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World Heart and Brain Congress, will be organized around the theme “ “Innovative techniques and advancements in Cardiology and Neurology” ”
Heart Brain Congress 2019 is comprised of keynote and speakers sessions on latest cutting edge research designed to offer comprehensive global discussions that address current issues in Heart Brain Congress 2019
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Cardiology is a medical specialty and a branch of internal medicine that concerns diseases and disorders of the heart as well as parts of the circulatory system, which may range from congenital defects through to acquire heart diseases such as coronary artery illness and congestive heart disease. Cardiology is divided into several fields such as pediatric cardiology, adult cardiology, interventional procedures, electrophysiology and echocardiography etc.
Physicians who specialize in cardiology are called cardiologists and they are responsible of the medical administration of different cardiac disorders. Cardiovascular specialists are the authority doctors who perform surgeries to cure heart issue. Doctors who represent considerable authority in heart medical procedure are called cardiothoracic surgeons or cardiac surgeons, a specialty of general surgery.
Usually, it is done to treat hurdle of ischemic coronary illness (for instance, coronary artery bypass grafting), cure congenital heart illness, or treat valvular coronary illness from different causes including endocarditis, rheumatic coronary illness and atherosclerosis. It additionally incorporates heart transplantation.
- Track 1-1Cardiovascular Anatomy
- Track 1-2Adult Cardiology
- Track 1-3Cardiac Electrophysiology
- Track 1-4Cardiovascular Genetics
- Track 1-5Molecular Cardiovascular Biology
- Track 1-6Cardiovascular Pathology
- Track 1-7Heart Surgery
- Track 1-8Angiology & Vascular Surgery
- Track 1-9Cardiovascular Surgeries
- Track 1-10Heart Ablation Surgery
- Track 1-11Robotic Heart Surgery
- Track 1-12Cardiac Regeneration
The cardiovascular or circulatory system supplies the body with blood. It consists of the heart, arteries, veins, and capillaries. Cardiovascular disease refers to a class of diseases that involve the blood vessels, the heart, or both. There are several types of cardiovascular disease, but treatment, symptoms, and prevention often overlap. It includes coronary heart disease, cerebrovascular disease, rheumatic heart disease and other conditions. CVD also called as heart disease.
Four out of five CVD dying are due to heart problems and strokes. People in danger of CVD may show raised circulatory strain, glucose, and lipids and also overweight and heftiness. These would all be able to be effortlessly estimated in essential care offices. Distinguishing those at most astounding danger of CVDs and guaranteeing they get suitable treatment can avoid unexpected losses. Access to essential NCD medicines and basic health technologies in all primary health care facilities is essential to ensure that those in need receive treatment and counseling.
- Track 2-1Cardiovascular disease and nutrition
- Track 2-2Coronary artery disease
- Track 2-3Cardiomyopathy
- Track 2-4Silent ischaemia
- Track 2-5Angina
- Track 2-6Heart attack
- Track 2-7Atherosclerosis
- Track 2-8Arrhythmia
- Track 2-9Congenital heart disease
- Track 2-10Thrombosis
Heart Failure is generally referred as Congestive heart failure (CHF). Heart Failure occurs when heart is unable to pump the blood which results lack of blood flow to meet the body’s need. The conditions which leads to heart failure are Narrowed arteries in heart, High blood pressure, Weakens the heart, Makes it stiff to fill and pump efficiently.
Cardiac arrest is the point at which your heart all of a sudden quits pumping blood round your body, usually in light of an issue with electrical signals in your heart. Indications of a cardiac arrest are there are generally no side effects previously a heart failure and, without prompt treatment, it will be incurable, Unconsciousness, won't give responsive, won't breath
- Track 3-1Left-sided heart failure
- Track 3-2Coronary artery bypass
- Track 3-3Heart transplantation
- Track 3-4Cardiac resynchronization therapy (CRT)
- Track 3-5Implantable cardioverter-defibrillator (ICD)
- Track 3-6Heart failure in children and adolescents
- Track 3-7Predictors and markers of heart failure outcome
- Track 3-8Congestive heart failure
- Track 3-9Right-sided heart failure
- Track 3-10Heart transplantation
Pediatric cardiologist is a pediatrician who has gotten extensive training in diagnosing and treating babies cardiovascular issues. Assessment and treatment may start with the fetus since heart issues would now be able to be recognized before birth.
Geriatric cardiology aims to be an intersection between cardiology and geriatrics. Its main objective is to improve cardiac care for elderly patients. The Geriatric Cardiology Program was built up keeping in mind the end goal to address the necessities of older people with cardiovascular sickness. older individuals who have coronary illness, for the most part those over age 70, regularly have other medical sicknesses too, which makes treatment all the more difficult.
- Track 4-1Premature Atrial Contraction
- Track 4-2Cardiac Malformation
- Track 4-3Heart Valve Dysplasia
- Track 4-4Pediatric heart physiology
- Track 4-5Approach to the infant or child with cardiac murmur
- Track 4-6Infant valvular disease
- Track 4-7Pediatric catheterization
- Track 4-8Clinical manifestations
- Track 4-9Pediatric heart transplant
- Track 4-10Pediatric cardiologists
- Track 4-11Cardiovascular care of older people
- Track 4-12Altered pharmacokinetics in aging
- Track 4-13Clinical geriatric cardiology
- Track 4-14Cardiovascular care of older people
- Track 4-15Altered pharmacokinetics in aging
- Track 4-16Demographics of aging
- Track 4-17Geriatric medicine
Cardiovascular Nursing is a nursing strength that arrangements with the patients who are experiencing different states of the circulatory system. Cardiovascular nurses help to medicate conditions for example, unstable angina, congestive heart disease, coronary artery failure, cardiomyopathy, myocardial infraction and heart dysrhythmia under the direction of a cardiologist. Cardiac nurses perform postoperative care on a surgical unit, cardiac monitoring, stress test evaluations, vascular monitoring, and health assessments. Cardiovascular nurses work in a wide range of situations, including coronary care units (CCU), heart catheterization, operating theaters, intensive care units (ICU), cardiovascular restoration focuses, cardiovascular medical procedure wards, clinical research, cardiovascular intensive care units (CVICU), and cardiac medical wards.
- Cardiovascular nursing
- Cardiac assessment nursing
- Cardiac surgery nursing
- Telemetry care
- Stress test evaluations
- Pediatric cardiac nursing
- Hemodynamic Monitoring
- Monitoring cardiac and vascular readings
- Intensive hemodialysis
- Caring for Heart Transplant Patients
- Track 5-1Cardiac Nursing Education
- Track 5-2Cardiac Nursing Research
- Track 5-3Cardiac Registered Nurse
- Track 5-4Cardiac Nursing Care
- Track 5-5Cardiac Legal Nursing
- Track 5-6Cardiac Nursing Informatics
- Track 5-7Cardiac Nurse Practitioners
- Track 5-8Cardiac Surgical Nursing
- Track 5-9Healthcare and Technology
- Track 5-10Healthcare Management
- Track 5-11Healthcare Innovation
- Track 5-12Healthcare Services
- Track 5-13Digital Health Care
First, an aspiring cardiologist must have a bachelor's degree in order to get into medical school. The most logical pre-med bachelor degrees include courses in chemistry, mathematics, engineering or psychology. Then one must gain a passing score on the MCAT (Medical College Admission Test).
The four years in medical school covers standard medical terminology, medical judgment and clinical standard procedures. Potential cardiologists who complete the ten years of educational preparation must then pass a certification exam administered by the American Board of Internal Medicine.
After medical school, students attend six to eight more years of general internal medicine training and specialized cardiology training through a residency. The course topics covered in a cardiology training program include catheterization, patient prep, vascular access, hemodynamic studies, coronary anatomy, coronary angiography, radiographic imaging, fluoroscopy, congenital heart disease and circulatory support.
The length and type of schooling varies depending on which field of cardiology students enter; for example, students pursuing a pediatric cardiologist career must first focus on pediatric training, followed by three or more years in cardiology training. On the other hand, cardiac surgeons take about five years of training in general surgery before they begin what is called a 'cardio-thoracic' program. At least a decade of college, medical school and residency training is required to become a cardiologist. Jobs for physicians and surgeons of all types are expected by grow by 14% from 2014 to 2024, and the median pay for cardiologists is in excess of $240,000.
- Track 6-1Cardiovascular clinical trials & case reports
- Track 6-2Emergency medicine of epidemiology
- Track 6-3Prevalence and management epidemiology
Cardio-oncology is also called as the cardiovascular oncology it is a field of medicine. Cardio-oncology is the discipline that concentrates on the intersection of heart diseases and cancer. This field is growing at a faster rate because the survivors after cancer therapies are more prone to develop cardiovascular disease. The increase in cancer disease in the world has led to the emergence of numerous chemotherapeutic agents which are under preclinical or clinical studies. These agents are potent to cause damage to the heart (carddiotoxicity).
Cardiotoxic effects of chemotherapy might be decreased by the concurrent use of angiotensin-converting enzyme inhibitors, angiotensin receptor blockers or beta-blockers. The use of diagnostic imaging, noninvasive stress testing, serum biomarkers, ambulatory blood pressure monitoring and ambulatory cardiac telemetry can help to identify cardiotoxicities and lead to the development of preventative strategies.
- Cardiotoxic therapy
- Cardiac tumors
- Cancer and blood clots
- Cancer and blood vessels
- Cancer and heart failure
- Cardiac biomarkers
Cardio-oncology involves three main areas of focus: identify high-risk cancer patients, prevent damage to the heart and monitor patient progress. Before cancer treatment begins, oncologists consult with a cancer patient’s primary care physician and/or cardiologist to identify chronic conditions, such as hypertension and diabetes that increase the patient’s risk for cardiovascular issues.
If you have heart damage due to certain types of cancer drugs, or radiation treatment to the chest, we develop a specialized plan for you. Side by side with your oncologists, our cardiologists discuss your heart function and possible treatments, including other types of medication that may help and not interfere with your cancer treatment. We may also discuss other alternatives to your cancer treatment, including the use of drugs that may not affect your heart. As an academic medical center, we are training tomorrow’s leaders in this field. The top experts in cardiology and oncology are doing cutting-edge cardio-oncology research, to build better ways to evaluate, protect and treat cancer patients who are at risk for cardiac conditions.
- Track 7-1Atrial myxoma, tricuspid stenosis
- Track 7-2Benign cardiac tumors, cardiac fibroma
- Track 7-3Cardiac neoplasm, pulmonary chondroma
- Track 7-4Cardiac sarcoma, hemangiosarcoma, angiosarcoma
- Track 7-5Carney complex, LAMB syndrome
- Track 7-6Prevention of chemotherapy-induced cardiac dysfunction
- Track 7-7Cancer and Heart
Clinical trials are tests done in clinical research. Such up and coming biomedical or social research considers on human individuals are proposed to answer specific request concerning biomedical or conduct intercessions, including new medicines, (for instance, novel vaccinations, drugs, dietary choices, dietary supplements, and helpful devices) and known mediations that warrant also study and relationship. Clinical preliminaries deliver data on security and practicality.
Case report is a method for conveying something new that has been learnt from clinical practice. It could be around a surprising or beforehand obscure condition, an uncommon presentation or difficulty of a known illness, or even another way to deal with dealing with a typical condition. A case report gives the point by point report of indications, signs, conclusion, treatment, and follow-up of an individual patient Furthermore, case reports can fill in as an early advised signal for the opposing effects of new medications, or the introductions of new and rising sicknesses.
- Track 8-1Case Reports on Cardiac and Cardiovascular Research
- Track 8-2Case Reports on Heart Disease & Failure
- Track 8-3Case Reports on Vascular Heart Disease
- Track 8-4Case Reports on Pediatric Cardiology
- Track 8-5Case Reports on Arrhythmias
- Track 8-6Case Reports on Atherosclerosis
- Track 8-7Case Reports on Hypertension and Healthcare
- Track 8-8Case Reports on Heart Regeneration
- Track 8-9Case Reports on Heart Diagnosis
- Track 8-10Case Reports on Heart Devices
- Track 8-11Case Reports on Cardiac Surgery
- Track 8-12Clinical Trials in Alzheimer’s disease
- Track 8-13Clinical Trials in Stroke
- Track 8-14Clinical Trials in Parkinson’s disease
- Track 8-15Clinical Trials in ALS
- Track 8-16Clinical Trials in Movement Disorders
Abnormal heart rhythm (arrhythmia):
At the point when the heart's electrical structure is defective, the regular beat of the heart can be influenced. Contingent on the variation from the norm, the heart may start to pulsate too quick, too moderate, unpredictably, or not under any condition. Heart rhythm disorders are regularly treated as cardiovascular arrhythmias
Numerous cardiovascular devices are intended to help control unpredictable heartbeats in individuals with heart rhythm issue. These inconsistencies are caused by issues with the heart's electrical system, which signals the heart to contract and pump blood all through the body
An implantable cardiac defibrillator (ICD) is an electronic device that is set inside the body. An ICD continually monitors your heart beat and sends a little shock to the heart muscle if the beat becomes anomalous (arrhythmia). An ICD can help decrease your danger of sudden cardiac failure (SCA)
A ventricular assist device (VAD) is a direct connected to your heart to enable the weakened ventricle to pump blood all through the body. A VAD might be utilized as a part of patients as a "bridge to heart transplant," which implies the device is set up until the point when you can have a heart transplant.
- Track 9-1Implantable cardioverter-defibrillator (ICD)
- Track 9-2Cardiac resynchronization therapy (CRT)
- Track 9-3Left ventricular assist device (LVAD)
- Track 9-4The levacor heart pump
- Track 9-5Positioning and inspection
- Track 9-6Palpation & auscultation
- Track 9-7Left Ventricular Assist devices
- Track 9-8Implantable cardioverter defibrillator
- Track 9-9Pacemakers
- Track 9-10Cardiac Resynchronization Therapy
Hypertension moreover called as high vital sign or blood vessel. It is a long-term medical condition also known as High Blood Pressure in which the blood pressure in the arteries is constantly elevated. It usually does not cause symptoms but long-term high blood pressure may become a major risk factor for stroke, heart failure, peripheral vascular disease, coronary artery disease, atrial fibrillation, chronic kidney disease, vision loss, and dementia.
- Primary Hypertension
- Secondary Hypertension
- Hypertensive Crisis
- Resistance Hypertension
- Neurogenic Hypertension
- Hypertension in Adolescent Children and Pre – Adolescents
- Hypertension rheumatoid arthritis
The way toward keeping up blood pressure is complex, and includes various physiological instruments, including blood vessel baroreceptors, the renin– angiotensin– aldosterone system, atrial natriuretic peptide, endothelia's, and mineralocorticoid and glucocorticoid steroids.
Expectedly, the term asphyxia has been connected to all conditions in which oxygen supply to blood and tissue has been lessened obviously underneath the typical working level by any obstruction with respiration.
In death from asphyxia, typically it falls underneath the base vital for duration of life. Serious deprivation of oxygen for 5 to 10 minutes can bring about lasting harm to CNS and cardiovascular system bringing about death. It is fascinating to take note of that in a healthy adult body, regularly blood that is circling has around 1 liter of oxygen held in combine. Any interference with this results in asphyxia, which in turn triggers the consequences. This renders the pathophysiology of asphyxia.
- Track 10-1Diagnosis and Pathophysiology of Hypertension
- Track 10-2Diet and Exercise for Hypertension
- Track 10-3Hypertension Treatments
- Track 10-4Hypertension Risk factors
- Track 10-5Hypertension Epidemiology
- Track 10-6Cardiometabolic Risk in Hypertensive Patients
- Track 10-7Advanced Treatment Approaches for hypertension
- Track 10-8Hypertensive Heart Diseases
- Track 10-9Hypertension – Stress and Stroke
- Track 10-10Hypertension and Diabetes
- Track 10-11Hypertension and Obesity
- Track 10-12Advanced Treatment Approaches
Neurology goes under a branch of prescription that concern with the life structures, capacities and natural issue of the Nervous System or some other Nerve. Neurology deals with diagnosis and treatment of all the diseases involving the central and peripheral nervous system.
Neuroscience is a multidisciplinary branch involving the methodical study of Nervous system. Notwithstanding, considering the present advances in this field it had been re-imagined as Associate as an interdisciplinary learning space data that teams up with the fields of medications, hereditary qualities, psychiatry, chemistry, technology, engineering, and allied disciplines of science. Neuroscientists investigate each part of nervous system and their working to create drugs for treating neurological disorders.
- Track 11-1General Neurology
- Track 11-2Current neurosurgery methods
- Track 11-3Critical Care Nursing
- Track 11-4Behavioral Neurology
- Track 11-5Vascular Neurology
- Track 11-6Neurotechnology
- Track 11-7Nervous System
- Track 11-8Neurologist
- Track 11-9Cellular / Molecular Neuroscience
- Track 11-10Cognitive Neuroscience
- Track 11-11Behavioral Neuroscience
- Track 11-12Clinical Neuroscience
- Track 11-13Computational Neuroscience
- Track 11-14Cultural Neuroscience
- Track 11-15Neuroengineering
- Track 11-16Paleoneurology
- Track 11-17Developmental Neuroscience
- Track 11-18 Neuromuscular Medicine
- Track 11-19Neurons and Synapses
- Track 11-20Social Neuroscience
- Track 11-21Interventional Neurology
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, spinal Cord Disorders, Alzheimer’s disease (AD), Epilepsy, Multiple sclerosis, Parkinson’s disease, migraines, clinical trials in neuromuscular disorders are some of the classification of neurological diseases
Neurogenetics is the branch of science which combines Genetics and Neurology. It is the study of the development and function of the Nervous system as well as the role played by genes in its development. A wide range of disorders and diseases can be determined by Neurogenetics
- Track 12-1Understand Multi-factorial Heart Disease
- Track 12-2Using these genetic effects to find people at risk
- Track 12-3Familial Hypercholesteroleamia (FH)
- Track 12-4Alzheimers Disease Imaging
- Track 12-5Huntington disease
- Track 12-6Cancer genetics
- Track 12-7Gene defect and diseases
- Track 12-8Gene mutation and disease
- Track 12-9Genetic engineering and Gene sequencing
- Track 12-10Biochemical genetics
Stroke happens when the supply of blood to the cerebrum is either restricted or lessen. At the point when this happens, the mind does not get enough oxygen or supplements, which causes cerebrum cells to die. Epidemiology is the research and survey of the spread (who, when, and where) and determinants of wellbeing and ailment conditions in characterized populaces. Some stroke risk factors can’t be controlled. These include gender, age and family history. Although, numerous stroke hazard factors are way of life related. Everybody can diminish their danger of having a stroke by rolling out a couple of straightforward way of life improvements. The objective for the intense care of patients with stroke is to settle the patient and to finish starting assessment and evaluation, including imaging and lab research, enclosed by hour. The most ideal approach to obstruct a stroke is to address the basic causes. This is best done by living healthfully, which means eating a healthy diet, maintaining a healthy weight, Exercise regularly, Avoiding alcohol or drink moderately.
Essential avoidance of stroke involves change of habits and measures to control cholesterol levels, diabetes mellitus, pulse and atrial fibrillation. Beneficial effect of Carotid endarterectomy, neural stem cell therapy, Transient ischemic attack, Symptoms of Stroke, High blood pressure and stroke, Carotid artery stenosis
The research studies suggest that higher cholesterol levels are associated with an increased risk of ischemic stroke and treatment with statins may reduce the risk of fatal and nonfatal stroke. Even though highest proof connecting more tightly glucose control with stroke diminishment is deficient with regards to great glucose control and forceful treatment of hypertension and hyperlipidemia in patients with diabetes mellitus preventive medications for Stroke includes Anti-platelet drugs, Anticoagulants, Aspirin, Lipid-lowering drugs etc. Secondary stroke prevention is focused on this high risk population in order to prevent or delay future disease events, achieve functional and clinical improvement, promote wellness and enhance quality of life.
- Track 13-1Diabetic Cardiomyopathy
- Track 13-2Atherogenic Dyslipidemia
- Track 13-3Stroke - ischaemic & hemorrhagic
- Track 13-4Beneficial effect of Carotid endarterectomy
- Track 13-5Neural stem cell therapy
- Track 13-6Transient ischemic attack
- Track 13-7Symptoms of Stroke
- Track 13-8Carotid artery stenosis
- Track 13-9High blood pressure and stroke
Neuroscience nursing deals with the assessment of various Neurological Diseases. Neuroscience nurses care for people with a variety of neurological conditions and disorders across the lifespan and in all health care settings. There are many specialties encompassed within this field of practice including the following:
- Neurotrauma e.g. brain and spinal cord injury
- Neuroscience critical/intensive care
- Long-term neurological conditions, e.g. stroke, multiple sclerosis, epilepsy
- Life-limiting neurological conditions, e.g. motor neurone disease, Huntingdon’s disease.
Nursing Education is a practical and theoretical training to the nurses and prepares them for their professional duties. The training and education is taught by experienced nurses and medical professional who are qualified in the respective fields. The courses scale from general nursing to emotional well-being nursing, pediatric nursing, post-operatory nursing, and some more. Different Universities offer Bachelor's, Master's, Doctorates and Diploma courses in Nursing. The point of nursing education is an improvement of the nursing occupation. Most countries offer nursing courses that can be outstanding to general nursing or to specific domains including psychological wellness nursing, pediatric nursing and post-operatory nursing. Nursing research creates information about wellbeing and the advancement of wellbeing over the full life expectancy, care of people with medical issues and disabilities, and nursing activities to improve the health
- Track 14-1Management of Cerebral Edema and increased Intracranial Pressure
- Track 14-2Hemodynamic and Cerebral Instability
- Track 14-3Monitoring abnormal Electrical activity of the Brain
- Track 14-4Acute patient care Techniques
- Track 14-5Advanced Clinical skills
- Track 14-6Spinal Reconstruction
- Track 14-7Cerebrospinal fluid pressure monitoring in Hydrocephalus
- Track 14-8Nursing Leadership
- Track 14-9Patient Safety
- Track 14-10Evidence Based Practice
Therapists have made a case for ailments of the brain. Major Neuropsychiatric Conditions are: Addictions, Childhood and advancement, Eating issue, Degenerative illness, Mood disorders, Neurotic issue, Psychosis & Sleep disorders, Pediatric acute-onset neuropsychiatric syndrome, Bipolar Disorder in Primary Care, Mood disorders during the per partum period, Psychological Aspects of Medical Illness, Childhood and adolescent psychiatry
- Track 15-1Neuropsychiatric disturbances
- Track 15-2Neurocognitive disorder
- Track 15-3Developmental risk factors
- Track 15-4Investigating biomarkers
- Track 15-5Childhood and adolescent psychiatry
- Track 15-6Fundamentals of the clinical evaluation
- Track 15-7Advancement in personalized medicine
Neurosurgery or neurological is surgery also called as brain surgery. It is the surgical specialization that treats brain and spinal cord and also for to treat injury, disorders of brain and spinal column. Neurosurgery is for both adult and pediatric. Endo vascular neurosurgery, epilepsy surgery, peripheral nerve surgery and pediatric neurosurgery are the main divisions of neurosurgery. Back pain can inconsistently make neurological signs, for instance, deadness, muscle weakness, and loss of gut and bladder control due to brokenness at the nerve root.
These reactions are markers that neurosurgery is required to treat the concealed explanation for back torment as opposed to traditionalist medicines. Strategies to treat back torment under the domain of neurosurgery incorporate discectomy, laminectomy, and spinal fusion surgery. Magneto encephalography, stereotactic radiosurgery are the some of the methods used for neurosurgery
Neuropathology is the investigation of sickness of nervous system tissue, generally as either little careful biopsies or entire body examinations. Neuropathologists work in a division of anatomic pathology, yet work intimately with the clinical orders of neurology, and neurosurgery, which frequently rely upon neuropathology for a diagnosis. Neuropathology also relates to forensic pathology because brain disease or brain injury can be related to cause of death.
- Track 16-1Innate Immune Response
- Track 16-2Chronic Inflammatory Response
- Track 16-3Convergence of Immune System
- Track 16-4Autoimmune Disorder
- Track 16-5Forensic Pathology
- Track 16-6Immunosenescence
- Track 16-7Brain Histopathology
Neuro oncology is related to the study of cancers in the brain and the spinal cord. The greater parts of the neuro-oncological illnesses are unsafe and hazardous and some of them may even dis inside a couple of months. In some cases, survival is extended using chemotherapy and radiotherapy. 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.
Brain Tumour occurs when abnormal cells form within the brain. The symptoms of Brain stem tumors vary greatly and can include Ataxia, Cranial Nerve Palsy, headaches, problems with speech and swallowing, hearing loss, weakness, Hemiparesis, vision abnormalities, ptosis, and behavioral changes. Another possible symptom is vomiting. Any cerebrum tumor is naturally serious and life-threatening because of its invasive and infiltrative character in the constrained space of the Intracranial Cavity. There are two main types of tumours: malignant or cancerous tumors and benign tumors.
- Track 17-1Neoplasm
- Track 17-2Antigen
- Track 17-3Vaccine Peptide
- Track 17-4Neoplastic Meningitis
- Track 17-5Neuro-oncological disorders
- Track 17-6Brain metastases
- Track 17-7Depression and anxiety
- Track 17-8Psychological interventions
- Track 17-9Neurocognitive function
- Track 17-10Intracranial Metastatic Disease
- Track 17-11Malignant Glioma
- Track 17-12Diffuse Intrinsic Pontine Glioma (DIPG)
- Track 17-13Glioblastoma multiforme (GBM)
- Track 17-14Pontine glioma
- Track 17-15Ependymoma
- Track 17-16Pons Varolii
- Track 17-17Neurofibromatosis
- Track 17-18Astrocytoma
- Track 17-19Epileptic seizure
- Track 17-20Neural oscillation
- Track 17-21Animal models and experimental therapeutics
- Track 17-22Psycho-oncology
- Track 17-23Chemo-toxicity / Neuropathy
- Track 17-24Primary CNS Lymphoma
- Track 17-25Quality of Life
Central Nervous System (CNS) is the processing center for the nervous system. It receives information from and sends information to the peripheral nervous system. Brain and the spinal cord are the core part of CNS. The brain processes and interprets data sent from the medulla spinals. Both the mind and spinal cord is shield by a three-layered covering of connective tissue called the meninges.
Central Nervous system disorders may occur on their own or due to disorders that damage autonomic nerves. CNS disorder can be either myelopathy or encephalopathy. CNS disorders can affect either the brain or the spinal cord which results in psychiatric disorders or neurological disorders. The causes of CNS diseases are neurology, trauma, autoimmune disorders, infections, structural defects, degeneration and tumors.
- Track 18-1Bipolar Disorder
- Track 18-2Neuropathic pain syndromes
- Track 18-3Accessory nerve disorder
- Track 18-4CNS disorder and structural defects
- Track 18-5Facial nerve paralysis
- Track 18-6Meningitis
- Track 18-7Therapies for genetic disorders
- Track 18-8Dementia
- Track 18-9Back pain
- Track 18-10Epilepsy
- Track 18-11Alzheimer’s disease
The term Biomarker can be characterized as a quantifiable marker of some organic state or condition. A biomarker can likewise be known as an organic biomarker. Meetings revolve around the advancement of CNS biomarkers for pharmaceuticals and diagnostics from Cerebrospinal fluid and Blood, and in addition imaging approaches. Logical information, updates and contextual analyses in neurological and neurodegenerative illnesses will be introduced on sickness regions, for example, Alzheimer's and Parkinson's.
- Cerebrospinal fluid biomarkers
- Neuroimaging enrichment biomarkers for CNS diseases
- Biomarker Challenges in Rare Diseases
- Technology case studies for CNS
- CNS drug development using biomarkers
Advances in multimodality fusion imaging technologies promise to accelerate the understanding of the systems biology of disease and help in the development of new therapeutics. The use of molecular imaging biomarkers has been proven to shorten cycle times for central nervous system (CNS) drug development and thereby increase the efficiency and return on investment from research. Imaging biomarkers can be utilized to help choose the molecules, doses, and patients well on the way to test remedial speculations by ceasing those that have minimal possibility of achievement and accelerating those with potential to achieve beneficial clinical outcomes. CNS imaging biomarkers have the potential to drive new medical care practices for patients in the latent phases of progressive neurodegenerative disorders by enabling the detection, preventative treatment, and tracking of disease in a paradigm shift from today's approaches that have to see the overt symptoms of disease before treating it.
- Track 19-1Early detection or screening trials
- Track 19-2Patient safety and Outcomes
- Track 19-3Healthy Brain Aging Study
- Track 19-4CNS drug discovery and development
- Track 19-5Methodological aspects
- Track 19-6Fluid-based proteomic biomarkers
- Track 19-7Functional biomarkers
- Track 19-8Standardization of biomarkers
- Track 19-9Automated analysis techniques
- Track 19-10Standardized data collection and processing
- Track 19-11Innovations in Clinical Trials and Research
- Track 19-12Clinical and Medical Case Reports