In Ayurveda, the Indian system of medicine, most of the herbo-mineral drugs are prepared by repeated incineration of metal or its salt with herbal extract/juices, and taken orally in small amount with honey, ghee and butter milk so as to enhance their bioavailability as well as potency to treat the disease. ÏvÁsa-KÁsa-CintÁmani Rasa is mentioned in many texts and is used in bronchial asthma since many centuries by our Acharyas. Yogendra Rasa is another formulation that is used in the treatment of developmental disorders in children. This book contains the details of the clinical trial and experimental study that was performed as a part of doctoral level research work at Banaras Hindu University to evaluate the effect of these formulations among the pediatric population.
In Ayurveda, the Indian system of medicine, most of the herbo-mineral drugs are prepared by repeated incineration of metal or its salt with herbal extract/juices, and taken orally in small amount with honey, ghee and butter milk so as to enhance their bioavailability as well as potency to treat the disease. ÏvÁsa-KÁsa-CintÁmani Rasa is mentioned in many texts and is used in bronchial asthma since many centuries by our Acharyas. Yogendra Rasa is another formulation that is used in the treatment of developmental disorders in children. This book contains the details of the clinical trial and experimental study that was performed as a part of doctoral level research work at Banaras Hindu University to evaluate the effect of these formulations among the pediatric population.
This book is designed based on revised syllabus of Gujarat Technological University, Gujarat (AICTE model curriculum) for under-graduate (B.Tech/BE) students of all branches, those who study Basic Electrical Engineering as one of the subject in their curriculum. The primary goal of this book is to establish a firm understanding of the basic laws of Electric Circuits, Network Theorems, Resonance, Three-phase circuits, Transformers, Electrical Machines and Electrical Installation.
Prompted by the substantial impact of nanoscience and nanotechnology on the diverse materials, metals and minerals being used by over six billion people on the disturbingly overcrowding, increasingly mobile and energy guzzling planet, the author has attempted to produce a readable and comprehensive outline of the physics, chemistry, biology and engineering dimensions and processes relating to the exploitation of various kinds of materials, nanomaterials and nanoparticles, with special reference to carbon-based and silicon-based materials. The study introduces the reader to novel, superfunctional and composite materials, metamaterials, electronics, electrets, carbon nanotubes, nanowires, molecular transistors, and graphene currently attracting research focus. Besides its overall utility for all scientists and engineers, the monograph would serve as a supplementary textbook for advanced courses in several areas of engineering, physics, chemistry, nanotechnology, pharmaceutical biotechnology and biomedicine in traditional universities, engineering colleges, institutes of technology and medical colleges. It is supported by the most up-to-date literature citations, of direct interest to researchers on materials science and nanotechnology.
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