Bioenergetics is a critical driver of immune cell function
Discover insights into immune cell processes including activation, proliferation and memory development through functional real-time metabolic measurements
Pathogens commonly target host cellular metabolic pathways to establish optimal conditions for infection. The host response may include large-scale alterations in cellular metabolism, including hijacking central carbon metabolic pathways and changing mitochondrial function. A cascade of signaling networks and checkpoints also trigger the innate immune response for combating infection.
Therapeutic intervention requires an understanding of the upstream drivers and a systems-level view of host cellular response
Agilent Seahorse XF technology provides functional kinetic metabolic measurements of the host-pathogen response for a more direct measure of cellular processes as they happen, in real time. XF measurements provide a comprehensive, systems-level view of the host-pathogen response, revealing insights into pathways and targets for therapeutic intervention.
For Research Use Only. Not for use in diagnostic procedures.
In this webinar, Dr. Heather Smallwood discusses host metabolic reprogramming by respiratory viruses, and how targeting the host for may be one way to circumvent common issues with vaccine and therapeutic development.
In this webinar, Dr. Peter Mullen discusses his research using Agilent Seahorse XF technology to reveal host response, mechanisms of viral invasion, and into potential therapeutic targets.
Discover host-pathogen effects of respiratory syncytial virus infection and therapeutic modulation of host central carbon metabolic pathways
Learn how Agilent Seahorse XF measurements reveal deeper insights into how regulating CD8+ T cells protects against influenza virus infection
Explore how the Agilent Seahorse Real-Time ATP Rate Assay reveals insights into host macrophage response to norovirus infection
Discover insights into immune cell processes including activation, proliferation and memory development through functional real-time metabolic measurements