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Track 1: Agriculture and Plant Virology
The Agriculture virology sets the production techniques on irrigation management and recommended nitrogen inputs. The agriculture develops productivity in terms of quantity and quality. The compound annual growth rate of agriculture and plant virology is around 9.5 % on 2014. The agriculture inoculants market value is anticipated to reach $398.56 million by 2019. Tobacco mosaic infection (TMV) is a positive-sense single stranded RNA virus that taints an extensive variety of plants, particularly tobacco and different individuals from the family Solanaceae.
Track 2: Veterinary Virology
The veterinary virology is the diseases which are affected to non-human animals.it is an important branch of veterinary medicine. Many other viruses, including caliciviruses, herpes viruses, adenoviruses and parvoviruses, circulate in marine mammal populations. Fish too have their viruses. They are particularly prone to infections with rhabdoviruses, which are distinct from, but related to rabies virus. Companion animals such as cats, dogs, and horses, if not vaccinated, can catch serious viral infections. Canine parvovirus is caused by a small DNA virus, and infections are often fatal in pups.
Track 3: Anti-viral agents
Antiviral agents are drugs in that prohibit the spread of virus by preventing the replication of the genome, obstructing the entry of viruses into the host cells, or by inhibiting viral protein synthesis and/ or viral assembly. Antiviral drugs, unlike antibiotics, do not destroy their target; rather they only inhibit their development. Antivirals are of 2 types- Narrow spectrum (treating for specific viral infections) and broad spectrum (treating wide range of similar viral infections). These antivirals, for now are available to treat only few viral infections. Most clinical useful antiviral agents exert their action on viral replication, either at stage of nucleic synthesis or at stage of slow protein synthesis and processing. Antiviral drugs are designed in such a way that these drugs identify viral proteins, or parts of proteins, that can be disabled.
Track 4: Viral Biochemistry
A virus is an infectious, parasitic agent which will solely replicate within different host cells. All viruses have a genome and a capsid. Virology has emerged even more clearly as a significant approach to the study of the physiology and genetics that synthesizes the special proteins and nucleic acids. Viruses are exploited as tools within the dissection of those important biochemical issues.
Track 5: Clinical Virology
Diagnosis of any probable viral infection with the help of various tests such as, specific, assorted or conventional tests to identify the causative virus. Multiple methods are in use for laboratory diagnosis in probing the viral infections, including serology, viral culture, antigen detection, and nucleic acid detection. Due to various developments in the technology, we see high-end and quite impressive immunologic and molecular diagnostic tests are developed to provide more accurate results and to detect the viruses- type, number and to identify their pathogenicity as well. This field provides specific recommendations for diagnostic approach to clinically important viral infections.
Track 6: Antiviral Vaccines
Antivirals drugs are those which can treat people who have already been infected by a virus. They also can be used to prevent or limit infection when given before or shortly after exposure, before illness occurs. A broad-spectrum of antivirals are effective against a wide range of viruses. Disparate most of antibiotics, antiviral drugs do not destroy their target pathogen; instead they inhibit their development.
Track 7: Diagnostic Virology
Diagnosis of any probable viral infection with the help of various tests such as, specific, assorted or conventional tests to identify the causative virus. Multiple methods are in use for laboratory diagnosis in probing the viral infections, including serology, viral culture, antigen detection, and nucleic acid detection. Due to various developments in the technology, we see high-end and quite impressive immunologic and molecular diagnostic tests are developed to provide more accurate results and to detect the viruses- type, number and to identify their pathogenicity as well.
Track 8: General Virology
Virology is the study of viruses, association of nucleic acids and proteins that have the capacity for replication in animal, plant and bacterial cells. The virus which deals with a branch of science includes the study of various pathogenic viruses and the viral diseases caused by them. Virally-effected cell and the changes in its antigenicity and the response of the host to the presence of the virus lead to the manifestations of viral disease.
Track 9: Viral Immunology
Viruses exhibit strong immunological responses with both cellular and humoral immunity. Cell mediated helps in governing with the help of T, B cells and Natural Killer Cells- with T cells in conjecture with MHC and humoral immunity responses basically govern by neutralizing the antigens. With the evolution of viruses and the constant mutations that they go on with, it becomes essential to understand the type of interactions it undergoes with specific antibodies. signalling directs cellular activities and coordinates cell activities. A Neutralizing antibody is also an antibody which safeguards a cell from an antigen or infectious body by inhibiting or neutralizing any effect it is biologically. Cell-mediated immunity is an immune response that does not involve antibodies, but although it involves activation of phagocytes, antigen-specific cytotoxic T-lymphocytes, and the release of various cytokines in response to an antigen.
Track 10: Viral Epidemiology
The trends of occurrence, outspread of viruses in human and non-human populations and the outbreak and their correlation with the host and environmental factors are scrutinized to determine the subtleties of these infections to formulate the obligatory intervention strategies to prevent an epidemic. Viral Major areas of epidemiological study include disease etiology, outbreak investigation transmission, disease surveillance, screening, forensic epidemiology, bio-monitoring, and comparisons of the treatment methods in clinical trials.
Track 11: Host Cell Response to Viral Infection
Virus, after infecting a host cell, is inside a protective layer of the cell, hidden from various immune system receptors. The host cell instead starts showing their “symptoms” to other cells using Major Histocompatibility complex proteins. But, the viruses, have evolved ways to spread and replicate themselves, evading detection by T-cells as some viral mechanisms inhibit the MHC expression, which then cannot be detected by T-cells. To combat such “irregular” cells, there are Natural Killer cells, NK Cells which detect, isolate and then kill such cells that display less than required MHC proteins on their cell surface. Similarly, host cells responds via interferons, antibodies and antibody mediated phagocytosis.
Summary: International Virology Conference takes immense pleasure to welcome attendees, presenters, and exhibitors from all over the world to Canada. We are delighted to have you all at the “Virology Conference 2017” which is going to be held during October 30-31, 2017 at Canada. The organizing committee is accelerating for an advanced and informative conference program including plenary speech, symposia, workshops on a variety of topics, poster presentations and various programs for participants from all over the world. We welcome you to join us at the Virology Conference 2017, where you will be sure to have a delighted experience with scholars from all around the world. All the members of Virology Conference 2017 organizing committee look forward to meet you at Canada.
The global virology market is expected to bloom over 2015-2025. In 2015, the virology industry was highly influenced by Ebola, MERS, and hepatitis C viruses. In 2016, zika virus is dominating the research, with more better prospects in the near future. By 2017 end, a few important patents are approaching expiry, including Tamiflu, Sustiva, Tenofovir, Combivir, Relenza, and Telbivudine. With the expiry of these blockbuster drugs, the market is estimated to encounter a dynamic competitive landscape. The generic competition in the virology market will be in this high pace from 2017 onward. Europe is projected to maintain the position as the second largest market globally. During the forecast periods, USA is anticipated to record the highest CAGR, governed by enhanced healthcare infrastructure, access to diagnostics, and enhanced affordability of diagnostic tests for viral diseases.
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Importance & Scope:
Virology is the study of viruses – submicroscopic, parasitic particles of genetic material contained in a protein coat and virus-like agents. Virology is often considered a part of microbiology or of pathology. Viruses and viral diseases have been at the centers of science, agriculture, and medicine for millennia and some of our greatest challenges and triumphs have involved virology. Our virology conference is bringing experts from the field of virology for discussion of the latest advances and ideas and to stimulate interdisciplinary interactions. Conference like ours will help to speed up of the development of effective therapies for viral disorders.
- Anti-viral agents
- Viral Biochemistry
- General Virology
- Veterinary Virology
- Clinical & Diagnostic Virology
- Antiviral Vaccines
- Diagnostic Virology
- Agriculture & Plant Virology
- Viral Immunology
- Viral Epidemiology
Top Societies and Association around the World
- Center for Emerging Viral Infections Research
- Hunter Medical Research Institute
- Center for Global Research and Intervention in Infectious Diseases
- Infectious and Immunologic Diseases Research Center
- Global virus network
- HIV Medicine Association
- International AIDS Society
- Canadian Society for International Health
- Research Scholars
- Associate Professors
- M.Sc Students
- Pharmaceutical Industries
- Healthcare Industries
- Directors of Associations and Societies
Figure 1: Target Audience
Companies Associated with Virology
Figure 2: Companies
Research Institutes and Labs Associated with Virology
Figure 3: Research institutes and labs Associated with Virology
Statistics of Scientists working on Virology:
Figure 4: No. of Scientists working on virology.