Virus and Reservoirs Core
The Virus and Reservoirs Core provides comprehensive Viral and Molecular support to serve the needs of Penn/Wistar/CHOP investigators in the area of basic, translational and clinical HIV research. In addition to an offering of standard services, we are available to develop customized viral and molecular support services as needed in collaboration with CFAR investigators, training for new personnel, and consultation, training, and mentoring as needed.
Virology Support Services include a virus repository stocked with wide range of primary, prototype and mutant virus strains; services for the isolation, phenotyping and genetic analysis of primary viruses from patient-derived tissues; HIV-1 p24 and SIV p27 Gag antigen quantification; an HIV-1 viral load assay suitable for research purposes that detects all virus clades, and a variety of related reagents, services, and consultative support.
Molecular Support Services include support for quantitative realtime PCR with an 7500FAST machine, droplet digital PCR with the RainDrop machine, optimized HIV and cellular primer/probe sets and reagents; support for primer design and analysis of custom targets; target quantification on a customized basis; and related services.
The Core also offers Deep Sequencing Support using the Illumina platform and custom bioinformatics. This technology is suited to analyzing complex populations of HIV genomes or HIV integration sites. This service is offered by Dr. Frederic Bushman and laboratory members. For requests and queries please contact Aoife Doto at firstname.lastname@example.org.
Single Genome Amplification Services include consultation and hands-on training for investigators who are interested in amplifying single templates of their pathogen (e.g., HIV/SIV, HCV, Plasmodium, bacteria) of interest without the risk of PCR artifacts. This service is offered by Dr. Frederic Bibollet-Ruche and Dr. Beatrice Hahn.
Several experimental therapeutic strategies are being designed to reduce the active, functional HIV reservoir to a point where the host immune system may effectively maintain virologic control in the absence of antiretroviral therapy (ART). Progress in this direction is dependent on valid and useful measurements of the persistent HIV reservoir in vivo, it's composition, size, and potential for recrudescence. The core offers several robust and sensitive molecular biology-based assays to measure cellular and tissue HIV reservoirs. These assays are offered to the CFAR investigatorsto support the various HIV cure research initiatives.
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