more... > Available Technologies > New Technologies > Biotechnology > Welcome to New Biotechnology page. Simply cloning the competition's products can be an inhibitor to success; the AgCenter has truly unique and innovative work in the areas of chemical compounds, assays, and genetics. Reviewing our technology is the first step to synthesizing success. Improved Gene Transfer Vector [Image: Image of Flyer] AgCenter scientists have invented a new gene-transfer vector. The vector minimizes size and maximizes biological activity to make more copies of a desired gene. The genes can be more effectively transferred into the DNA of a crop plant to make it have desired characteristics, such as insect and herbicide resistance. The vector can also be used to transfer a desired gene to human and animal cells, fungi, bacteria and other organisms. Detection of Spiroplasma in Vitreous and Body Fluids [Image: Image of Flyer] A new method has been developed to detect the presence of spiroplasma in humans and animals. Determining the amount of spiroplasma present can help to diagnose transmissible spongiform encephalopathies (TSE) like Creutzfeldt-Jakob disease (CJD) and scrapie. This method can also detect the antigens of spiroplasma, further increasing the chances of finding cures to these life-threatening diseases. Sugar-Based Treatment for Fungal Disease [Image: Image of Flyer] This invention is a new type of treatment for Aspergillosis, a type of fungal infection. This infection is particularly deadly, causing blood clots and impairment of the lungs. Usually infecting those with suppressed immune systems, Aspergillus is present in the general environment and can be inhaled from anywhere. This new treatment can overcome the organism’s normal drug resistance and offers new hope to those who suffer from infection. Efficient Passive Microfluidic Mixer [Image: Image of Flyer] The invention is a microfluidic device particularly well suited to mix chemical or particulate matter, even living cells. The device uses a unique geometry of microchannels that allows passive, nonenergy-intensive mixing of fluids. The geometry also allows a smooth flow of materials, which facilitates more biochemical reactions and avoids problems over multiple cycles. The system works equally well for both mixing thick and watery fluids. Making the device is a simple, single-layered process.