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Tumor Immunology

$46,786P30FY2015CANIH

University Of California Los Angeles, Los Angeles CA

Investigators

Linked publications, trials & patents

Trial NCT07339085Trial NCT07276438Trial NCT07242365Trial NCT06650163Trial NCT06568016Trial NCT06113016Trial NCT05595499Trial NCT04205838Trial NCT04201873Trial NCT04185311Trial NCT04119024Trial NCT04106362Trial NCT04069923Trial NCT04069910Trial NCT04050215Trial NCT04007029Trial NCT03996850Trial NCT03970252Trial NCT03953157Trial NCT03904251Trial NCT03902951Trial NCT03892720Trial NCT03830918Trial NCT03825796Trial NCT03745690Trial NCT03732950Trial NCT03732352Trial NCT03672773Trial NCT03623854Trial NCT03618134Trial NCT03603223Trial NCT03601455Trial NCT03596710Trial NCT03582774Trial NCT03582475Trial NCT03541850Trial NCT03515577Trial NCT03506802Trial NCT03425461Trial NCT03411070Trial NCT03368547Trial NCT03319342Trial NCT03240861Trial NCT03202472Trial NCT03128619Trial NCT03025139Trial NCT03014804Trial NCT02940262Trial NCT02928510Trial NCT02925351Trial NCT02919332Trial NCT02902757Trial NCT02888301Trial NCT02881242Trial NCT02880020Trial NCT02879994Trial NCT02830165Trial NCT02816879Trial NCT02775292Trial NCT02756130Trial NCT02701153Trial NCT02688348Trial NCT02683200Trial NCT02672033Trial NCT02597894Trial NCT02575027Trial NCT02451865Trial NCT02336763Trial NCT02310594Trial NCT02296229Trial NCT02280161Trial NCT02263898Trial NCT02176902Trial NCT02070406Trial NCT02049593Trial NCT02048020Trial NCT02015559Trial NCT01912820Trial NCT01013285Trial NCT01005472Trial NCT00999557Trial NCT00998010Trial NCT00985192Trial NCT00955591Trial NCT00882765Trial NCT00880542Trial NCT00769470Trial NCT00706615Trial NCT00685516Trial NCT00616642Trial NCT00612066Trial NCT00601289Trial NCT00601094Trial NCT00521209Trial NCT00509431Trial NCT00471887Trial NCT00450567Trial NCT00444223Trial NCT00352001Trial NCT00349167

Abstract

The Tumor Immunology (Tl) Program Area brings basic and translational scientists together into an environment that has spawned novel, investigator-initiated immunotherapy clinical trials for melanoma, brain cancers, lymphomas, lung cancer and renal cell carcinoma, among others. The main goals of the Program Area are: 1) to provide an optimal interactive environment to enhance the understanding of tumor immunology, and 2) to develop novel immune-based clinical therapies for patients with cancer. Established intra- and inter-programmatic research areas include: 1) T cell receptor engineering for adoptive cell transfer therapy; 2) new platforms for immune monitoring of T cell responses to cancer; 3) non-invasive in vivo imaging of tumor antigen-specific T cells; 4) immunotherapy for brain cancers; 5) the relationship between inflammation and cancer; and 6) the use of antibody fusion proteins, immune-modulating antibodies and chemokines for cancer therapy. The Tl Program Area also houses research efforts both on gene therapy approaches to cancer treatment and on viral oncogenesis, including studies of HIV/AIDS. The Tl Program Area uses nearly all of the JCCC-supported infrastructure and shared resources. The Flow Cytometry Shared Resource is a key facility required for most (if not all) research projects within the Program Area. The Small Animal Imaging Shared Resource has made possible the pursuit of successful projects in T cell imaging, projects that are now being brought from preclinical models to patients. The JCCC/Human Gene Medicine Program Good Manufacturing Practices (GMP) suite has provided the required physical infrastructure for investigators in the Tl Program Area to manufacture cell and gene therapy products in-house, meeting all of the local, state and federal regulatory requirements for human administration. The Tl Program Area is comprised of 37 members, including six

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