Infectious Diseases and Immunology
Infectious diseases are caused by pathogens, including viruses and bacteria. Researchers aim to understand the interactions between these microorganisms and immune cells in order to develop vaccines and therapies against infectious diseases.
Below is a collection of scientific resources for your infectious disease research.
Featured
The Immune Response to HIV Poster
Nina Bhardwaj, Florian Hladik and Susan Moir. This Poster summarizes how HIV establishes infection at mucosal surfaces, the ensuing immune response to the virus involving DCs, B cells and T cells, and how HIV subverts this response to establish a chronic infection.
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“Bacterial Pathogens†Featuring Drs. Kristin Patrick and Robert WatsonOn this episode of the Immunology Podcast, Drs. Kristin Patrick and Robert Watson from Texas A&M University talk about gasdermin D and cell death in tuberculosis, and how running a lab together helps them prioritize mentorship. -
“The Innate Immune System†Featuring Dr. Miriam MeradOn this episode of the Immunology Podcast, Dr. Miriam Merad from the Icahn School of Medicine at Mount Sinai talks about tissue-resident macrophages in COVID-19 and cancer. -
“Manipulating Stem Cell Fate†Featuring Dr. Shuibing ChenOn this episode of the Stem Cell Podcast, Dr. Shuibing Chen from Weill Cornell Medicine talks about using organoids to study diabetes, Zika, and SARS-CoV-2. -
“Viral Pathogens†Featuring Dr. James CroweOn this episode of the Immunology Podcast, Dr. James Crowe talks about his team's work on the first known case of COVID-19 in the USA, the versatility of monoclonal antibodies for disease prevention and treatment, and preparing for the next pandemic. -
“Trained Immunity†Featuring Dr. Mihai NeteaOn this episode of the Immunology Podcast, Dr. Mihai Netea discusses the mechanisms of trained immunity. -
“Viruses and Glycoproteins†Featuring Dr. Florian KrammerOn this episode of the Immunology Podcast, Dr. Florian Krammer talks about his COVID-19 research and strategies for vaccine development. -
Streamline Your Tissue Processing Using the Automated STEMprep™ Tissue DissociatorEffective tissue preparation is essential for accurate analysis of cellular interactions and gene expression. Achieving the optimal balance of enzymatic and mechanical dissociation can be complex and time-consuming. <br><br>Watch this on-demand webinar—originally presented as a workshop at AAI 2025—to learn how the STEMprep™ Tissue Dissociator can efficiently generate viable single-cell suspensions from tissue samples, helping to streamline tissue processing and enhance the efficiency of your biological research. -
“Dendritic Cells and the Immune System†Featuring Dr. Caetano Reis e SousaOn this episode of the Immunology Podcast, Dr. Caetano Reis e Sousa talks about the mechanisms of dendritic cell cross-presentation, RNA interference, and dendritic cell progenitors in influenza. -
Transform Intracellular Delivery Using the CellPore™ Transfection SystemIntracellular delivery of molecules is a key step in biological research, but traditional transfection methods are often limited in their ability to efficiently deliver macromolecules across diverse cell types without altering cell phenotype and function. <br><br>Watch this on-demand webinar—originally presented as a workshop at AAI 2025—to learn how the CellPore™ Transfection System addresses these limitations by using mechanoporation to create transient membrane pores, enabling direct cytosolic delivery with high efficiency and cell viability.
