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Miami, FL, United States

Florida International University is an American public research university in Greater Miami, Florida, in the United States, with its main campus in University Park in Miami-Dade County. Florida International University is classified as a research university with high research activity by the Carnegie Foundation and a first-tier research university by the Florida Legislature. Founded in 1965, FIU is the youngest university to be awarded a Phi Beta Kappa chapter by the Phi Beta Kappa Society, the country's oldest academic honor society.FIU belongs to the 12-campus State University System of Florida and is one of Florida's primary graduate research universities, awarding over 3,400 graduate and professional degrees annually. The university offers 191 programs of study with more than 280 majors in 23 colleges and schools. FIU offers many graduate programs, including architecture, business administration, engineering, law, and medicine, offering 81 master's degrees, 34 doctoral degrees, and 3 professional degrees.FIU is the largest university in South Florida, the 2nd-largest in Florida, and the 7th-largest in the United States. Total enrollment in 2012 was 50,394 students, including 14,177 graduate students, and 2,974 full-time faculty with over 180,000 alumni around the world. In 2012, FIU's research expenditure was $104.6 million, with an endowment of $140 million. The university has an annual budget of $1.07 billion.Since 2007, more valedictorians from South Florida choose to attend FIU than any other university in the country. As Miami's public research university, competition to enroll at FIU has heightened as more students apply each year. Wikipedia.


Patent
Florida International University | Date: 2015-12-11

Disclosed herein are methods for treating mammals with HIV/AIDS comprising administering a therapeutically effective amount of a composition comprising an extract of


Patent
Florida International University | Date: 2015-04-29

An augmented reality system is described that comprises a movable object comprising an object hardware component; a control hardware component for wirelessly transmitting and receiving signals via a communication link to the object hardware component; and a software component stored on a non-transitory computer-readable medium and in operable communication with the control hardware component. An application user interface is provided for enabling a user to provide command input for controlling the movement of the movable object via the object hardware component.


The subject invention provides a two-step protocol using pressure cycling technology (PCT) and alkaline lysis for differential extraction of mixtures. In a preferred embodiment the procedure is used in forensic DNA applications such as, for example, DNA testing in the case of rape.


The present invention provides methods of screening compounds that inhibit or enable or activate or enhance the sequence-specific or nonspecific binding of a polynucleotide binding protein to a polynucleotide fragment. Also provided are enzyme linked immunosorbent assay (ELISA) kits for screening for compounds that inhibit or enable, activate, or enhance the sequence-specific or nonspecific binding of a polynucleotide binding protein.


The current invention provides apparatuses and methods for protecting buildings/structures from wind damage and simultaneously harvesting energy from wind. The apparatuses of the current invention comprise horizontal axial wind turbines integrated to the roof-edge of the buildings/structures in an aerodynamically conducive and structurally viable configuration to reduce roof suction. The apparatuses of the current invention can further comprise aerodynamic roof gutter and structural supports/connections to alleviate wind-induced suction (negative pressures) on building roofs generated by separated flows and vortices. The apparatuses of the current invention can also comprise vertical axial wind turbines integrated to the wall-edge of the structures/buildings in an aerodynamically conducive and structurally viable configuration to reduce wind induced wall suction generated by separated flows and vortices.

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