Scientific sessions

Viral Genomics and Evolutionary Dynamics is the study of the genetic makeup of viruses and how their genomes change over time. It involves analyzing viral DNA or RNA sequences to understand mutation rates, recombination, and selection pressures. This field helps track viral evolution, emergence of new strains, drug resistance, and the spread of infections—crucial for vaccine development and outbreak response.

Relevant Conferences:  Global Virology Summit|Virology Conferences|Virology Symposium | Virology Congress | Virology Conference | Virology Meeting | International Congress on Virology | Virology Symposium |Summit on Virology|Conference on Virology | Conference on Virology and Infectious Diseases | World Congress on Virology | World Congress on Viral Diseases | Virology Event

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Mechanisms of Viral Replication and Assembly refer to how viruses reproduce and form new virus particles inside host cells. After entering a host cell, viruses use the host’s machinery to replicate their genetic material and produce viral proteins. These components are then assembled into new virus particles, which are released to infect other cells. This process varies depending on the type of virus (DNA or RNA) and is key to understanding how infections spread and how antiviral drugs work.

Relevant Conferences:  Global Virology Summit|Virology Conferences|Virology Symposium | Virology Congress | Virology Conference | Virology Meeting | International Congress on Virology | Virology Symposium |Summit on Virology|Conference on Virology | Conference on Virology and Infectious Diseases | World Congress on Virology | World Congress on Viral Diseases | Virology Event

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Virus–Host Cell Interactions and Immune Modulation refer to how viruses attach to, enter, and manipulate host cells to replicate, while also altering or evading the immune system. Viruses use various strategies to avoid detection, suppress immune responses, and enhance their survival. Studying these processes helps in developing effective vaccines and antiviral treatments.

Relevant Conferences:  Global Virology Summit|Virology Conferences|Virology Symposium | Virology Congress | Virology Conference | Virology Meeting | International Congress on Virology | Virology Symposium |Summit on Virology|Conference on Virology | Conference on Virology and Infectious Diseases | World Congress on Virology | World Congress on Viral Diseases | Virology Event

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Structure–Function Relationships in Viral Proteins examine how the shape and structure of viral proteins determine their specific roles in the virus life cycle. These proteins are involved in key processes like host cell entry, replication, and immune evasion. Understanding these relationships helps in identifying drug targets and developing effective vaccines.

Relevant Conferences:  Global Virology Summit|Virology Conferences|Virology Symposium | Virology Congress | Virology Conference | Virology Meeting | International Congress on Virology | Virology Symposium |Summit on Virology|Conference on Virology | Conference on Virology and Infectious Diseases | World Congress on Virology | World Congress on Viral Diseases | Virology Event

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RNA and DNA Viruses: Pathogenic Mechanisms focus on how viruses with RNA or DNA genomes cause disease. These viruses use different strategies to enter host cells, replicate, and disrupt normal cellular functions. Their pathogenic mechanisms can include cell damage, immune evasion, and triggering harmful immune responses. Understanding these differences is key to diagnosing, treating, and preventing viral infections.

Relevant Conferences:  Global Virology Summit|Virology Conferences|Virology Symposium | Virology Congress | Virology Conference | Virology Meeting | International Congress on Virology | Virology Symposium |Summit on Virology|Conference on Virology | Conference on Virology and Infectious Diseases | World Congress on Virology | World Congress on Viral Diseases | Virology Event

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Viral Mutation, Recombination, and Genetic Drift refer to the genetic changes that occur in viruses over time. Mutations are random changes in the viral genome, recombination happens when viruses exchange genetic material, and genetic drift involves gradual changes in a virus population due to these small mutations. These processes drive viral evolution, affecting transmissibility, virulence, and resistance to treatments or vaccines.

Relevant Conferences:  Global Virology Summit|Virology Conferences|Virology Symposium | Virology Congress | Virology Conference | Virology Meeting | International Congress on Virology | Virology Symposium |Summit on Virology|Conference on Virology | Conference on Virology and Infectious Diseases | World Congress on Virology | World Congress on Viral Diseases | Virology Event

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CRISPR and Genetic Engineering in Virology involve using advanced gene-editing tools to study and manipulate viral genomes. CRISPR allows scientists to precisely cut and modify viral DNA or host genes, helping to understand virus behavior, develop antiviral therapies, and create virus-resistant cells. These technologies are powerful tools for vaccine development and studying viral pathogenesis.

Relevant Conferences:  Global Virology Summit|Virology Conferences|Virology Symposium | Virology Congress | Virology Conference | Virology Meeting | International Congress on Virology | Virology Symposium |Summit on Virology|Conference on Virology | Conference on Virology and Infectious Diseases | World Congress on Virology | World Congress on Viral Diseases | Virology Event

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Viral Latency and Reactivation Mechanisms refer to how some viruses enter a dormant state within host cells, avoiding detection by the immune system. During latency, the virus does not replicate actively. However, certain triggers—like stress or immune suppression—can cause reactivation, leading to renewed viral replication and symptoms. This is common in viruses like herpesviruses and HIV, and understanding these mechanisms is key to controlling chronic infections.

Relevant Conferences:  Global Virology Summit|Virology Conferences|Virology Symposium | Virology Congress | Virology Conference | Virology Meeting | International Congress on Virology | Virology Symposium |Summit on Virology|Conference on Virology | Conference on Virology and Infectious Diseases | World Congress on Virology | World Congress on Viral Diseases | Virology Event

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Viral Tropism and Host Range Determinants describe how viruses select specific host cells or species to infect. Viral tropism depends on factors like receptor availability on host cells and the virus’s ability to replicate inside them. Host range determinants influence which organisms a virus can infect, affecting its spread and disease potential. Understanding these helps predict virus transmission and develop targeted treatments.

Relevant Conferences:  Global Virology Summit|Virology Conferences|Virology Symposium | Virology Congress | Virology Conference | Virology Meeting | International Congress on Virology | Virology Symposium |Summit on Virology|Conference on Virology | Conference on Virology and Infectious Diseases | World Congress on Virology | World Congress on Viral Diseases | Virology Event

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Reverse Genetics and Synthetic Virology involve techniques that allow scientists to create or modify viruses from their genetic material in the lab. Reverse genetics helps study how specific genes affect viral function by making targeted changes. Synthetic virology goes further by designing and constructing new or altered viruses, aiding vaccine development, gene therapy, and understanding viral biology.

Relevant Conferences:  Global Virology Summit|Virology Conferences|Virology Symposium | Virology Congress | Virology Conference | Virology Meeting | International Congress on Virology | Virology Symposium |Summit on Virology|Conference on Virology | Conference on Virology and Infectious Diseases | World Congress on Virology | World Congress on Viral Diseases | Virology Event

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Emerging and Re-Emerging Viral Infections refer to viruses that are newly appearing in a population or those that were previously controlled but are now increasing again. Factors like mutations, environmental changes, and human behavior contribute to their spread. Monitoring and studying these infections are vital for preventing outbreaks and protecting public health.

Relevant Conferences:  Global Virology Summit|Virology Conferences|Virology Symposium | Virology Congress | Virology Conference | Virology Meeting | International Congress on Virology | Virology Symposium |Summit on Virology|Conference on Virology | Conference on Virology and Infectious Diseases | World Congress on Virology | World Congress on Viral Diseases | Virology Event

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Advances in Viral Diagnostics and Biomarkers involve new technologies and methods to quickly and accurately detect viral infections. Improved diagnostics use molecular tools, like PCR and next-generation sequencing, to identify viruses and track their spread. Biomarkers help monitor disease progression and treatment response, enhancing patient care and outbreak control.

Relevant Conferences:  Global Virology Summit|Virology Conferences|Virology Symposium | Virology Congress | Virology Conference | Virology Meeting | International Congress on Virology | Virology Symposium |Summit on Virology|Conference on Virology | Conference on Virology and Infectious Diseases | World Congress on Virology | World Congress on Viral Diseases | Virology Event

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COVID-19 and Post-Viral Syndromes focus on the acute infection caused by the SARS-CoV-2 virus and the long-term health effects some people experience after recovery, known as post-viral or “long COVID” syndromes. These can include fatigue, respiratory issues, and neurological symptoms. Understanding these helps improve treatment and support for affected individuals.

Relevant Conferences:  Global Virology Summit|Virology Conferences|Virology Symposium | Virology Congress | Virology Conference | Virology Meeting | International Congress on Virology | Virology Symposium |Summit on Virology|Conference on Virology | Conference on Virology and Infectious Diseases | World Congress on Virology | World Congress on Viral Diseases | Virology Event

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Next-Generation Vaccine Development and Delivery involves creating advanced vaccines using technologies like mRNA, viral vectors, and nanoparticles. These vaccines offer faster production, improved effectiveness, and better safety profiles. Innovations in delivery methods, such as needle-free or oral vaccines, aim to increase accessibility and immune response.

Relevant Conferences:  Global Virology Summit|Virology Conferences|Virology Symposium | Virology Congress | Virology Conference | Virology Meeting | International Congress on Virology | Virology Symposium |Summit on Virology|Conference on Virology | Conference on Virology and Infectious Diseases | World Congress on Virology | World Congress on Viral Diseases | Virology Event

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Antiviral Drugs and Resistance Mechanisms focus on medications that inhibit viral replication to treat infections. However, viruses can develop resistance through mutations that reduce drug effectiveness. Understanding these mechanisms helps in designing better drugs and managing resistant viral strains.

Relevant Conferences:  Global Virology Summit|Virology Conferences|Virology Symposium | Virology Congress | Virology Conference | Virology Meeting | International Congress on Virology | Virology Symposium |Summit on Virology|Conference on Virology | Conference on Virology and Infectious Diseases | World Congress on Virology | World Congress on Viral Diseases | Virology Event

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mRNA, DNA, and Vector-Based Vaccine Platforms are modern vaccine technologies. mRNA vaccines deliver genetic instructions for making viral proteins to trigger immunity. DNA vaccines use DNA to produce similar immune responses. Vector-based vaccines use harmless viruses to carry viral genes into cells. These platforms enable rapid development and strong immune protection.

Relevant Conferences:  Global Virology Summit|Virology Conferences|Virology Symposium | Virology Congress | Virology Conference | Virology Meeting | International Congress on Virology | Virology Symposium |Summit on Virology|Conference on Virology | Conference on Virology and Infectious Diseases | World Congress on Virology | World Congress on Viral Diseases | Virology Event

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Monoclonal Antibodies and Immune-Based Therapies involve using lab-made antibodies or immune-modulating treatments to fight viral infections. Monoclonal antibodies specifically target viral proteins, helping to neutralize the virus. Other immune-based therapies enhance or regulate the body’s immune response. These approaches are effective in treating and preventing severe viral diseases.

Relevant Conferences:  Global Virology Summit|Virology Conferences|Virology Symposium | Virology Congress | Virology Conference | Virology Meeting | International Congress on Virology | Virology Symposium |Summit on Virology|Conference on Virology | Conference on Virology and Infectious Diseases | World Congress on Virology | World Congress on Viral Diseases | Virology Event

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Clinical Trials in Viral Therapeutics and Prevention are research studies that test new treatments, vaccines, or preventive measures against viral infections in humans. These trials assess safety, effectiveness, dosing, and potential side effects. They are essential for developing approved therapies and ensuring public health protection.

Relevant Conferences:  Global Virology Summit|Virology Conferences|Virology Symposium | Virology Congress | Virology Conference | Virology Meeting | International Congress on Virology | Virology Symposium |Summit on Virology|Conference on Virology | Conference on Virology and Infectious Diseases | World Congress on Virology | World Congress on Viral Diseases | Virology Event

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Viral Infections in Immunocompromised Populations refer to how viruses affect individuals with weakened immune systems, such as transplant recipients, cancer patients, or those with HIV. These individuals are more vulnerable to severe infections and complications. Early detection, prevention, and tailored treatments are critical for managing viral diseases in these high-risk groups.

Relevant Conferences:  Global Virology Summit|Virology Conferences|Virology Symposium | Virology Congress | Virology Conference | Virology Meeting | International Congress on Virology | Virology Symposium |Summit on Virology|Conference on Virology | Conference on Virology and Infectious Diseases | World Congress on Virology | World Congress on Viral Diseases | Virology Event

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Translational Virology: Bench to Bedside focuses on turning laboratory research on viruses into real-world medical applications. It bridges basic virology with clinical practice, leading to the development of diagnostics, vaccines, and antiviral therapies. This approach ensures scientific discoveries directly benefit patient care and public health.

Relevant Conferences:  Global Virology Summit|Virology Conferences|Virology Symposium | Virology Congress | Virology Conference | Virology Meeting | International Congress on Virology | Virology Symposium |Summit on Virology|Conference on Virology | Conference on Virology and Infectious Diseases | World Congress on Virology | World Congress on Viral Diseases | Virology Event

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Viral Disease Surveillance and Early Warning Systems involve monitoring and detecting viral outbreaks to respond quickly and prevent widespread transmission. These systems track infection patterns, identify emerging threats, and support public health decisions. Effective surveillance is essential for timely interventions and global health security

Relevant Conferences:  Global Virology Summit|Virology Conferences|Virology Symposium | Virology Congress | Virology Conference | Virology Meeting | International Congress on Virology | Virology Symposium |Summit on Virology|Conference on Virology | Conference on Virology and Infectious Diseases | World Congress on Virology | World Congress on Viral Diseases | Virology Event

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Zoonotic Spillovers and the One Health Approach focus on viruses that jump from animals to humans (zoonotic spillovers), often causing new infectious diseases. The One Health approach integrates human, animal, and environmental health to better predict, prevent, and control these outbreaks by addressing their interconnected causes.

Relevant Conferences:  Global Virology Summit|Virology Conferences|Virology Symposium | Virology Congress | Virology Conference | Virology Meeting | International Congress on Virology | Virology Symposium |Summit on Virology|Conference on Virology | Conference on Virology and Infectious Diseases | World Congress on Virology | World Congress on Viral Diseases | Virology Event

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Pandemic Preparedness and Response Strategies involve planning and actions taken to detect, contain, and manage widespread viral outbreaks. This includes surveillance, rapid diagnostics, vaccine development, healthcare readiness, and public communication. Effective strategies help minimize the impact of pandemics on health, economies, and societies.

Relevant Conferences:  Global Virology Summit|Virology Conferences|Virology Symposium | Virology Congress | Virology Conference | Virology Meeting | International Congress on Virology | Virology Symposium |Summit on Virology|Conference on Virology | Conference on Virology and Infectious Diseases | World Congress on Virology | World Congress on Viral Diseases | Virology Event

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Climate Change and Vector-Borne Viral Diseases explores how rising temperatures and environmental shifts affect the spread of viruses transmitted by vectors like mosquitoes and ticks. Warmer climates expand vector habitats, increasing the risk of diseases such as dengue, Zika, and chikungunya. Addressing these changes is vital for global health and disease prevention.

Relevant Conferences:  Global Virology Summit|Virology Conferences|Virology Symposium | Virology Congress | Virology Conference | Virology Meeting | International Congress on Virology | Virology Symposium |Summit on Virology|Conference on Virology | Conference on Virology and Infectious Diseases | World Congress on Virology | World Congress on Viral Diseases | Virology Event

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Public Health Communication and Misinformation in Viral Outbreaks focuses on how accurate, timely information helps control the spread of disease, while misinformation can hinder public response. Effective communication builds trust, encourages preventive behaviors, and combats myths. Managing misinformation is crucial for successful outbreak response and public cooperation.

Relevant Conferences:  Global Virology Summit|Virology Conferences|Virology Symposium | Virology Congress | Virology Conference | Virology Meeting | International Congress on Virology | Virology Symposium |Summit on Virology|Conference on Virology | Conference on Virology and Infectious Diseases | World Congress on Virology | World Congress on Viral Diseases | Virology Event

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AI and Machine Learning in Virology and Epidemiology use advanced algorithms to analyze large data sets for predicting viral outbreaks, tracking virus evolution, and improving diagnostics. These technologies help accelerate research, enhance disease surveillance, and optimize public health responses.

Relevant Conferences:  Global Virology Summit|Virology Conferences|Virology Symposium | Virology Congress | Virology Conference | Virology Meeting | International Congress on Virology | Virology Symposium |Summit on Virology|Conference on Virology | Conference on Virology and Infectious Diseases | World Congress on Virology | World Congress on Viral Diseases | Virology Event

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Viromics and Metagenomic Insights into the Virosphere involve studying the vast diversity of viruses in various environments by analyzing genetic material directly from samples. This approach uncovers unknown viruses, their roles in ecosystems, and their interactions with hosts, expanding our understanding of viral ecology and evolution.

Relevant Conferences:  Global Virology Summit|Virology Conferences|Virology Symposium | Virology Congress | Virology Conference | Virology Meeting | International Congress on Virology | Virology Symposium |Summit on Virology|Conference on Virology | Conference on Virology and Infectious Diseases | World Congress on Virology | World Congress on Viral Diseases | Virology Event

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Nanotechnology and Biosensors in Viral Detection use tiny materials and sensitive devices to quickly and accurately identify viruses. These advanced tools improve diagnostic speed, sensitivity, and portability, enabling early detection and better outbreak management. They are vital for rapid, point-of-care testing.

Relevant Conferences:  Global Virology Summit|Virology Conferences|Virology Symposium | Virology Congress | Virology Conference | Virology Meeting | International Congress on Virology | Virology Symposium |Summit on Virology|Conference on Virology | Conference on Virology and Infectious Diseases | World Congress on Virology | World Congress on Viral Diseases | Virology Event

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Oncolytic Viruses and Viral Vectors in Cancer Therapy use engineered viruses to target and kill cancer cells or deliver therapeutic genes. Oncolytic viruses selectively infect tumors, while viral vectors carry cancer-fighting genes to improve treatment. These innovative approaches offer promising options for cancer therapy.

Relevant Conferences:  Global Virology Summit|Virology Conferences|Virology Symposium | Virology Congress | Virology Conference | Virology Meeting | International Congress on Virology | Virology Symposium |Summit on Virology|Conference on Virology | Conference on Virology and Infectious Diseases | World Congress on Virology | World Congress on Viral Diseases | Virology Event

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Industry Collaboration and Biotech Innovation in Virology involve partnerships between academic researchers, pharmaceutical companies, and biotech firms to develop new antiviral drugs, vaccines, and diagnostic tools. These collaborations accelerate innovation, improve technology transfer, and enhance the ability to respond to viral threats effectively.

Relevant Conferences:  Global Virology Summit|Virology Conferences|Virology Symposium | Virology Congress | Virology Conference | Virology Meeting | International Congress on Virology | Virology Symposium |Summit on Virology|Conference on Virology | Conference on Virology and Infectious Diseases | World Congress on Virology | World Congress on Viral Diseases | Virology Event

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