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Virology Asia 2022

About Conference


Virology is the interdisciplinary branch of life sciences associated with the development, medical care, and viral diseases. The aim of Virology is to reduce viral diseases, control the spread of infectious diseases, and develop better vaccines to promote active lifestyles for a long disease-free life for all humans. Virology Asia 2022 will provide two days of robust discussions on methods and techniques related to diagnosis, prevention, and management of Viral diseases as well as explore new ideas and concepts on a global scale and the topics include coronavirus and other Respiratory Virus Diseases, General Virology, Vaccination, Emerging Infectious Diseases, Viral Immunology and Pathology, Animal Virology, Clinical Virology, Agriculture and Plant Virology, New Generations vaccine adjuvants,  Diagnostic Immunology, Viral Infections, Cancer Vaccines, Food, Water and Air Borne Diseases, Recombinant Viruses, Case Studies of Various Emerging Diseases, New Advancements in field of Virology.

Virology Meet 2021 mainly focuses on the latest and exciting innovations in all areas of research related to virology, vaccines, and Emerging Infectious diseases, offering a unique opportunity for Pathologists, Microbiologists, biotechnologists and other Healthcare Professionals across the globe to meet and perceive new scientific interventions. The concept of this Virology Asia 2022 program was developed for Pathologists, Microbiologists and Healthcare Professionals working in Primary and Secondary Care, as well as for specialists in the diverse areas of Virology, Infectious Diseases, Surgeons, Family Medicine Doctors, General Practitioners, Researchers, and Policy Makers. Virology Asia 2022 is an international platform for presenting research about diagnosis, prevention and management and exchanging ideas, knowledge and investigates the advancements in the field of Virology and Emerging diseases for the benefit of both the academic and business.

Who should attend?

  • Virologist
  • Microbiologist
  • Virology Students and Researchers
  • Virology and Microbiology Faculty
  • Medical Colleges
  • Virology and Microbiology Associations and Societies
  • Research Labs
  • Manufacturing Medical Devices Companies
  • Deans and Professors
  • CEO / CSO / COO
  • CMO / Head of Scientific Affairs
  • Head of Virology
  • Medical Schools/Colleges
  • Business Entrepreneurs
  • VP of Microbiology

Tracks / Sessions

1. Viral Infections:

Viral infections may lead to the cause of acute and chronic diseases, infertility, long-term disability, and demise, with serious medical and psychological consequences for millions of humans. HIV infection is caused by a virus that attacks the immune system and destroys cells that fight against infections and illnesses. Acquired Immuno Deficiency Virus is the most critical phase of HIV infection. HIV is most commonly transmitted through unprotected sex and sharing HIV-contaminated needles or syringes. There is no permanent cure for HIV/AIDS, but it can be effectively managed through treatment.

Sexually Transmitted Infections
Non Sexually Transmitted Infections
Paediatric Infections
Geriatric Infections

2. Corona Virus:

Coronaviruses consist of a large family of viruses that cause respiratory and intestinal infections in animals and human beings such as the Middle East respiratory syndrome and Severe Acute Respiratory Syndrome a novel coronavirus is a new strain that has not been earlier recognized in human-beings. Coronaviruses are zoonotic; it means they are transmitted between animals and human beings.  Detailed research found that SARS-CoV was spread from civet cats to human beings and MERS-CoV from dromedary camels to human beings. Several known coronaviruses are spread in animals that have not yet infected humans.

3. General Virology:

Virology is a branch of science that mainly deals with the study of the biology of viruses and viral diseases and mainly focuses on viral classification, biochemistry, physiology, molecular biology, ecology, evolution and clinical aspects of viruses. Past few years the world has been witnessing some of the chronic issues involving viruses like HIV, HPV and this is challenging researchers with some of the most recent outbreaks like EBOLA, Zika, and coronavirus. This clearly stipulates that the world of virologists should become more active and updated.  Viruses also cause chronic diseases in plants and livestock. Viruses can infect all life-forms. Viruses are small Pathogens, subcellular Pathogens that are unable to multiply outside a host cell. Viruses differ from microorganisms in their extreme dependence on the host cell.
Virology
Microbiology
Immunology
Infectious Diseases
 
4. Vaccination:
 
Vaccines play a key role in the healthcare department, especially for growing children. Vaccines are products that protect people against chronic diseases. Unlike other medicines that treat or cure diseases, vaccines prevent them. Vaccines are products that generate immunity to a specific disease. Vaccines play a major role in keeping us healthy. Totally 26 Vaccines are available authorized by the World Health Organization. Vaccination is the most effective method of preventing infectious and chronic diseases.
There are 4 main types of vaccines:
Live-attenuated vaccines
Inactivated vaccines
Biosynthetic vaccines 
Toxoid vaccines
 
5. Emerging Infectious Diseases:
 
Emerging infectious diseases are infections that have recently come into sight within a population or the occurrence range is rapidly increasing or threatens to increase in the near future. The WHO warned in its report that Infectious diseases are emerging at a frequency that has not been seen before.
Emerging infectious diseases can be caused by:
Previously undetected or unknown infection-causing agents
Known infection-causing agents that have widely spread to new geographic locations or new populations
Previously known infection-causing agents whose role in specific diseases has previously gone unidentified.
 
6. Viral Immunology and Pathology:
 
Viral Immunology is the field of virology, concerned with the study to understand mechanisms of virus-host interaction with a view of applying this knowledge to the design of effective vaccines and immune modulators that control viral infections.  We emphasize that our basic understanding of virus-host relationships is radically changed, but we lag behind in applying this knowledge to the successful control of many viral infections. A prolonged tissue-damage result in an immune reaction against viruses it is considered as immunopathology.
 
7. Oncolytic Viruses:
 
Viral oncology is a subsection of oncology that mainly deals with the treatment of human cancers /tumours with virus particles. Oncolytic viruses are viruses that preferentially target and kill cancer cells by replicate in cancer cells and thereby destroy cancer tissue without affecting healthy cells through a multi-modal mechanism of action. As Oncolytic viruses have a completely new mode of action, they are expected to lead to cancer regression or even cure in patients for whom current therapies have failed. These Oncolytic viruses have a triple mode of action i.e. cell lysis, systemic anti-cancer immune response, and local inflammation. Due to this triple mode of action, it can be combined with conventional tumour therapies.
 
8. Neuro Virology:
 
Neurovirology is an interdisciplinary field that represents a melding of clinical studies on the molecular biology and pathogenesis of viral infections of the nervous system, and it also deals with the development of novel treatment strategies using neurotropic viral vectors. The involvement of the brain is one of the most significant consequences of a viral infection. Many viruses have the capability to invade and replicate in brain tissue, but fortunately, serious brain infections are rare. Clinically, neurological diseases caused by virus families can be divided into acute and chronic syndromes.
Neuroimaging
Brain biopsy
DNA and RNA virus family
Advantages of infecting the nervous system
Use of antivirals to treat CNS infection
Use of viruses for gene therapy
 
9. Clinical Virology:
 
Clinical virology in the field of virology concerned with the study of viruses and virus-like agents, including their classification, disease-producing properties, and genetics that cause human pathologies. It is often considered as an interdisciplinary field of microbiology or pathology. The competence to identify nucleic acids has a major impact on diagnostics in clinical virology. Both polymerase chain reaction and nucleic acid sequence-based amplification can currently be used together with real-time discovery to generate results in a short time and to determine whether variants relevant for antiviral resistance are present.
 
10. Agriculture and Plant Virology:
 
Agriculture and plant virology deals with the study of cyclic development of viral disease within the plant. Plant diseases have had a great impact on human health and welfare. Transgenic plants are genetically modified plants, by using a recombinant DNA technique to create plants with new characteristics. The ultimate aim of plant virus disease control is to prevent or suppress the virus spread by either controlling the vectors or through the eradication of infected plants. In this agricultural virology the morphology of virus, its physiology, its host-pathogen interaction can be studied. Plant diseses that are caused by viruses called plant virology.  
 
11. Cancer Vaccines:
 
Cancer treatment vaccines boost the immune system's ability to identify and destroy antigens. Often, cancer cells have certain molecules called cancer-specific antigens on their cell surface that healthy cells do not have. When these molecules are given to a human, the molecules act as antigens. They stimulate the immune system to identify and destroy cancer cells that have these molecules on their surface. Cancer prevention vaccines mainly target viruses that are known to cause cancer. These vaccines are sometimes developed from a patient’s own tumour cells.
 
12. Food, Water and Air Borne Disesases:
 
The most recurrent causes of food, air, and water-borne illnesses are bacteria, viruses, and parasites. The airborne disease can proliferate when a contagious person coughs, sneezes, or talks, spewing nasal and throat secretions into the air. When you inhale airborne pathogenic organisms in, they take up residence inside you. You can also pick up microbes when you touch an infected surface, and then touch your own eyes, nose, or mouth. Because these illnesses travel in the air, they’re hard to control. Every year, several thousand cases of food and waterborne diseases are registered. Food- or water-borne diseases are not transmitted from casual contact with another person. A person can come into exposure with food- or water-borne bacteria by eating or drinking something that has bacteria in it. Many diseases are spread through the air are: The common cold, Influenza, Chickenpox, Mumps, Measles, Whooping cough, Tuberculosis, Diphtheria
 
13. Recombinant Viruses:
 
A recombinant vaccine is a vaccine developed through recombinant DNA technology. Vaccine approaches to contagious diseases are widely applied and appreciated. Amongst them, vectors based on recombinant viruses have displayed great promise and play a crucial role in the instigation of new vaccinations. Many viruses have been examined for their ability to express proteins from foreign pathogens and induce specific immunological responses against these antigens in vivo. Generally, gene-based vaccines can trigger potent humoral and cellular immune responses and viral vectors might be an effective strategy for both the delivery of antigen-encoding genes and the facilitation and enhancement of antigen presentation.
Recent methods in the diagnosis of viral infections:
Immunoassay-based tests
Amplification-based assays
Next-generation sequencing
Mass spectrometry
 
14. New Advancements in field of Virology:
 
In spite of the success of currently available vaccines, there is a clear requirement for the development of vaccines against a number of infectious diseases for which vaccines are not yet available, or are insufficient, including HIV, hepatitis C virus, RSV, Neisseria meningitides serotype B, Group A and B, streptococcus, tuberculosis, and malaria.  Unfortunately, these pathogens have proven difficult to control with traditional vaccines, and novel approaches will be required. New efficient vaccines may also be required to protect against a number of emerging or re-emerging infectious diseases, including severe acute respiratory syndrome, corona, Ebola, Hanta and Dengue viruses.
Coronavirus (COVID-19) outbreak in China
Timing of antiviral therapy for seasonal influenza
Modified vaccinia Ankara vaccine for prevention of smallpox
 
15. Pediatric Viral Infectious Diseases:
 
Infections caused by viruses are universal during childhood and adolescence. Clinicians will regularly care for children and adolescents who present with infections caused by a wide number of viral pathogens. These infections have varied presentations. Many infections may have clinical presentations that are specific to the infecting virus but present differently, based on the age and immunocompetence of the patient.
 
16. Gastrointestinal viral diseases:
 
Viral gastroenteritis is an intestinal infection marked by watery diarrhea, abdominal cramps, nausea or vomiting, and sometimes fever. The most common way to develop viral gastroenteritis — often called stomach flu —is through contact with an infected person or by ingesting contaminated food or water. If you're otherwise healthy, you'll likely recover without complications. But for infants, older adults and people with compromised immune systems, viral gastroenteritis can be deadly.
 
17. Bacterial and Fungal Virology:
 
The study of parasites that multiply inside bacteria by making use of the host biosynthetic machinery is known as bacterial virology. Bacteriophages are the viruses that infect and replicate in bacteria. Since the early 1970s, bacteria have continued to develop resistance to antibiotics such as penicillin, and this has led to a renewed interest in the use of bacteriophages to treat serious infections.
 

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