[Jefferson] [Hospital] [Jefferson Pulse] [Employment] [Contact Us] [Search] [News]
 
[Home]
[About Us]
[for Faculty]
[for Industry]
[Staff]
[Helpful Links]


Office of Technology Transfer
and Business Development
1020 Locust Street, Suite M34
Philadelphia, PA 19107
(215) 955-6862
Contact us through e-mail

Specific List For "Diagnostic"

Case Number

Title

Non-Confidential Summary

Issued Patent

Lead Inventor's Website

AKS_EDI.001

Modification of Western Blotting Procedure to Generate a Higher Quantitative Data Output with Reduced Errors

NCS for AKS_EDI.001

       

 

ALN_EMA.023

The ASC Supramolecular Assembly Complex (ASC SMAC), Compositions for Making and Using the Same

NCS for ALN_EMA.023

       

Link

BLO_TIM.014

A Serum Protein Marker for Diagnosing Liver Trauma and Hepatocellular Carcinoma

NCS for BLO_TIM.014 & FEI_MAR.003

       

 

BRO_JON.001

The Specific Level of Expression and Localization of a Key Signaling Protein Can Dictate And Predict The Response Of The Most Commonly Used Chemotherapeutic Used In The Treatment Against Pancreatic Cancer, Ovarian Cancer And Metastatic Breast Cancer

NCS for BRO_JON.001

       

Link

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 2,4,5,16)

       

 

CRO_CAR.004

The Human FHIT Gene

NCS for Croce tumor suppressor techs (CRO 2,4,5,16)

[United States Patent: 7220834]
[United States Patent: 6774217]
[United States Patent: 6242212]
[United States Patent: 5928884]

 

CRO_CAR.009

TCL-1 Gene And Protein And Related Methods And Compositions

NCS for Croce TCL-1 techs (CRO 9,15)

       

 

CRO_CAR.010

Detection of Hematogenous Micrometastasis in Patients With Prostate Cancer

 

[US Patent No. 5,506,106]
[US Patent No. 5,674,682]
[US Patent No. 5,688,649]
[US Patent No. 5,939,258]

 

CRO_CAR.015

Human Chronic Lymphocytic Leukemia Modeled in Mouse by Targeted TCL1 Expression

NCS for Croce TCL-1 techs (CRO 9,15)

       

 

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)

       

 

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)

       

 

DAN_REN.005

Methods to Measure Frequency of Integration in the Vicinity of Active Genes

 

       

Link

DIE_BER.011

In Vitro Potency Test for Rabies Vaccines

 

       

Link

FEL_ART.001

Adenosine A1 Receptor Mutations Predict Infarct Size

NCS for FEL_ART 001, 003

       

Link

KWO_SIM.001

Novel Tumor Suppressor Encoding Nucleic Acid, PTX1, and Methods of Use Thereof

NCS for KWO_SIM.001

[US Patent No. 6,743,603]
     

 

LIS_MIC.002

Role of CAPER in Breast Cancer

NCS for LIS_MIC.002

       

Link

MAH_MYG.001

Anti-Desmoglein 1-B Antibodies

NCS for MAH_MYG.001

       

Link

PES_CES.001

Compositions And Methods For Use In Affecting Hematopoietic Stem Cell Populations In Mammals

 

[US Patent No. 6,586,192]
     

 

SHA_KUM.013

Treatment of kidney disease with the Hormone Adiponectin

NCS for SHA_KUM.013

       

 

SYK_YUR.004

Invention of a Novel Serum Free Media for Cultivation of Hybridoma Cells to Achieve Production of Highly Homogenous Monoclonal Antibodies (MAb) in Preparative Scale

 

       

Link

TEC_UDO.001

An Efficient Distortion Correction Method In EPI

NCS for TEC_UDO 001

       

 

THA_MAT.001

Radiolabeled Vasoactive Intestinal Peptide Analogs for Localizing Tumors

NCS for THA_MAT.001 & 011

[US Patent No. 6,395,255]
[US Patent No. 6,824,759]
   

Link

THA_MAT.002

Lipid soluble radioactive metal chelates for tumor therapy

NCS for THA_MAT.002

[US Patent No. 6,685,913]
     

Link

WIC_ERI.006

Quencher-Free Molecular Beacons

NCS for WIC_ERI 006

       

Link

WON_ALB.005

The Rapid Identification of Alternative Splicing (RIAS) Method

 

       

 

 

 

For further information, please contact Lisa Lau (lisa.lau@jefferson.edu) or Debbie Wang (debbie.wang@jefferson.edu) at 215-955-6862.

Content maintained by Joy Tsai.
Copyright © Thomas Jefferson University. All Rights Reserved.

The Thomas Jefferson University web site, its contents and programs, is provided for informational and educational purposes only and is not intended as medical advice nor is it intended to create any physician-patient relationship. Please remember that this information should not substitute for a visit or a consultation with a health care provider. The views or opinions expressed in the resources provided do not necessarily reflect those of Thomas Jefferson University, Thomas Jefferson University Hospital, or the Jefferson Health System or staff. Please read our Privacy Statement.

Thomas Jefferson University | Jefferson Medical College | Jefferson College of Graduate Studies | Jefferson College of Health ProfessionsJefferson Pulse