University of Kansas(x)
The University of Kansas (KU) encourages an environment that sparks intellectual energy and embraces the pursuit of knowledge. As the state’s flagship institution, KU has forged a tradition of excellence in its mission to serve as a center for learning, scholarship, and creative endeavor. Research and Technology Transfer play integral roles in that mission.
The Office of Technology Transfer & Intellectual Property (OTTIP) facilitates the transfer of technology by assisting KU researchers with intellectual property protection and commercialization, maintaining entrepreneurial and industry resources, and summarizing technology transfer activity for statistical and outreach purposes.
It is important to KU and its research enterprise to partner with business and industry. Collaborating on sponsored projects and transferring technology for public use are part of the University’s goal of being a leader in addressing the issues and challenges facing the state of Kansas and beyond. KU OTTIP staff work closely with KU researchers and area economic development organizations to forge and manage productive relationships with industry.
posted by University of Kansas
on 11/02/2006
in Therapeutic, Chemicals, Biomedical, Drug Delivery
Using prodrugs to lower pain and harmful side effects for drugs with poor water soluability.
posted by University of Kansas
on 08/15/2006
in Chemicals, Biomedical, Drug Discovery, Drug Screening, Genomics/Genetics
The invention described here is a novel reporter gene (plasmid) that is transactivated by the pregnane X receptor (PXR) transcription factor in the presence of PXR activators.
posted by University of Kansas
on 08/15/2006
in Animal/Veterinary, Drug Discovery, Genomics/Genetics
Use of embryonic stem cells to delete the gene encoding the follicle stimulating hormone beta subunit gene
posted by University of Kansas
on 08/15/2006
in Process/Procedure, Biomedical, Genomics/Genetics, Proteomics
Fractionation of Chromosomes Using an Affinity-Based Magnetic Bead Separation
posted by University of Kansas
on 08/15/2006
in Devices, Electrical, Materials
Alkaline-doped superconductors of the formula X M.sub.2 Ca.sub.2 Cu.sub.3 O.sub.8+.alpha. are provided where X is selected from the group consisting of TI, Pb, Mo,Hg and mixtures thereof, M is sele...
posted by University of Kansas
on 08/15/2006
in Bioinformatics, Process/Procedure, Drug Screening, Proteomics
An in vitro protein folding system for preventing large scale protein misfolding and aggregation and for concentrating aggregation prone in a stable non-aggregation form.
Field of application avai...
posted by University of Kansas
on 06/08/2006
in Biomedical
“The mouse model developed here was created from intercrossing CasR- and Gcm2-deficient mice in order to understand the role of the calcium-sensing receptor (CasR) in the skeleton. The role ...
posted by University of Kansas
on 06/08/2006
in Animal/Veterinary, Drug Discovery
A method has been developed for rat models which have been treated simultaneously with carcinogenic agents to both the ovary and mammary glands so that the rat develops preneoplastic and neoplastic...
posted by University of Kansas
on 06/07/2006
in Animal/Veterinary, Drug Discovery
A transgenic mouse model has been created where the inactive form of Akt kinase can be activated or inactivated in order to study its function virtually in any tissue or organ.
posted by University of Kansas
on 06/07/2006
in Diagnostic, Animal/Veterinary, Biomedical, Gene Therapy
Ten (10) clonal lines from mouse ovarian surface epithelium of C57B6 mice.
