UNeMed is a service oriented corporation that functions as
the interface between the University of Nebraska Medical
Center (UNMC) and industry to promote UNMC technology
development and economic development in Omaha. In
cooperation with UNMC inventors and the Intellectual
Property Office, UNeMed drives and facilitates the transfer of
the technologies invented on campus into the marketplace.
UNeMed Corporation was established in 1992 as a for-profit
subsidiary of UNMC.
Partnering strategy/interests
The primary function of UNeMed is to advance technologies
that originated at The University of Nebraska Medical Center.
To this end, we seek both licensees as well as strategic
partners to work with university scientists and clinicians to
continue the development and commercialization of
technologies.
The design of these novel forceps helps to eliminate those injuries, improving patient recovery and reducing the need for additional procedures to be performed. More
This technology overcomes the amount of time required to culture and identify pathogens, using standard collection methods, is able to identify over 98% of relevant pathogens, and is a fully automated process More
The advantage of this drug delivery system is the ability to directly target specific skeletal sites of disease, while also being able to administer the lowest, clinically effective dose possible, thereby lowering the potential for harmful side effec More
These radioactive compounds have the very unique and unprecedented ability to bind very specifically and irreversibly to butyrylcholinesterase (BChE). More
Effective treatment options for diseases such as Alzheimer's, Parkinson's, and cataracts are needed. This new group of compounds have the potential to treat disorders caused by oxidative stress by functioning as antioxidants and metal chelators. More
The Gait-O-Gram can detect and analyze gait information from an individual and, through the use of fuzzy logic algorithms, determine the presence of neuromuscular symptoms. More
An innovative surgical table that is capable of supporting small children up to 50 pounds in weight, and provides 360 degrees of horizontal rotation. More
Reperfusions can lead to sever damage in patients with heat attacks and strokes, the SOD-nanoparticles would be highly beneficial for use in hospitals for treating these patients. More
Restenosis is a complex process in which the blood vessel narrows after being triggered by injury following an intervention to relieve arterial blockage. More
Manipulation of the knockout gene appears to be a promising target to not only treat obesity and diabetes, but to develop therapeutics to decrease energy expenditure for under-nourished populations. More
A novel series of NMDA receptor antagonists, which shows different selectivity for NMDA receptors than the previously described NMDA receptor antagonists. More
A murine model for studying persistent CVB infection and its effects on cardiomyopathies, especially for the evaluation of candidate anti-viral compounds. More
This device will greatly improve patient outcomes for those individuals requiring blood transfusions by significantly lowering the incidence of transfusion related complications, while also reducing overall costs to the patient. More
This technology will allow generating entire novel methods for screening, treatment and prevention of androgen resistant prostate cancer, a devastating disease responsible for more male deaths than any other cancer, except lung cancer. More
The Right Angle Harmonic Scalpel provides surgeons with greater functionality, reducing the number of tools required for a given procedure, resulting in decreased surgical times and patient trauma. More
Novel device that functions not only as a trocar, but can serve as a suturing device during its removal, reducing both operative time and trocar herniation. More
As MIS becomes the procedure of choice for an increasing number of specialties, this trocar stands to become the standard instrument of choice, reducing the occurrence of visceral injuries and patient trauma. More