loss of vision in this area obviously causes input losses in the visual cortex of brain. Since this disorder mainly affects the central part of eye (macula) that is related to the central nervous system, there are certain treatments that are possible and work for degenerative diseases in the retina.

Photo dynamic therapy
Visual hallucinations
Input loss in visual cortex
Vision drop in retina and fovea
Pathogenesis of brain edema

Track-10: Paediatrics and Childcare:
Paediatrics generally refers to the care infants, children and adolescents. It is very difficult to recognize and monitor a new-born’s brain rather than adults and children and thus the Division of Neonatology and the Division of Neurology at Children’s National Health System appeared together in 2004 to provide an exclusive Neonatal Neurology and Neurocritical Care program. Some of the neonatal issues include hypotonia, perinatal stroke, seizures, neonatal encephalopathy, and brain injuries. The person treating the new born infants are called as neonatologists and those infants with low birth weight, prematurity, congenital malfunctions are specially taken care under neonatal intensive care units(NIC’s).

Paediatric emergency medicine
Childhood hemiplegia
Developmental paediatrics
Brain malformations
Neonatal intensive care unit

Track-11: Neurochemistry and Pharmacology:
The study of neurochemicals that are small peptides participating in neural activities. It also involves the study of neurotransmitters, psychopharmaceuticals and neuropeptides whereas the study of drugs that affects the functions of the cells in the nervous system and the neural mechanisms. Neurochemistry and pharmacology also has its diversities in cell injury and inflammation, neurodegenerative diseases, sensory transduction, neural processing, Gene regulation & genetics, Brain development & Cell differentiation. Neurotransmitters involved in the neurochemical study are the chemical messengers that are essential to transmit the signals from one neuron to another.

Neuro chemical interactions
Neuro transmitters
Neuro genesis
Neural modulators and co transporters
Nerve action potential
Molecular and behavioural pharmacology

Track-12: Neurosurgical and Modulation Therapies:
The treatments to neurosurgical disorders are performed by the neurosurgeons who are committed to a multidisciplinary verge on patient care. They ensure right diagnosis and treatment plan. Neurosurgical treatments are now providing new life to the patients, those who suffer from serious disorders such as epilepsy, brain and spinal tumours and stroke are given full hope for their treatment. Convincing surgical therapies includes cyber and gamma knife, nerve decomposition and reconstruction, deep brain stimulation and minimally invasive spine surgery. In addition to these treatments, various modulations therapies have been made that targets the nervous system  and brain through electrical stimulation and also offers drugs to get rid of pain and to restore the lost function.

Cochlear and retinal implant
Invasive electrical methods
Vagus nerve stimulation
Electroceutical therapy
Neuro surgery
Neuro protection

Track-13: Neuro-Rehabilitation:
Neuro-rehabilitation is a compound medical process that aims at assisting in the recovery of spine injury or brain damage. The main purpose of rehabilitation is to reduce or to compensate for any functional losses in the nervous system. Neuro rehabilitation is concerned not only with the patient but also along with their families, that is their way of living, style and bodily changes that helps the affected patient to regain their lost factors. It focusses on the nutritional, psychological and creative aspects of a person’s recovery. A variety of therapies are offered to the victim such as conducting rehabilitation programs and teaching or re-training patients on mobility skills.

Rehabilitation nursing
Neuropsychology and social work
Neural repair
Neuro physiotherapy
Speech and physical therapy
Occupational and recreational therapy

Track-14: Computational Brain and Neural Engineering:
 Computational brain and neural engineering has a strong anticipation towards the interface between brain and computers. Neural engineering draws attention on computational and experimental neuroscience, clinical neurology, and processing of living neural tissue and encircles certain elements from robotics, informatics, and cybernetics. Brain computation inculcates the mathematical models, theoretical analysis and abstractions of the brain to understand exact principles that controls the development and structure of the nervous system. These computational brain models are more useful since they capture the important features of the biological system multiple spatial-temporal scales. Visual perception, learning and memory, and sensorimotor integration are the major domains of this brain type models.

Brain emulation
Neuro informatics
Biological neural networks
Biomechanics of brain

Track-15: Clinical Trials and Case Reports:
Neurology deals with the diseases related to brain and spinal cord particularly in the central and peripheral nervous system. It incorporates a lot of disorders such as stroke, epilepsy, Alzheimer’s and Huntington’s diseases etc… This study includes the most serious and top most neurological diseases, their diagnosis and treatment procedures. Some diseases that relates to the case report studies are as follows.

Transient ischemia attack
Encephalopathy
Analysis of inherited neurological disorders
Traumatic brain injury
Multiple sclerosis

Migraine headaches




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