Inflammatory and Autoimmune Diseases
Inflammatory and autoimmune diseases are often caused by genetic and environmental factors that give rise to aberrant immune responses. Controlling host immune responses without eliminating the ability to control infections is crucial to managing these diseases.
Below is a collection of scientific resources for your inflammatory and autoimmune disease research.
Featured
Frequencies of Cell Types in Human Peripheral Blood
This wallchart provides a list of the frequencies of cell types in human peripheral blood, as well as the column-free cell isolation kits available for each cell type.
Get Your Free Copy >-
“Autoimmunity and Cancer Immunotherapy” Featuring Dr. Vijay KuchrooOn this episode of the Immunology Podcast, Dr. Vijay Kuchroo talks about the conditions necessary to differentiate Th17 cells and their role in autoimmunity. -
“Structural and Mechanistic Immunology” Featuring Dr. Hao WuOn this episode of the Immunology Podcast, Dr. Hao Wu from Harvard Medical School talks about cryo-electron microscopy to study supramolecular complexes in innate immunity. -
“Inflammatory Bowel Disease” Featuring Dr. Karen EdelblumOn this episode of the Immunology Podcast, Dr. Karen Edelblum from Rutgers New Jersey Medical School discusses γδ T cells and immune-epithelial cross-talk in inflammatory bowel disease. -
"Innate Immune Receptors" Featuring Dr. Jenny TingOn this episode of the Immunology Podcast, Dr. Jenny Ting discusses her research on oxidative phosphorylation in HIV, the role of AIM2 in autoimmunity, and microbes that can protect from radiation. -
“Tuning the Immune Response” Featuring Dr. Anil BhushanOn this episode of the Immunology Podcast, Dr. Anil Bhushan talks about how the immune system senses and tunes its response to senescent cells in disease and aging. -
“Autoimmune Disease” Featuring Dr. Jennifer GommermanOn this episode of the Immunology Podcast, Dr. Jennifer Gommerman talks about the role of gut-derived plasma cells in multiple sclerosis, and how salivary immunoglobulin A can protect against breakthrough COVID-19 infections. -
“The Power of Cell Therapy” Featuring Dr. Jeffrey BluestoneOn this episode of the Immunology Podcast, Dr. Jeffrey Bluestone talks about leveraging the properties of regulatory T cells to create living cell therapies that prevent or slow autoimmune disease progression. -
“Exploring Regulatory T Cells” Featuring Dr. Michael RosenblumOn this episode of the Immunology Podcast, Dr. Michael Rosenblum talks about regulatory T cells in the skin and how they can be manipulated to fight autoimmune diseases and cancer. -
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. -
“Autoimmune Diseases and B Cell Immunity” Featuring Dr. Mark ShlomchikOn this episode of the Immunology Podcast, Dr. Mark Shlomchik talks about the role of toll-like receptors in lupus and how his autoimmune disease research led to potential cancer therapies. -
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.
