Jefferson Innovation Partners
Contact
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Philadelphia, PA 19107
Available Drug Discoveries
| Case Number | Title Non-Confidential Summary | Issued Patent |
Lead Inventor's Info |
|---|---|---|---|
| BAS_REN.005 | Cell Lines which Constitutively Express IGF-1 and IGF-1 R | ||
| BEN_JEF.003 | Compositions And Methods For Modulating The Activity Of G Protein-Kinases | US Patent No. 6,255,069 | |
| CHA_TUN.004 | Kinase Assay that can Detect ATP Hyperphosphorylation NCS for CHA_TUN 004 |
||
| CRO_CAR.002 |
Compositions, Kits and Methods Relating to the Human FEZ1 Gene, a Novel Tumor Suppressor Gene NCS for Croce tumor suppressor techs (CRO_CAR.002,004,005,016) |
US Patent No. 7,141,417 US Patent No. 7,777,005 |
|
| CRO_CAR.004 |
The Human FHIT Gene NCS for Croce tumor suppressor techs (CRO 2,4,5,16) |
US Patent No. 7,220,834 US Patent No. 6,774,217 US Patent No. 6,242,212 US Patent No. 5,928,884 |
|
| CRO_CAR.009 |
TCL-1 Gene And Protein And Related Methods And Compositions NCS for Croce TCL-1 techs (CRO_CAR.009, 015) |
US Patent No. 5,985,598 US Patent No. 7,175,995 US Patent No. 7,749,715 |
|
| CRO_CAR.015 |
Human Chronic Lymphocytic Leukemia Modeled in Mouse by Targeted TCL1 Expression NCS for Croce TCL-1 techs (CRO_CAR.009,015) |
US Patent No. 7,728,189 US Patent No. 8,168,854 |
|
| CRO_CAR.016 |
Novel Tumor Suppressor Gene and Compositions and Methods for Making and Using the Same NCS for Croce tumor suppressor techs (CRO 2,4,5,16) |
||
| CRO_CAR.017 |
Role of microRNA Genes In Human Cancer NCS for Croce miRNA techs (CRO 17, 25) |
US Patent No. 7,723,035 US Patent App 12/319,331 US Patent App 12/727,778 |
|
| CRO_CAR.019 | Involvement Of The ALL-1 Gene In A Solid Tumor1 | US Patent No. 5,567,586 | |
| CRO_CAR.025 |
microRNA genes in cancer diagnosis and treatment NCS for Croce miRNA techs (CRO 17, 25) |
US Patent No. 7,723,030 US Patent App 12/751,463 US Patent App 12/767,279 |
|
| HOU_YAM.005 | Apoptosis of Cardiomyocytes | Link | |
| HOU_YAM.006 | Antibiotics Targeting a Growth-Dependent Bacterial Enzyme | Link | |
| IAC_LOR.001 |
A Human Model System For In Vitro Development Of The Dopaminergic Phenotype NCS for IAC_LOR.001 |
US Patent No. 7,195,910 |