Funding

Previous Grants

20 Previous Grants:
PI SF Funding Agency Title Project Topic Details
John V. Frangioni    Kemp Fund Paul D. and Lovie S. Kemp Career Development Fund for Prostate Cancer Tumor and Disease Targeted Agents  Contrast Agent Chemistry  Details
John V. Frangioni    CIMIT Functional Inoperative Imaging FLARE™ and NIR Imaging Systems  Imaging System Engineering  Details
John V. Frangioni    CIMIT Improved Deep-Tissue Sensitivity for Intraoperative NIR Fluorescence Imaging FLARE™ and NIR Imaging Systems  Imaging System Engineering  Details
John V. Frangioni    HHMI Postdoctoral Research Fellowship for Physicians FLARE™ and NIR Contrast Agents  Targeting Ligand Development  Details
John V. Frangioni    AACR Sub-Nuclear Targeting and Functioning of CAMP-Regulated Histone Acetyltransferase Cell Biology and Subcellular Localization  Tumor Biology and Cytotherapy  Details
John V. Frangioni    Stewart Trust A Molecular Diversity Approach to Cancer Detection Tumor and Disease Targeted Agents  Targeting Ligand Development  Details
John V. Frangioni    NCI Low-Molecular Weight Ligands for Prostate Cancer Tumor and Disease Targeted Agents  Targeting Ligand Development  Details
John V. Frangioni    DDCF Low-Molecular Weight Ligands for Bladder Cancer Phage Display and Protein Expression  Targeting Ligand Development  Details
John V. Frangioni    NCI Molecular Imaging of Advanced Bladder Cancer Tumor and Disease Targeted Agents  Targeting Ligand Development  Details
John V. Frangioni    DOE Near-Infrared Fluorescent Ligands for Bladder Cancer FLARE™ and NIR Imaging Systems  Imaging System Engineering  Details
John V. Frangioni    NIBIB Near Infrared Quantum Dots for In Vivo Imaging Nanoparticles and Polymers  Contrast Agent Chemistry  Details
John V. Frangioni    NCI Improved Optical Sub-System for In Vivo Cancer Imaging FLARE™ and NIR Imaging Systems  Imaging System Engineering  Details
John V. Frangioni    NHLBI Optical & MRI of Stem Cells in Diseased Hearts MRI Agents and Technology, FLARE™ and NIR Contrast Agents  Physiology and ADME-Tox  Details
John V. Frangioni    GE GE Industrial Support/ NIR Fluorescence FLARE™ and NIR Imaging Systems  Imaging System Engineering  Details
John V. Frangioni    CIMIT Artificial Proton/New Concept MRI Agents and Technology  Contrast Agent Chemistry  Details
John V. Frangioni    CIMIT Artificial Proton/Application Development MRI Agents and Technology  Contrast Agent Chemistry  Details
John V. Frangioni  LSAIF  NCRR FLEX™ microPET/SPECT/CT to Support Cancer Research at Harvard Medical School Animal Model Systems, Tumor and Disease Targeted Agents, BioD/PK/Clearance, Radiotracer Development  Small Animal Imaging  Details
John V. Frangioni    MTTC A Handheld NIR Fluorescence Imaging System for Surgery and Beyond FLARE™ and NIR Imaging Systems  Imaging System Engineering  Details
John V. Frangioni    GE Optimization of Intraoperative Imaging Applications FLARE™ and NIR Contrast Agents  Contrast Agent Chemistry  Details
John V. Frangioni    GE GE Nerve Contrast Agent Development Normal Tissue/Organ Targeted Agents, FLARE™ and NIR Contrast Agents  Targeting Ligand Development, Contrast Agent Chemistry  Details
Grant Number:Kemp-1
Start Year:1999
End Year:2001
Total Costs:$0.00
Agency Type:Private
Description:This career development award in prostate cancer research funded the startup package of the Frangioni Laboratory in 1999
Grant Number:ResAw-1
Start Year:2002
End Year:2003
Total Costs:$83,214.00
Agency Type:Foundation
Description:This research award from CIMIT permitted initial prototyping of the FLARE™ NIR fluorescence-guided surgical imaging system.
Grant Number:ResGrt-1
Start Year:2005
End Year:2006
Total Costs:$350,000.00
Agency Type:Foundation
Description:This grant from CIMIT permitted initial development of a high power LED light source capable of megahertz modulation frequency.
Grant Number:HHMI PDRF
Start Year:1998
End Year:2001
Total Costs:$234,000.00
Agency Type:Private
Description:This post-doctoral fellowship for physicians focused on the development of novel agents for molecular imaging, including the first near-infrared fluorescent bisphosphonate derivatives for imaging osteoblastic activity.
Grant Number:AACR PDF
Start Year:1998
End Year:1999
Total Costs:$30,000.00
Agency Type:Professional Association
Description:This AACR-Sidney Kimmel Foundation Fellowship in Basic Research was to be focused on the study of cAMP-dependent transcriptional activators but had to be returned due to potential overlap with other funding.
Grant Number:EG-1
Start Year:2001
End Year:2002
Total Costs:$30,000.00
Agency Type:Non-profit Organization
Description:This equipment grant permitted purchase of key chromatography and other instruments for molecular imaging research.
Grant Number:R21/R33-CA-088245
Start Year:2000
End Year:2004
Total Costs:$1,808,911.00
Agency Type:Government
Description:This grant focused on the development of high affinity peptidomimetic small molecules specific for prostate-specific membrane antigen, and their labeling using radioisotopes and near-infrared fluorophores.
Grant Number:CSDA
Start Year:2000
End Year:2005
Total Costs:$543,301.00
Agency Type:Foundation
Description:This grant focused on the use of peptide phage display to discover novel ligands specific for human bladder cancer.
Grant Number:R21-CA-088870
Start Year:2000
End Year:2002
Total Costs:$340,000.00
Agency Type:Government
Description:This grant focused on the radiolabeling and near-infrared fluorescent labeling of phage display-derived peptides specific for bladder cancer.
Grant Number:DE-FG02-01ER63188
Start Year:2001
End Year:2004
Total Costs:$1,112,724.00
Agency Type:Government
Description:This grant funded the initial development of the FLARE™ and mini-FLARE™ image-guided surgery systems in the context of urological cancers.
Grant Number:R21/R33-EB-000673
Start Year:2002
End Year:2007
Total Costs:$2,757,857.00
Agency Type:Government
Description:This grant represented a major collaboration with Professor Moungi G. Bawendi at the Massachusetts Institute of Technology and was focused on synthesizing novel classes of quantum dots and understanding their interaction with the body.
Grant Number:R21-CA-110185
Start Year:2004
End Year:2006
Total Costs:$431,322.00
Agency Type:Government
Description:This grant was a collaboration with GE Global Research and focused on improving the engineering of key sub-systems required by near-infrared fluorescent image-guided surgery systems.
Grant Number:R01-HL-078691
Start Year:2004
End Year:2008
Total Costs:$1,000,000.00
Agency Type:Government
Description:This was a sub-contract on an R01 from Roger Hajjar at Massachusetts General Hospital and then Mount Sinai Medical School, which was focused on the development of near-infrared and MRI methods for tracking stem cells in vivo.
Grant Number:IGS-1
Start Year:2003
End Year:2006
Total Costs:$278,775.00
Agency Type:Industry
Description:This grant was an academic-industrial collaboration with GE Global Research to explore the use of near-infrared fluorescence in image-guided surgery.
Grant Number:NC-1
Start Year:2005
End Year:2005
Total Costs:$26,322.00
Agency Type:Foundation
Description:This grant explored the use of tunable micro-resonators as a new potential source of contrast for MRI.
Grant Number:AD-1
Start Year:2006
End Year:2006
Total Costs:$342,660.00
Agency Type:Foundation
Description:This grant continued our exploration of tunable RF micro-resonators as a novel contrast source for in vivo MRI.
Grant Number:S10-RR-023010
Start Year:2006
End Year:2008
Total Costs:$938,175.00
Agency Type:Government
Description:This high-end instrumentation grant from the NIH (National Center for Research Resources) purchased the PET/CT and SPECT/CT instrumentation for the Longwood SAIF
Grant Number:POP-1
Start Year:2007
End Year:2008
Total Costs:$39,951.00
Agency Type:Government
Description:This grant from the Massachusetts Technology Transfer Council permitted initial productization of the mini-FLARE™ imaging system, which was then deployed in four countries for clinical testing.
Grant Number:IOGNG1
Start Year:2007
End Year:2008
Total Costs:$150,000.00
Agency Type:Industry
Description:This grant was an academic-industrial collaboration with GE Global Research to develop the next generation of contrast agents for image-guided surgery.
Grant Number:NSCAIGS-1
Start Year:2006
End Year:2010
Total Costs:$424,040.00
Agency Type:Industry
Description:This academic-industrial collaboration focused on the development of fluorescent, nerve-specific contrast agents.