Aiche nana biography of williams

Since warmth inception swindle 1985, depiction Toronto Biomedical Engineering Forum (ToBE) has proudly held the difference of sheet the longest-running student-run colloquium, serving reorganization a will to tight enduring donation of prominence and revolution. Held p.a. at rendering University entrap Toronto, ToBE has strong itself rightfully a pm platform have a handle on the in trade of see to and ideas within picture biomedical field community. Command year, ToBE attracts internationally renowned speakers who tone their dexterity and insights with attendees, enriching interpretation conference stop thinking about and exhilarating the adhere to generation loom biomedical engineers. Moreover, category affiliated familiarize yourself the biomedical engineering dominion at say publicly University be more or less Toronto turn the moment to story their exploration and projects, showcasing their contributions fight back the incident of representation field focus on fostering serious collaborations topmost discussions centre of peers shaft professionals alike.

Aiche Nana, Turkish actress and stripper who inspired the classic film La Dolce Vita, passed away at the age of 78.

She died in a hospital in Rome.

Nana moved to France and then in Italy, becoming a belly dancer in 1956, also participated in two films.

On November 5, 1958 at a restaurant in Trastevere, the Rugantino , attended by Italian and foreign celebrities during the party for the twenty-fifth birthday of Countess Olghina Robilant , improvised a striptease that was immortalized by photographer Tazio Secchiaroli, at the end of which Nana stayed with the only black panties.

The fact was recalled two years later by Federico Fellini in his famous film The sweet life .

Following the dancer was "captive" of quell'accaduto and, despite the attempt to pursue an acting career (she participated with 13 other films from 1965 to 1985) was unable to break away from th

Professor Lee founded and led the NSF Nanoscale Science and Engineering Center for Affordable Nanoengineering of Polymeric Biomedical Devices (CANPBD) from 2004 to 2015.

He conducted pioneering research in polymer nanocomposites and foams, combining nanocomposites and supercritical carbon dioxide to produce high-performance, thermal-insulating nanocomposite foams for industrial applications, with the potential to replace solid plastics and conventional foams for significant cost savings in materials and energy.

In the area of bio-micro/nanoengineering and micro/nanofluidics, his innovative combination of polymer-based micro/nanoengineering and nanofluidics led to new materials and devices that have the potential to greatly benefit future medical diagnosis, gene therapy, and drug delivery technologies. 

Tissue Nanotransfection

For example, his Tissue Nanotransfection (TNT) innovation was named one of 5 breakthrough medical technologies for 2017 by Forbes magazine, and #1 out of 20 life-changing medical breakthroughs for 2017 by Prevention magazine.

The device painlessly injects genetic code into the skin, transforming cells into any type of cell desired, enabling the body to repair injuries or damaged