Aims and Scope
Virology: Research & Reviews is an authoritative platform dedicated to exploring the intricate world of viruses and their profound influence on diverse aspects of life. Our journal aims to foster a deeper understanding of virology through cutting-edge research, insightful reviews, and thought-provoking discussions, paving the way for advancements in both scientific knowledge and practical applications.
Our Aim: At Virology: Research & Reviews, our primary aim is to serve as a catalyst for virological exploration and innovation. We are committed to providing a platform for researchers, scientists, and practitioners to share their expertise, collaborate, and contribute to the dynamic landscape of virology. By fostering a multidisciplinary dialogue, we strive to uncover the secrets of viruses and harness this knowledge for the betterment of human health and environmental well-being.
Scope of Coverage Our journal spans a wide spectrum of topics within the realm of virology, including but not limited to:
Viral Genomics and Evolution: Unveiling the genetic diversity and evolutionary patterns of viruses across different ecosystems.
Immunology and Host-Virus Interactions: Investigating the complex dynamics between viruses and the immune system, shedding light on disease progression and immunity.
Viral Pathogenesis and Disease Mechanisms: Delving into the molecular mechanisms underlying viral infections and the resulting impact on cellular processes.
Antiviral Strategies and Therapeutics: Exploring novel approaches to combat viral infections, including drug development and innovative therapies.
Emerging Viral Threats and Preparedness: Anticipating and addressing the challenges posed by emerging and re-emerging viral diseases.
Environmental Virology: Investigating the role of viruses in ecological systems and their impact on nutrient cycling and microbial communities.
Collaboration, Discovery, Innovation Virology: Research & Reviews is more than a journal; it's a platform for collaboration, discovery, and innovation. We invite researchers, scientists, and enthusiasts to engage in meaningful discourse, share groundbreaking research, and shape the ongoing narrative of virology. Through rigorous scientific inquiry and collaborative effort, we seek to expand the boundaries of knowledge and drive positive change.
Join the Virological Odyssey Join us on an exciting journey into the depths of virology. Whether you're a dedicated virologist, a healthcare professional, or an avid learner intrigued by the mysteries of viruses, Virology: Research & Reviews invites you to explore, contribute, and be a part of the transformative journey that defines our understanding of these microscopic marvels.
Together, let's embark on the virological odyssey, where inquiry meets insight and discovery knows no bounds.
The Virology: Research & Reviews stands as a vanguard of scholarly discourse, dedicated to illuminating the intricacies of virology research. Our journal is committed to publishing research that expands the boundaries of knowledge. The scope of our journal encompasses a vast spectrum of topics that collectively converge to drive advancements in virology.We extend an open invitation to researchers across the globe to contribute to our journal, fostering a collaborative spirit that transcends disciplinary boundaries. Some of the subject areas that the journal focuses on include: Our journal welcomes contributions that span a diverse range of areas:
Innate immunity |
Infection |
Pharmacokinetics |
Adaptive immunity |
Transmission |
Pharmacodynamics |
Viral mutation |
Replication |
Therapeutic index |
Antigenic variation |
Host |
Combination therapy |
Immune escape |
Immune response |
Drug discovery |
Cross-reactivity |
Vaccine |
Drug development |
Hemagglutination |
Antiviral |
Drug target |
ELISPOT |
Outbreak |
Drug resistance |
Hybridoma |
Pandemic |
Entry inhibitors |
Interferon |
Zoonotic |
Protease inhibitors |
Cytokine |
Genetic diversity |
Polymerase inhibitors |
Immune checkpoint |
Genome |
Reverse transcriptase inhibitors |
T cell |
RNA virus |
Neuraminidase inhibitors |
B cell |
DNA virus |
Fusion inhibitors |
Viral vector vaccines |
Viral load |
Integrase inhibitors |
mRNA vaccines |
Virulence |
Viral load testing |
Subunit vaccines |
Viral entry |
Diagnostic assays |
Live attenuated vaccines |
Entry receptor |
Molecular diagnostics |
Inactivated vaccines |
Reverse transcription |
NAATs |
Passive immunity |
Retrovirus |
Serological assays |
Titer |
Provirus |
RT-PCR |
RNA interference |
Latency |
Real-time PCR |
Viral persistence |
Latent infection |
NGS |
Herd immunity |
Lytic infection |
Viral genotyping |
Immune suppression |
Attachment |
Viral subtyping |
Immune deficiency |
Fusion |
Recombinant vaccines |
Emerging viruses |
Capsid |
Vector-borne diseases |
Emerging infections |
Envelope |
Viral |
Animal reservoir |
Non-enveloped virus |
Microbiology |
Molecular epidemiology |
Assembly |
Acute infection |
Contact tracing |
Budding Release |
Chronic infection |
Viral evolution |
Immune evasion |
Superinfection |
Phylogenetics |
Viral replication cycle |
Co-infection |
Genetic drift |
Viral life cycle |
Coinfection |
Genetic shift |
Oncogenic virus |
Pathogenesis |
Recombination |
Tumor virus |
Cytotoxicity |
Antiviral resistance |
DNA polymerase |
Apoptosis |
Cross-species transmission |
RNA polymerase |
Viral tropism |
Aerosol transmission |
Polymerase chain reaction |
Viral latency |
Fomite transmission |
Nucleocapsid |
Persistent infection |
Horizontal transmission |
Spike protein |
Abortive infection |
Vertical transmission |
Receptor binding domain |
Abortive cycle |
Resistance testing |
Phage therapy |
Antiviral drugs |
Virotherapy |
Adaptive immunity |
Sleeping sickness |
Viral vector |
Arboviruses |
Rickettsia |
Gene therapy |
Vector control |
Typhus |
Antigen |
Aedes mosquito |
Borrelia |
Antibody |
West Nile virus |
Lyme disease |
Serology |
Dengue virus |
Virology |
ELISA |
Zika virus |
Pathogen |
Immunoglobulin |
Chikungunya virus |
Viral entry inhibitors |
Neutralization |
Malaria |
Herpesvirus |
Immune memory |
Plasmodium |
Influenza virus |
Innate immunity |
Tsetse fly |
HIV |
Paramyxovirus |
Flavivirus |
Hepatitis virus |
Picornavirus |
Bacteriophage |
Rotavirus |
Togavirus |
Vaccinia virus |
Papillomavirus |