4^th World Congress on Neuroimmunology and Neuroinfectious Diseases July 18-19, 2022 Venice, Italy

At the cellular, molecular, and organism levels, systems biology is the study of biological systems as an integrated and interacting network of genes, proteins, and biochemical activities that give rise to life. It may be used to gather information at all levels, from molecules to entire systems, and it may be linked into quantitative models to provide accurate biological simulations. For anticipating dynamical behaviour and quantitative measurements, technologies such as genomics, bioinformatics, proteomics, mathematics and computer models are applied.

Coronaviruses are a family of viruses that can infect both animals and people. Human respiratory infections have been related to several coronaviruses, ranging from the common cold to more serious disorders including Middle East Respiratory Syndrome (MERS) and Severe Acute Respiratory Syndrome (SARS).Coronavirus illness is caused by the most recently found coronavirus. COVID-19 is a virus that infects people.

Immunogenetics is a branch of immunology concerned with the interrelations of heredity, disease, and the immune system and its components.

1. 
   Genetic Research


2. 
   Vasculitis and Autoimmune Disease


3. 
   The Immunogenetics of Neurological Disease


4. 
   Bone involvement in Monogenic Auto-inflammatory Syndromes


5. 
   Immunoglobulin Genotypes and Cognitive functions


6. 
   Mechanisms behind TB, HBV, and HIV Chronic infections


7. 
   Immunogenetics and Pharmacogenetics             


8. 
   Chronic Inflammation

Immunization is a sophisticated procedure that uses a vaccine to activate the body's immune system to fight infectious diseases. Vaccination is the process of administering vaccines. When a sufficiently high percentage of a population has been vaccinated, herd immunity can be achieved.

Innate immunity is defined as immunity possessed by a species or race that is present in an individual at birth prior to exposure to a pathogen or antigen and includes components such as intact skin, salivary enzymes, neutrophils, natural killer cells, and complement that provide an initial response against infection.

1. 
   Anatomical Barriers lupus


2. 
   Inflammation


3. 
   Neural Regulation


4. 
   Immune Evasion


5. 
   Pathogen-specificity

In the case of neonates and children, whose immune systems are not fully functional at birth and are still developing later, their susceptibility to illnesses and pathogens is great, and their vaccine response is less effective than that of adults. This could contribute to the development of allergies, asthma, or other immunological problems later on, thus the treatment and prevention strategies used are covered under Neonatal and Paediatric Immunology.

1. 
   Paediatric Allergy


2. 
   Outdoor & Indoor Allergens


3. 
   Pediatric Asthma and Rhinitis


4. 
   Vaccination effectiveness

Immune disorder is also known as dysfunction of the immune system and these are characterized in several different ways.

• 
  By the affected component(s) of the immune system
• 
  By overactive or underactive Immune system
• 
  By congenital or acquired conditions

1. 
   Rheumatoid Arthritis


2. 
   Inflammatory Bowel Disease


3. 
   Multiple Sclerosis


4. 
   Diabetes Mellitus


5. 
   Guillain-Barre Syndrome


6. 
   Psoriasis


7. 
   Myasthenia gravis


8. 
   Vasculitis

Micro-organisms such as bacteria, viruses, fungus, parasites, and pathogens are the principal causes of infectious disorders. Diseases are caused by some of these organisms. Infectious diseases kill more people worldwide than any other cause. Germs are the primary cause of many infections. By touching, eating, drinking, or inhaling anything, we can become infected. Vaccines can also help to avoid infections like measles and chickenpox. Hand washing is also a good way to avoid getting sick.

Imaging technologies such as computed tomography, magnetic resonance imaging, and X-rays are used in clinical practise to disclose the infection's state. An immunological technique is used to assess antibody utilising a blood sample and other body fluids from an infected person.

1. 
   Immune diagnosis


2. 
   Molecular techniques


3. 
   Clinical mode of diagnose

Human-to-human or animal-to-animal transmission is how communicable diseases propagate. Malaria and HIV/AIDS, for example, can be disseminated through the air and transferred via blood or other bodily fluids. Chronic diseases such as heart disease, cancer, and diabetes are examples of non-communicable diseases.

1. 
   Cancer


2. 
   Diabetes


3. 
   Osteoporosis


4. 
   Fibromyalgia


5. 
   Heart Disease


6. 
   Shigellosis

Virology is a branch of microbiology that studies viruses and viral illnesses. Infectious diseases are mostly caused by pathogens, which are microorganisms such as bacteria, viruses, fungus, or parasites. Diseases are caused by some of these organisms. Germs are the primary cause of many infections. By touching, eating, drinking, or inhaling anything, we can become infected. Vaccines can also help to avoid infections like measles and chickenpox. Hand washing is also a good way to avoid getting sick.

Respiratory symptoms are caused by chronic obstructive pulmonary disease (COPD) and asthma. These disorders affect the organs and tissues that allow higher creatures to exchange gas, including the upper respiratory tract, trachea, bronchi, bronchioles, alveoli, and the nerves and muscles that control breathing

Infection control in a health care facility is the prevention of microorganisms from spreading from one person to another in order to avoid infectious disease complications. Hand cleaning should be done frequently, infection breaks should be taken, and there should be enough drink and food in the hospital.

1. 
   Clostridium difficile


2. 
   Fatal Gram-negative bacteremias


3. 
   Hand washing, Water and food in the hospital


4. 
   Infection outbreak

The advancement of medicine discovery has been fueled by innovation. Mechanization, Nano fluidics, imaging, programming, and examination advancements have all played a part in accelerating the delivery of better data. Is medication revealing at such a rapid pace that additional modifications are no longer required or practical? There are a lot of viewpoints on this, and a lot of the evidence is based on stories, but innovation advancement is critical to the advancement of the pharmaceutical revealing technique and is worth discussing.