Silambarasan biography definition
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T. Rajendar
Indian actor and film director
Vijay Thesingu Rajendar, also known as T. R., is an Indian actor, film director, film producer, musician, cinematographer, film distributor and politician who works primarily in the Tamil film industry.[2] He lives in Chennai, Tamil Nadu. Rajendar is known for being able to speak in rhyming sentences spontaneously and incessant rapping.[3][4]
Family
[edit]T. Rajendar is married to former actress Usha Rajendar.[5] They have two sons, Silambarasan and Kuralarasan, and one daughter, Ilakiya.[6] His wife has served as the producer for some of his films, such as Kadhal Azhivathillai (2002), starring Silambarasan.[7]
Film career
[edit]Rajendar started off in the Tamil film industry making successful films which included him as an actor, playback singer, dancer and scriptwriter. He gained popularity through his one-of-a-kind style of acting. He normally serves as, but not limited to director, actor, songwriter, art director, production manager and playback singer. During the 1980s, all his movies were blockbusters, running for years and the songs were also well appreciated.[2] He is known for introducing new faces in his movies, and many of the actresses
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Silambarasan ANBUMANI
Oxygen plasma-enhanced covalent biomolecule immobilization on SU-8 thin films: A stable and homogenous surface biofunctionalization strategy
Applied Surface Science, 2021
Abstract SU-8 is an attractive platform for the development of smart biochips owing to its high a... more Abstract SU-8 is an attractive platform for the development of smart biochips owing to its high aspect ratio of micro/nanostructures fabrication and remarkable optical and biocompatible properties. However, few works have explored sub-micron SU-8 thin films for applications in new generations of portable bioanalytical devices. In this work we discuss surface properties for the efficient immobilization of different bioanalytical components on SU-8 thin film surfaces. Short exposure time oxygen plasma treatment improved hydrophilicity and activation of surface carboxyl groups of 300nm-thick SU-8 films, while maintaining surface roughness below 2nm. Under these optimized surfaces conditions, covalent immobilization of Interleukin-6 and Prostate Specific Antigen antibodies on SU-8 surfaces was evaluated using quantitative fluorescence microscopy. The addition of standard crosslinker, 1-ethyl-3-(3-(dimethylamino)-propyl)-carbodiimide and N-hydroxysuccinimide mixture to our protocol yie
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