Titlebook: Rhamnolipid Biosurfactant; Recent Trends in Pro Rajesh Kumar,Amar Jyoti Das Book 2018 Springer Nature Singapore Pte Ltd. 2018 Biosurfactant

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Application of Rhamnolipids in Medical Sciences,-inflammatory, anticarcinogenic, immune-modulator, anti-microbial, and antitumor activities. Hence, the present chapter represents and describes rhamnolipid biosurfactant as a potential therapeutic agent in biomedical field.

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Book 2018factant from microorganisms. It highlights the various aspects of the rhamnolipid biosurfactants including structural characteristics, production, and its application. The book presents the current knowledge and the latest advances in the function-based metagenomics strategies to facilitate the exploration of the novel biosurfactants..

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Book 2018Recently, it has shown promising application in Environment, Agriculture, food, petroleum, and pharmaceutical industries due to its environment-friendly and easily degradable nature. The book emphasizes on the various techniques that are utilized for the detection and isolation of rhamnolipid biosur

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ipid biosurfactants.Presents a comprehensive overview of the.This book highlights the recent developments on rhamnolipid biosurfactant, its properties, role on the natural environment and various applications. Recently, it has shown promising application in Environment, Agriculture, food, petroleum,

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retical models in the general case is, however, a difficult problem. One possible method, suggested by Basset [1], involves decoration of the surface. In this technique steps with height equal to only one interplanar spacing can be observed on the surface of alkali halide and some other crystals. Th

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Rajesh Kumar,Amar Jyoti Dasretical models in the general case is, however, a difficult problem. One possible method, suggested by Basset [1], involves decoration of the surface. In this technique steps with height equal to only one interplanar spacing can be observed on the surface of alkali halide and some other crystals. Th

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Rajesh Kumar,Amar Jyoti DasIn fact, the beginning was the diffusion-dislocation model of Sears [1] which was an attempt to relate the nucleation and one-dimensional growth of whiskers to the non-disappearing step created by a screw dislocation on a substrate surface. For some time this model was widely accepted because of a n

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Rajesh Kumar,Amar Jyoti Das as the most promising for fabricating photodetectors using “band engineering.” With respect to the structural and electrophysical parameters of the CMT films, all common epitaxial methods give the same excellent results. The carrier mobility in .-type Cd.Hg.Te reaches .. ≥ 2 ·10. cm. ?V/sec at a co

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Rajesh Kumar,Amar Jyoti Das as the most promising for fabricating photodetectors using “band engineering.” With respect to the structural and electrophysical parameters of the CMT films, all common epitaxial methods give the same excellent results. The carrier mobility in .-type Cd.Hg.Te reaches .. ≥ 2 ·10. cm. ?V/sec at a co